Wednesday, September 20, 2023

Styvmodern: schweizisk folksaga

 För lĂ€nge sedan bodde det en man i en stad. Efter en tid dog hans fru. Han hade en dotter som hette Tom. BĂ„de far och dotter levde bekvĂ€mt.


En dag bestÀmde sig mannen för att gifta sig igen. Han gifte sig men hans andra fru visade sig vara vÀldigt smart. Inom nÄgra dagar började styvmamman att bete sig illa mot Tom. Hon skulle fÄ Tom att arbeta hela dagen och lÀt honom inte sitta sysslolös ens för ett ögonblick. Trots detta gav hon mÄnga gÄnger inte mat till Tom och den stackars mannen gick och sov hungrig utan att sÀga nÄgot.


HÀr föddes en flicka till Toms styvmor. Den fick namnet "Kaam". Tom Àlskade sin yngre syster mycket. Men hans mamma gillade inte heller detta. NÀr hon sÄg Tom sitta med sin Àlskade dotter Kam blev hon arg och sa: "GÄ hÀrifrÄn, vad har du gjort och suttit hÀr sedan morgonen?"


NÄgra dagar senare dog Toms pappa. Nu har hans mammas beteende blivit vÀrre.


Tom hade hittat en smutsig butik i anslutning till köket i ett sÄ stort hus. Hon skulle vakna, sitta och sova dÀr. Han förbjöds att gÄ till andra rum i huset. Hon kunde ha gÄtt dit bara för att stÀda.


Tom var tvungen att göra mycket arbete. Hon skulle stÀda hela huset, tvÀtta klÀder, skura golv och laga mat till hela hushÄllet. Att bada buffeln, ge foder, hugga ved, hÀmta vatten frÄn brunnen - den kÀnsliga flickan fick göra mÄnga uppgifter. MÄnga gÄnger blev hon vÀldigt trött nÀr hon arbetade, men klagade inte för nÄgon.


En dag sa styvmodern till Tom och Kam: "GÄ och fÄnga fisk idag. Den som inte tar med en korg med fisk kommer att bli slagen och fÄr inte mat pÄ natten."


Tom visste att denna varning bara var avsedd för honom. Kama kunde varken bli slagen eller leva utan mat.



Tom satt vid dammen frÄn morgon till kvÀll. Han fyllde sin korg med fiskar. Men arbetet fortsatte hÀrifrÄn och dit hela dagen. Han förlorade all sin tid pÄ att sjunga och dansa och plocka blommor.


Kam började inte fiska förrĂ€n solen gick ner. SĂ„ fort Kam sĂ„g sin syster Toms korg full med fiskar kom han pĂ„ en idĂ©. Hon började sĂ€ga, "Titta syster, ditt ansikte Ă€r fullt av damm, varför tar du inte ett bad i detta rena vatten. Vad kommer mamma att sĂ€ga om hon ser ditt ansikte sĂ„ smutsigt?”


Tom gillade det hÀr rÄdet. Hon gick in i dammen för att bada och Kaam lade sina fiskar i sin korg och sprang snabbt hem.


NÀr Tom sÄg att fiskarna hade tagit bort hans arbete började den stackars flickan grÄta högt.


Efter en stund kom en sjöjungfru ut ur dammen och sa till Tom: ”Vad Ă€r det, dotter? Varför grĂ„ter du sĂ„ högt?


Sedan berĂ€ttade Tom hela historien för sjöjungfrun och sa: "Skydda mig. NĂ€r jag kommer hem idag kommer min styvmor att slĂ„ mig illa.”


Sjöjungfrun uppmuntrade henne och sa: ”Oroa dig inte, dotter, dina dagar av lidande Ă€r pĂ„ vĂ€g att ta slut. Jag har förvarat en fisk med guldögon i din korg, lĂ€gg den hĂ€r fisken i brunnen nĂ€ra ditt hus. Det Ă€r det, dĂ„ fĂ„r du vad du Ă€n ber om av den."


Tom tackade sjöjungfrun och gick hem och lÀmnade fisken i sin brunn. Den natten sa hennes styvmor ingenting till henne.


NÀr Tom gick till brunnen för att hÀmta vatten, visade sig fisken för honom och pratade till och med med honom. Men nÀrhelst nÄgon annan gick, gömde sig den fisken i vattnet.


Toms styvmor började misstÀnka att det fanns nÄgon i brunnen som Tom brukade prata privat med. PÄ grund av detta skickade han en dag ivÀg Tom för att jobba.


Med utnyttjande av Toms frÄnvaro tog hans mamma upp fisken ur brunnen. Innan Tom kom tillbaka lagade hans mamma fisken och Ät den.


NÀr Tom kom tillbaka frÄn jobbet gick han till brunnen. Efter att ha kommit dit började hon kalla fisken. Men fisken svarade inte. Hade det funnits fisk dÀr hade nÄgot svar kommit. Tom började grÄta och dunkade huvudet mot brunnens vÀgg.



DÄ kom sjöjungfrun dit och sa: "Dotter, hÄll tyst, grÄt hjÀlper inte. Din styvmor har Àtit den fisken. Han har kastat fiskbenen pÄ fÀltet framför. Du plockar upp benen och begraver dem i ditt rum. Det Àr det, dÄ kommer du inte ha nÄgra problem."


Tom gjorde samma sak. Strax efter att ha begravt fiskbenen hittade Tom en sari och sandaler översÄllade med guld- och silverstjÀrnor.


Det var festival dagen efter. Under festivalen brukade tusentals mĂ€nniskor samlas, gunga och fira. Men samma morgon fick Tom order om att stanna hemma. Hennes styvmor blandade medvetet tvĂ„ stora korgar fyllda med gram och ris. Hon ville inte ta med Tom till mĂ€ssan. Hon var sĂ€ker pĂ„ att varken detta arbete skulle bli klart eller att hon skulle kunna gĂ„ till mĂ€ssan. Han sa till Tom, "Tom, du sitter hemma och separerar dessa gramkorn och ris. Inget att oroa sig för. Arbetet tar lite tid, avsluta det snabbt och kom till mĂ€ssan.”

Med detta sagt bar bÄde mor och dotter vackra klÀder och gick till mÀssan.


Efter att de lÀmnat hade Tom tÄrar i ögonen. Hon ville ocksÄ gÄ pÄ den dÀr mÀssan utklÀdd. MÄnga gÄnger skulle hon tÀnka i sitt sinne att om vi bÄda Àr döttrar till samma pappa, varför Àr det dÄ sÄ stor skillnad mellan henne och mig?

Tom snyftade och sa, "Åh sjöjungfru, hjĂ€lp mig."


I samma ögonblick samlades hundratals fÄglar dÀr. Inom en kort tid separerade alla fÄglarna gram och ris. Tom borde omedelbart göra sig redo att gÄ till mÀssan.


Yee. Hon bar samma stjÀrnspÀckade saree och sandaler som hon hittade igÄr efter att ha begravt fiskbenen. Tom sÄg ut som en prinsessa i den sarien.


SĂ„ fort Tom nĂ„dde mĂ€ssan blev Kam mycket förvĂ„nad över att se honom. Hon började viska i sin mammas öron: ”Titta mamma, vilken vacker tjej hon Ă€r. Hon kĂ€nner sig som en prinsessa. Dess utseende Ă€r vĂ€ldigt likt vĂ„r syster Toms."


Å andra sidan, nĂ€r Tom sĂ„g att hans styvmor och Kam tittade pĂ„ honom med stora ögon, började han springa dĂ€rifrĂ„n. I hans hast lĂ„g en av hans sandaler kvar dĂ€r. Soldaterna som vandrade dĂ€r tog upp den sandalen och gav den till sin kung.


Kungen tittade mycket noga pÄ den sandalen. Sandalen var vÀldigt vacker. Kungen hade aldrig sett sÄ vackra sandaler förut. Kungen meddelade omedelbart att flickan som bÀr sÄdana sandaler skulle fÄngas och föras till det kungliga hovet. Soldaterna steg pÄ sina hÀstar och nÄdde mÀssan och fÄngade Tom och förde honom till kungen.



SÄ fort kungen sÄg Tom bestÀmde han sig för att göra Tom till sin drottning.


BÄda gifte sig. Tom började bo bekvÀmt i palatset. Nu var han inte orolig för nÄgonting.

Men hans styvmor och fru var djupt ledsna över denna hÀndelse. BÄda ville döda Tom, men de var rÀdda för kungen.


NÄgra dagar senare firades Toms pappas dödsdag. Tom var tvungen att gÄ hem.


NÀr han hittade Tom hemma, fortsatte hans styvmor först att skratta och sÀga: "Min dotter har nÄtt en mycket bra plats. MÄ Gud vÀlsigna er bÄda med lÄngt liv."


Sedan efter en tid sa hon med ett allvarligt ansiktsuttryck: ”Idag vill jag ge kokosnötter till tiggarna. Hur trevligt skulle det vara om du sjĂ€lv plockar kokosnöten och ger den till tiggarna.”


Tom blev vÀldigt glad och klÀttrade i kokospalmen. SÄ fort Tom nÄdde toppen och började plocka kokosnöten skar styvmodern trÀdet underifrÄn.


Styvmodern var vĂ€ldigt glad inombords, men utanför rann ocksĂ„ konstgjorda tĂ„rar frĂ„n hennes ögon. Hon nĂ„dde kungen grĂ„tande. NĂ€r hon gick dit började hon skrika högt, "Maharaj, jag har blivit bestulen! Min dotter dog efter att ha fallit frĂ„n ett kokospalm. Åh gud, varför hĂ€mtade du mig inte?"

Kungen var mycket ledsen över Toms död.


OrdsprÄket "förstörelse Àr svart och strider mot intelligens" gÀller Àven Toms styvmor. Tom föll frÄn det trÀdet och blev medvetslös, han dog inte.


En gammal kvinna hÀmtade Tom och tog honom till sitt hem. Den gamla kvinnan hade inga barn. Han investerade allt sitt kapital och fick Tom behandlad. Tom ÄterhÀmtade sig inom nÄgra dagar.


Å andra sidan ville styvmodern att kungen pĂ„ nĂ„got sĂ€tt skulle fĂ„ sin dotter att gifta sig med Kama och att hennes dotter skulle bli drottningen. Kungen motsatte sig inte detta och gifte sig med Kama.


En dag gick kungen till skogen för att jaga. Under jakten blev det natt och kungen gick vilse och bestÀmde sig för att övernatta i sjÀlva skogen. Det fanns inget hus eller vÀrdshus i nÀrheten. Kungen sÄg en lampa brinna i fjÀrran. Han gick Ät det hÄllet. Efter att ha kommit dit knackade han pÄ dörren. Den gamla kvinnan öppnade dörren.




Kungen sa: ”Jag Ă€r kungen, det blev natt nĂ€r vi var ute och jagade. Det skulle vara vĂ€ldigt snĂ€llt av dig om du lĂ„ter mig stanna hĂ€r i natt. Jag Ă„ker hĂ€rifrĂ„n sĂ„ fort morgonen kommer."

Kvinnan fick kungen att sitta inne. Det hÀr var samma hus dÀr Tom bodde.


Den kvinnan gav mat Ät kungen. Maten var mycket vÀlsmakande och bara de saker som kungen gillade mycket.

Kungen frÄgade kvinnan: "Mor, vem har lagat denna mat?"

"Det gjorde min dotter." Kvinnan svarade.

"Var Àr din dotter?" frÄgade kungen.

Den gamla kvinnan fick Tom att stÀlla sig framför kungen och sa: "HÀr Àr min dotter."

Kungen var mycket glad över att hitta Tom igen. Tom berÀttade hela historien för kungen.

Kungen satte Kam och hans mor i fÀngelse.


Nu fick hennes styvmor och Kama veta att i Guds hus kan det finnas försening, men inte mörker.

Cranial Nerve Disorders: Causes, Symptoms, and Treatment

 Contents hide

1 Overview

2 Causes of Cranial Nerve Disorder

3 Symptoms of Cranial Nerve Disorders

4 Treatment for Cranial Nerve Disorders

5 When to Consult a Doctor

6 Conclusion

7 FAQs

Overview

Cranial nerves are a set of twelve paired nerves originating directly from the brain. They control sensory and motor functions in the head and neck, responsible for activities such as vision, hearing, taste, smell, facial expressions, and swallowing. Each cranial nerve serves specific functions and is vital in sensory and motor coordination.


Cranial nerve disorders are conditions that affect the function of the cranial nerves. These disorders can result from injury, disease, or other underlying factors, leading to problems with sensory or motor functions in the head and neck, impacting activities such as vision, speech, and swallowing.


The problem can be characterised by symptoms such as tingling sensation, numbness, pain, paralysed muscles, or a particular body part with sensitive skin. The nerve disorder immediately affects the facial and eyes’ functioning and sense.


Causes of Cranial Nerve Disorder

Mentioned below are some of the causes of the brain nerve disorders:


Infection– Infection is one of the significant causes of nerve disorders. Infection in the spinal fluid may pressurise the nerves and affect their functioning. Issues with the functioning of the eyes, lips, and other areas of the face can characterise facial nerve palsy symptoms.

Trauma- Head injuries, accidents, or surgical procedures can damage cranial nerves.

Cancer– Cancerous cells damage the functioning of the nerves in the brain. The affected individual may face issues in the functioning of the eyes, lips, and other parts of the face. The damaging cells can also pressurise the nerves in the skull, causing injury to them.

Congenial Cranial Disorders– These are the injuries caused to the nerves in the brain during birth. A child can also face such issues before delivery due to medical issues such as infection, trauma, or developmental problems. The medical scenario can be identified by improper working or the appearance of eyes and lips.

Inflammation- Conditions such as multiple sclerosis or Guillain-Barré syndrome can lead to nerve inflammation.

Microvascular Cranial Nerve Issues– Improper blood circulation in the brain’s nerves can also lead to cranial nerve issues. The health problem can be observed in people with high blood pressure, diabetes, or people addicted to smoking and excessive alcohol consumption. Such habits aid the disorder and may worsen the issue’s severity.

Autoimmune Disorders– It is a situation when the patient’s immune system damages the functioning of one’s body parts. It can be observed during any medical disorder. The disorder attacks the cranial nerves and leads to multiple neurological diseases. Guillain-Barre syndrome and Lupus are some of the medical issues caused due to damaged cranial nerves.



Contents hide

1 Overview

2 Causes of Cranial Nerve Disorder

3 Symptoms of Cranial Nerve Disorders

4 Treatment for Cranial Nerve Disorders

5 When to Consult a Doctor

6 Conclusion

7 FAQs

Overview

Cranial nerves are a set of twelve paired nerves originating directly from the brain. They control sensory and motor functions in the head and neck, responsible for activities such as vision, hearing, taste, smell, facial expressions, and swallowing. Each cranial nerve serves specific functions and is vital in sensory and motor coordination.


Cranial nerve disorders are conditions that affect the function of the cranial nerves. These disorders can result from injury, disease, or other underlying factors, leading to problems with sensory or motor functions in the head and neck, impacting activities such as vision, speech, and swallowing.


The problem can be characterised by symptoms such as tingling sensation, numbness, pain, paralysed muscles, or a particular body part with sensitive skin. The nerve disorder immediately affects the facial and eyes’ functioning and sense.


Causes of Cranial Nerve Disorder

Mentioned below are some of the causes of the brain nerve disorders:


Infection– Infection is one of the significant causes of nerve disorders. Infection in the spinal fluid may pressurise the nerves and affect their functioning. Issues with the functioning of the eyes, lips, and other areas of the face can characterise facial nerve palsy symptoms.

Trauma- Head injuries, accidents, or surgical procedures can damage cranial nerves.

Cancer– Cancerous cells damage the functioning of the nerves in the brain. The affected individual may face issues in the functioning of the eyes, lips, and other parts of the face. The damaging cells can also pressurise the nerves in the skull, causing injury to them.

Congenial Cranial Disorders– These are the injuries caused to the nerves in the brain during birth. A child can also face such issues before delivery due to medical issues such as infection, trauma, or developmental problems. The medical scenario can be identified by improper working or the appearance of eyes and lips.

Inflammation- Conditions such as multiple sclerosis or Guillain-Barré syndrome can lead to nerve inflammation.

Microvascular Cranial Nerve Issues– Improper blood circulation in the brain’s nerves can also lead to cranial nerve issues. The health problem can be observed in people with high blood pressure, diabetes, or people addicted to smoking and excessive alcohol consumption. Such habits aid the disorder and may worsen the issue’s severity.

Autoimmune Disorders– It is a situation when the patient’s immune system damages the functioning of one’s body parts. It can be observed during any medical disorder. The disorder attacks the cranial nerves and leads to multiple neurological diseases. Guillain-Barre syndrome and Lupus are some of the medical issues caused due to damaged cranial nerves.

Symptoms of Cranial Nerve Disorders

Pain– Pain is one of the significant symptoms of the cranial nerve issue. The severity of the pain depends upon the seriousness of the case. The affected individual might feel discomfort while touching the facial area, such as near the cheeks or forehead. The pain may vary depending on different patients. One might feel pain during actions such as chewing or moving the jaw.

Tingling Sensation– A tingling sensation in the nerves indicates the blockage of indications given by the brain through nerves. The brain cannot transmit signals through nerves to various body parts. Signs can be blocked due to blood clots, diabetes, high blood pressure, and other medical disorders.

Paralysed Muscles– Paralyzed facial muscles are another symptom of cranial nerve damage. The affected individual may experience uncontrolled drooling, jaw dropping from one side, or slurred speech. The individual may be unable to speak clearly. The 7th cranial nerve is the facial nerve that may experience the mentioned damage.

Vision Issues– Cranial nerve issues may also affect a patient’s vision. The patient may not have a proper idea and may experience double vision, droopy eyelids, or dilated pupils.

Muscle Weakness– Weakness or paralysis in facial muscles or other affected areas might be observed.

Dizziness or Vertigo– A sense of spinning or unsteadiness can arise from cranial nerve involvement in balance control.

Changes in Taste and Smell– Loss of taste or smell sensation might occur due to specific cranial nerve disorders.

Treatment for Cranial Nerve Disorders

Mentioned below are the treatment options for Cranial Nerve Disorders:


Surgery– Microvascular decompression surgery helps relieve the issue when other non-surgical methods cannot work. The surgery is minimally invasive to separate the compressed nerves and attach a nonstick pillow between the nerves to treat the issue. It helps to lower the damaging symptoms and allows the nerves to function correctly.

Medications– A doctor may prescribe medicines to heal the affected nerves and lower symptoms. Doctors can suggest drugs such as amitriptyline, topiramate, gabapentin, and nortriptyline to lower the pain and tingling sensation in the cranial nerves.

Lifestyle Changes– Lifestyle changes such as lowering diabetes, high blood pressure activities, smoking, and alcohol consumption can help prevent the issue. A healthy lifestyle and diet can reduce the chances of an individual getting affected by the disease.

Nerve Blocks- Numbing medications can be injected to block pain signals in affected nerves.


Conclusion

Cranial Nerve Disorders occur when the nerves of the brain are damaged and unable to pass the signals given by the brain to different parts of the body. The affected individual may experience pain and tingling sensation. The issue can be treated with the help of medications, surgery, or lifestyle changes.


FAQs

Q. What are Cranial Nerve Disorders?

A. The medical issue happens when the brain’s nerves are damaged due to an external injury or other medical problems.


Q. What are the symptoms of Cranial Nerve Disorders?

A. The nerve damage symptoms are pain, tingling sensation, or slurred speech.


Q. What are the twelve cranial nerves?

A. The 12 cranial nerves are:


Olfactory nerve (CN I)

Optic nerve (CN II)

Occulomotor nerve (CN III)

Trochlear nerve (CN IV)

Trigeminal nerve (CN V)

Abducens nerve (CN VI)

Facial nerve (CN VII)

Vestibulocochlear nerve (CN VIII)

Glossopharyngeal nerve (CN IX)

Vagus nerve (CN X)

Accessory nerve (CN XI)

Hypoglossal nerve (CN XII)

Dysautonomia: Causes, Symptoms, and Management

 Dysautonomia is a term used to describe a group of disorders involving autonomic nervous system dysfunction (ANS). The ANS regulates involuntary bodily functions such as heart rate, blood pressure, digestion, and temperature control. Dysautonomia can manifest in various ways, leading to various symptoms and issues. Common types include Postural Orthostatic Tachycardia Syndrome (POTS), Neurocardiogenic Syncope, and Pure Autonomic Failure. Symptoms may include lightheadedness, rapid heart rate, digestive problems, and temperature regulation difficulties. Treatment depends on dysautonomia’s specific form and severity and may include lifestyle changes, medications, and physical therapy.


Causes of Dysautonomia

Idiopathic- In many cases, the cause of dysautonomia is unknown, and it is referred to as idiopathic dysautonomia.

Signalling Issues- When the autonomous nervous system cannot transfer signals to the body or vice versa, it is one of the biggest causes of the issue. The affected individual may experience stomach disorders, racing or slow heartbeats, blood pressure problems, and other similar problems. It happens because the brain cannot send signals to the body for different functions.

Neurological Conditions- Neurological disorders, such as Parkinson’s disease, multiple system atrophy, and autonomic neuropathy, can lead to dysautonomia.

Infections- Certain viral or bacterial infections, such as Lyme disease or Epstein-Barr virus, can trigger dysautonomia.

Autoimmune Diseases- Some autoimmune conditions, like Sjögren’s syndrome, lupus, and celiac disease, may affect the autonomic nervous system and result in dysautonomia.

Trauma or Injury- Physical trauma, spinal cord injuries, or surgeries involving the autonomic nervous system can lead to dysautonomia.

Paraneoplastic Syndromes- In rare cases, dysautonomia may be associated with cancer, especially in paraneoplastic syndromes, where the body’s immune response to cancer affects the nervous system.


Contents hide

1 Overview

2 Causes of Dysautonomia

3 Symptoms of Dysautonomia

4 Management Methods of Dysautonomia

5 When to Consult a Doctor

6 Conclusion

7 FAQs

Overview

Dysautonomia is a term used to describe a group of disorders involving autonomic nervous system dysfunction (ANS). The ANS regulates involuntary bodily functions such as heart rate, blood pressure, digestion, and temperature control. Dysautonomia can manifest in various ways, leading to various symptoms and issues. Common types include Postural Orthostatic Tachycardia Syndrome (POTS), Neurocardiogenic Syncope, and Pure Autonomic Failure. Symptoms may include lightheadedness, rapid heart rate, digestive problems, and temperature regulation difficulties. Treatment depends on dysautonomia’s specific form and severity and may include lifestyle changes, medications, and physical therapy.


Causes of Dysautonomia

Idiopathic- In many cases, the cause of dysautonomia is unknown, and it is referred to as idiopathic dysautonomia.

Signalling Issues- When the autonomous nervous system cannot transfer signals to the body or vice versa, it is one of the biggest causes of the issue. The affected individual may experience stomach disorders, racing or slow heartbeats, blood pressure problems, and other similar problems. It happens because the brain cannot send signals to the body for different functions.

Neurological Conditions- Neurological disorders, such as Parkinson’s disease, multiple system atrophy, and autonomic neuropathy, can lead to dysautonomia.

Infections- Certain viral or bacterial infections, such as Lyme disease or Epstein-Barr virus, can trigger dysautonomia.

Autoimmune Diseases- Some autoimmune conditions, like Sjögren’s syndrome, lupus, and celiac disease, may affect the autonomic nervous system and result in dysautonomia.

Trauma or Injury- Physical trauma, spinal cord injuries, or surgeries involving the autonomic nervous system can lead to dysautonomia.

Paraneoplastic Syndromes- In rare cases, dysautonomia may be associated with cancer, especially in paraneoplastic syndromes, where the body’s immune response to cancer affects the nervous system.

Symptoms of Dysautonomia

Balance Issues- One of the most significant symptoms of the nervous system issue is problems balancing the body. The affected individual cannot walk in a straight line due to a lack of signals provided by the brain. A lack of leg strength can diagnose the disorder to walk correctly. The individual cannot perform routine functions, disrupting the affected patient’s professional life.

Lack of Control over Bladder– An individual affected by nervous system issues also faces bladder problems. One may need to rush to the washroom after frequent intervals. The affected individual may also face issues such as constipation, dysentery, vomiting, stomachache, and other similar problems. The nervous system’s lack of signals for healthy and proper digestion creates numerous health and bladder issues. In such situations, it is advised to consult a doctor for proper and deep check-ups to get to the root of the disorder.

Orthostatic Intolerance– Difficulty standing or a drop in blood pressure upon standing, leading to symptoms such as lightheadedness, dizziness, and sometimes fainting (syncope).

Chest Pain– Chest pain or heart issues are also some dysautonomia symptoms. The affected individual may face extreme pain in the chest from standing for longer hours and may face issues after a hectic workout. Such activities make the heart pump blood at double the pace, which is lacking due to improper signals sent by the brain. Therefore, in case of sudden pain in the chest, it is advised to seek professional medical help for timely and proper treatment.

Difficulty in Swallowing– The nervous system issue also causes problems with swallowing. The peripheral system controls the procedure of swallowing. The affected individual faces multiple health problems such as difficulty in swallowing, breathing problems, pain in the chest, heart rate issues, and other similar problems.

Temperature Regulation Problems- Inability to tolerate heat or cold, excessive sweating, or difficulty maintaining a stable body temperature.

Brain Fog– Brain fog, or confusion in layman’s language, is another symptom of the nervous system disorder. It happens as the affected individual cannot make decisions or understand situations involving making decisions. The patient cannot perform calculations, decide conclusions, or make vital choices. Kids with such issues may not be able to perform well academically. In such scenarios, proper and timely treatment helps balance the issue and live a routine life as soon as possible.

Management Methods of Dysautonomia

Drinking more Water– Drinking more water is one of the best therapeutic options to manage Dysautonomia. It helps to raise blood pressure and sympathetic activity to manage the disorder. It also helps to clear brain fog and allows one to make decisions without confusion. A doctor suggests proper water intake according to the patient’s condition.

Use of Excess Salt– Adding more salt to the meals and liquids helps maintain a healthy blood pressure. Such patients are advised to add some salt to their diet to maintain proper fluid volume in the blood vessels.

Change in Sleeping Habits– Keeping the head elevated while sleeping is another piece of advice the doctors give in such a situation. It helps to reduce orthostatic stress and allows for quicker recovery. Keeping the head elevated around 6 to 10 inches from the body level of the patient in the sleeping position helps the situation.

Medications– Various medications may be prescribed to manage specific symptoms. These can include medications to regulate heart rate and blood pressure, control digestive issues, or alleviate pain and discomfort.

Exercise– A structured exercise program, under the guidance of a healthcare professional, can improve cardiovascular fitness and reduce symptoms. Exercises that focus on increasing blood flow and muscle tone are often recommended.

Compression Garments– Wearing compression stockings or abdominal binders can help improve blood circulation and reduce symptoms of orthostatic intolerance.


Conclusion

Dysautonomia is a group of health issues appearing due to issues in the working of the nervous system. The affected individual cannot easily breathe and faces heart issues, improper blood pressure, and pain in the chest. No medicines can help to treat the issue, but the symptoms can be managed with the help of simple and supportive lifestyle changes.


FAQs

Q. What is Dysautonomia?

A. Improper functioning of the nervous system causing various health issues is known as Dysautonomia.


Q. What are the symptoms of Dysautonomia?

A. Lightheadedness, fainting, chest pain, blood pressure, and heart issues are some of the disorder’s symptoms.


Q. What are the causes of Dysautonomia?

A. Dysautonomia has various causes, including genetic factors, autoimmune disorders, nerve damage, and underlying medical conditions such as diabetes or parkinson’s disease. It can also be idiopathic, with no clear origin.


Q. How to manage Dysautonomia?

A. Manage Dysautonomia with lifestyle adjustments, medication, physical therapy, compression garments, increased salt/fluid intake, trigger avoidance, supportive therapies, MedicAlert bracelets, regular check-ups, and lifestyle modifications for improved well-being.


Febrile Seizures – Causes and Symptoms

 Contents hide

1 Overview

2 Causes of Febrile Seizures

3 Symptoms of Febrile Seizures

4 Tips for Parents to Handle Febrile Seizures

5 When to Consult a Doctor

6 Conclusion

7 FAQs

Overview

Febrile seizures are a type of seizure that occurs in young children, typically between the ages of 6 months and 6 years, in response to a sudden spike in body temperature, often due to fever from an illness or infection. These seizures are usually brief, lasting for a few minutes, and typically involve muscle twitching, loss of consciousness, and sometimes brief convulsions. Febrile seizures can be alarming but are usually not harmful and rarely lead to epilepsy or long-term complications.


Suppose the symptoms last more than 15 to 20 minutes and happen multiple times daily. In that case, the parents immediately need to contact a doctor to get to the root cause of the situation and begin the medication at the earliest possible time.


Causes of Febrile Seizures

Mentioned below are a few causes of mental issues that help understand the disorder better:


High Fever

Family history of the disease

Urinary Tract Infections

Pneumonia

Symptoms of Febrile Seizures

Mentioned below are a few febrile seizure symptoms that help to identify the disorder and allow the parents to make the right decision:


Twitching of arms and legs

High fever

Loss of consciousness

Vomiting

Tips for Parents to Handle Febrile Seizures

A seizure is an activity that happens when electrical signals in the brain spark suddenly. These seizures are divided into different forms depending upon the brain section affected by the seizure attack. Febrile seizures may not just be panicking for the child but also for the parents as well.


The condition may disturb the child and parent; staying calm and relaxed is advised. Mentioned below are a few treatment and management options that help to deal with the symptoms of the mental disorder:


Medications– Medicines to lower the seizure attack are a rare option. Most of the time, once the symptoms are dense, one only needs medicine to cure such seizures. If a child faces seizures repetitively in a day within a time gap of less than a few minutes, one may need medicines to calm down. Medications such as ibuprofen, paracetamol, diazepam, midazolam, and diazepam help to calm down a child and also help to lower the body temperature, which is a significant cause of the disease.

Avoid Dehydration- Keeping the child hydrated should be a prime tip to heal the symptoms. Dehydration may trigger a seizure attack and make the child uncomfortable. Feeding the child with water and other liquids is advised to keep the child hydrated.

Stay Calm– A seizure attack affecting a child is not a regular or comfortable sight for any parent. In such situations, parents must stay calm and patiently handle the child. A child may feel agitated or irritated due to the seizure attack, but staying calm in those panicking minutes helps to handle the situation. Staying calm also helps to keep the frustration down and allows one to deal with the agitation smoothly.

Lay the child on the Floor– Another suggestive tip to be followed by parents under such conditions is laying the child on the floor. It helps keep the child away from any injury during the seizure attack. Placing the child on a sofa or a bed can increase the chance of falling on the floor and hurting himself. It is advised to keep the child on the floor and keep all the objects away from the child that can be harmful.

Place the child in the Rescue Position– Under such scenarios, it is advised for the parents to keep the child in a rescue position. The child should be placed on the left side with the left arm stretching outwards to keep the head elevated. It helps the vomit or any other fluid in the mouth go back into the lungs, which can cause choking. The position also helps keep a child calm and allows one to relax independently after a few minutes. If the child cannot calm down even after 15 to 20 minutes, it is advisable to consult a doctor for immediate and required treatment.


Monitor Breathing: Keep a close eye on your child’s breathing. Call emergency services immediately if breathing difficulties occur or the seizure lasts longer than five minutes.

Do Not Put Anything in the Mouth: Never attempt to put anything, including your fingers or objects, into your child’s mouth during a seizure. This can cause injury.

Comfort Afterwards: Once the seizure ends, gently reassure your child. They may be disoriented and frightened.

Cooling Measures: To help reduce the fever, you can undress your child and offer a tepid bath. Avoid cold water, as it can cause shivering and worsen the fever.

Stay Well-Informed– ‘Half knowledge is more dangerous than no knowledge’ is a well-suited quote in such situations. If parents find such mental issues affecting the child, they should immediately consult a doctor for proper education about the disorder. It helps the parents to manage themselves and the child properly and helps to lower the seizure attacks.


Conclusion

Febrile seizures are seizures that occur in young children, typically between the ages of 6 months and 6 years, as a result of a sudden spike in body temperature, often due to fever from an illness or infection. Staying calm in such situations is the first advice to be followed by the child and parents to handle the situation effectively.


FAQs

Q. What are febrile seizures?

A. A seizure attack experienced by a child leading to mental and physical discomfort is known as a febrile seizure attack.


Q. What are the symptoms of febrile seizures?

A. High fever, vomiting, foam at the tip of lips, rolling out of eyes, twitching of hands and legs, and other similar health issues are some of the symptoms of febrile seizures.


Q. What are the tips that parents need to know when understanding febrile seizures?


Febrile seizures are typically associated with a sudden high fever in young children.

They are more common between 6 months and 6 years.

Febrile seizures are usually brief, lasting a few minutes.

Symptoms can include muscle twitching, loss of consciousness, and brief convulsions.

Keep the child safe during the seizure by placing them on their side on a soft surface to prevent choking.

Do not restrain the child’s movements or put anything in their mouth during the seizure.

Monitor breathing and call emergency services if the seizure lasts longer than five minutes.

After the seizure, comfort the child and seek medical evaluation to determine the cause of the fever.

Maintain a record of the seizure for medical evaluation and treatment guidance.

Consult a healthcare provider for guidance on managing fever and febrile seizures in your child.

Tuesday, September 19, 2023

Pediatric Epilepsy vs. Adult Epilepsy: Key Differences and Considerations

 Contents hide

1 Overview

2 What is adult epilepsy?

3 What is pediatric epilepsy?

4 Pediatric Epilepsy vs Child Epilepsy- The more harmful one!

4.1 Adult Epilepsy

4.2 Child Epilepsy

5 Consideration for Adult Epilepsy

6 Consideration for Pediatric Epilepsy

7 When to Consult a Doctor

8 Conclusion

9 FAQs

Overview

Epilepsy is a brain disorder in which the affected individual experiences epileptic seizures because of electrical abnormalities in the brain. It happens due to various reasons- gene mutations, brain malformations, scars in the brain ie brain damage etc. Epileptic seizures can occur at any age.


The issue can be identified by health symptoms such as high fever, jerking or twitching of arms and legs, uncontrollable anger, depression, staring continuously at a point, or confusion.


Pediatric epilepsy and adult epilepsy share the fundamental characteristics of recurrent seizures, but they differ in several ways. Pediatric epilepsy often presents unique seizure types and causes related to childhood development. In contrast, adult epilepsy is more likely associated with acquired conditions such as head injuries, strokes, or brain tumours. Treatment approaches may also vary to accommodate age-specific needs and developmental stages.


What is adult epilepsy?

Epilepsy in adults can be observed due to neurological disorders, head trauma or injury, other underlying medical disorders, or similar issues. Though there is no cure for epilepsy, seizure management is possible with the help of anti-seizure medications and surgeries.


Adults may be able to manage the disorder well compared to children. Adults can also live social lives with ease rather than children. Mostly, the epilepsy in adults leads to mild issues such as staring at a point, confusion, brain fog, or pain in the muscles of the hands and legs. Such symptoms are manageable and can be handled well by an adult.


What is pediatric epilepsy?

Epilepsy seizure attacks experienced by a child are known as pediatric epilepsy. Epilepsy in children is more harmful than adults, as a growing child with mental issues may also suffer in adulthood. Seizures in children can occur due to high fever, underlying mental issues, a family history of the disease, or a parent suffering from the issue previously.


The affected child may feel confusion, brain fog, twitching of arms and legs, or other similar issues. Seizure attacks in children lower in a few minutes, but if the episode lasts longer than 15 to 20 minutes, it is advisable to consult a doctor to heal the child and get the right and required treatment.


Pediatric Epilepsy vs Child Epilepsy- The more harmful one!

Adult Epilepsy

Causes


Head Injury

Trauma

Depression

Seizures

Underlying Neurological Disorders

Symptoms 


Twitching and jerking of arms and legs

Staring at point

Going blank in between activity and resuming it normally

Confusion

Brain fog

Child Epilepsy

Causes


High fever

Genetic disorders

Underlying neurological disorder

Issues during birth

Lack of oxygen during birth

Head injury

Family history of the disease

Symptoms 


Loss of control over bladder

Vomiting

Difficulty in breathing

High fever

Childhood seizures disorders

The symptoms and causes of Pediatric Epilepsy vs. Adult Epilepsy clearly state that pediatric epilepsy harms an affected child. The child may develop specific mental issues in childhood that may last till adulthood if the issue is not treated at the right time with suitable treatment options.


The affected child may have different mental issues if the lasting seizure attacks are not treated at the right time. The child may form mental issues such as bipolar disorder, depression, anxiety or fear, and other similar problems.



Consideration for Adult Epilepsy

Adult epilepsy can be treated with the help of proper medications, a supportive environment, natural therapies, or even required surgery. All these treatment methods can help deal with seizures and allow one to balance one’s personal and social life.


Mentioned below are a few considerations for adults’ epilepsy that help to manage the condition well:


People around the patient should stay calm and behave generally with the patient.

In case of seizure attacks, it is advised to stay away from the patient and ensure the patient doesn’t get hurt by things around them or start hurting himself.

Make the house hurt-proof by avoiding things or seating much elevated from the floor, keep the floor fall-proof, and cover the sharp edges to avoid injury to the patient.

Consideration for Pediatric Epilepsy

Paediatric epilepsy can be a sensitive matter. The issue can be dangerous for the affected child as the child may get confused about the ongoing symptoms. In such cases, it is advised for the parent of the affected child to stay calm and handle the child with sensitivity and care.


Mentioned below are a few considerations that should be followed in case of pediatric epilepsy:


In case of a seizure attack experienced by a child, the child’s parents should stay calm and handle the child.

The child should be held forcefully and given space to express the ongoing emotions.

The child’s mouth should not be stuffed with anything to calm the child.

In case the seizure attack lasts for more than minutes, then it is advised to take the child to the doctor immediately.


Conclusion

Pediatric Epilepsy vs. Adult Epilepsy is a topic that helps to define the seriousness of paediatric epilepsy and the need to take care of it before the illness damages the adulthood of a child. The seizure disorder can be healed with the help of different treatment methods.


FAQs

Q. What is adult epilepsy?

A. The seizure attack observed in adults due to different medical disorders is known as adult epilepsy.


Q. What is pediatric epilepsy?

A. Seizure attacks observed in a child are known as pediatric epilepsy.


Q. What are the causes of adult epilepsy?

A. Causes of adult epilepsy can include head injuries, strokes, brain tumours, infections, genetic factors, and acquired brain conditions such as Alzheimer’s or vascular disorders, leading to abnormal brain activity and seizures.


Q. What are the causes of paediatric epilepsy?

A. Causes of pediatric epilepsy often include genetic factors, developmental disorders, brain malformations, metabolic disorders, infections, and perinatal injuries, leading to abnormal brain function and recurrent seizures in children.


Side Effects of Epilepsy Medications

 Contents hide

1 Overview

2 Causes of Epilepsy.

3 Symptoms of Epilepsy.

4 Treatment Options for Epilepsy

5 Medications to Cure Epilepsy

5.1 Phenytoin (Dilantin):

5.2 Carbamazepine (Tegretol):

5.3 Valproic Acid (Depakote)

5.4 Lamotrigine (Lamictal):

5.5 Levetiracetam (Keppra):

5.6 Gabapentin (Neurontin):

5.7 Topiramate (Topamax):

5.8 Oxcarbazepine (Trileptal):

5.9 Pregabalin (Lyrica):

5.10 Clobazam (Onfi):

6 When to Consult a Doctor

7 Conclusion

8 FAQs about Side Effects Of Epilepsy Medications

Overview

Epilepsy is a neurological disorder characterised by recurrent, unpredictable seizures. These seizures result from abnormal electrical activity in the brain, leading to various symptoms, such as loss of consciousness, convulsions, and altered sensations. Epilepsy can impact daily life and may require effective treatment to manage and control seizures.


An uncontrolled seizure disorder of the brain leading to different types of uncontrolled movement is known as epilepsy. The brain disorder happens when the electrical signals in the brain burst suddenly, leading to a league of uncontrolled activities by the affected. The brain disorder is not limited to a certain age or gender group and can affect anyone. The affected individual may face health issues such as confusion, brain fog, difficulty making decisions, pain and twitching of arms and legs, and various similar health issues.


Causes and Symptoms of Epilepsy 


Mentioned below are some causes and symptoms of sudden bursts of electrical signals in the brain:


Causes of Epilepsy.

Idiopathic: The exact cause is unknown in many cases, referred to as idiopathic epilepsy. It may have a genetic basis.

Symptomatic: Some epilepsy cases are associated with underlying conditions such as brain injuries, infections, tumours, or developmental disorders.

Provoked: Seizures may occur due to specific triggers such as alcohol withdrawal, drug misuse, or sleep deprivation.

Symptoms of Epilepsy.

Seizures: The hallmark symptom of epilepsy, seizures can vary widely in type and severity, including convulsions, absence seizures (brief loss of consciousness), and focal seizures (affecting specific brain regions).

Loss of Consciousness: In some seizures, individuals may lose consciousness or awareness temporarily.

Aura: Some individuals experience a warning sign or aura before a seizure, including unusual smells, visual disturbances, or emotional changes.

Muscle Contractions: Seizures often involve muscle contractions or spasms, which can be violent.

Behavioural Changes: Epilepsy can lead to behavioural and emotional changes, affecting mood and cognitive function.

Confusion: After a seizure, individuals may feel confused, tired, or experience memory lapses.

Repetitive Movements: In complex partial seizures, people may perform repetitive actions involuntarily.

Treatment Options for Epilepsy

Mentioned below are some of the epilepsy treatment options that help to lower the side effects of the disorder:


Keto Diet

Medications

Surgery

Brain-stimulating device therapies



Medications to Cure Epilepsy

Epilepsy medications vary for each patient depending upon the age, type and occurrence frequency of the seizure, health, and various other factors of the patient. These medications, though they treat the symptoms of epilepsy, also have their share of side effects. Thus, proper medication prescribed by the doctor, depending upon the patient’s health, should only be consumed.


Some common antiepileptic drugs (AEDs) and their potential side effects include –


Phenytoin (Dilantin):

Side Effects: Gingival hyperplasia (gum overgrowth), dizziness, drowsiness, changes in coordination, and potential liver problems.


Carbamazepine (Tegretol):

Side Effects: Dizziness, drowsiness, nausea, skin rash, and blood-related issues (e.g., low white blood cell count).


Valproic Acid (Depakote)

Side Effects: Weight gain, hair loss, tremors, dizziness, liver problems, and potential birth defects if used during pregnancy.


Lamotrigine (Lamictal):

Side Effects: Skin rash (including a rare but severe rash called Stevens-Johnson syndrome), dizziness, headache, and mood changes.


Levetiracetam (Keppra):

Side Effects: Drowsiness, weakness, mood changes (irritability), and coordination problems.


Gabapentin (Neurontin):

Side Effects: Dizziness, drowsiness, and peripheral oedema (swelling of extremities).


Topiramate (Topamax):

Side Effects: Weight loss, cognitive problems (memory and attention), and potential kidney stones.


Oxcarbazepine (Trileptal):

Side Effects: Dizziness, drowsiness, nausea, and skin rash.


Pregabalin (Lyrica):

Side Effects: Dizziness, drowsiness, weight gain, and swelling of hands/feet.


Clobazam (Onfi):

Side Effects: Drowsiness, drooling, and potential mood changes.


Conclusion

Epilepsy Medications help lower the symptoms of the brain disorder, but they also have some side effects. These side effects may vary depending on the patient but can be managed with the help of specific lifestyle changes and natural therapies.


FAQs about Side Effects Of Epilepsy Medications

Q. What is Epilepsy?

A. Disturbance in the coordination of brain cells leading to a spark of electrical signals in the brain is known as Epilepsy.


Q. What are the side effects of epilepsy medications?

A. The side effects of such medications involve fatigue, dizziness, memory loss, short-term memory, confusion, depression, and other similar issues.


Q. What are the causes of epilepsy?

A. The causes of epilepsy can vary, including genetic factors, brain injuries, infections, tumours, developmental disorders, and triggers such as sleep deprivation or substance misuse.


Q. What are the symptoms of epilepsy?

A. Epilepsy symptoms encompass seizures, which range from convulsions and loss of consciousness to seizures and sensory symptoms. Auras, confusion, and behavioural changes can also occur.


Neuromodulation Techniques in Epilepsy Management: Innovations and Insights

 Epilepsy is a neurological disorder marked by recurrent seizures. Management involves antiepileptic medications, lifestyle adjustments, and, in some cases, surgery or ketogenic diets to control seizures and improve quality of life. Regular medical supervision is essential.


The disease can affect anyone; the mental disorder can affect people of all ages. Pediatric epilepsy occurs due to a child’s high fever or genetic disorder. A child can be affected by epilepsy and face multiple mental issues leading to an obstruction in the child’s academic and social life.


Treatment for Epilepsy

Mentioned below are a few treatment and epilepsy therapy options that help lower the symptoms in an individual:


Medications– Different anti-seizure medications help manage the seizure attacks a patient faces. The medicine cannot wholly eradicate epilepsy, but help manage the seizure attack and social and professional life. The medications calm the agitated patient and help to slow the spark of electrical signals in the brain. These medications may also have side effects such as skin rash or headache; they should be used only after consulting a doctor.

Surgery– Different types of surgeries for different forms of epilepsy attacks help to resolve the disorder. The surgery involves removing damaged brain tissue due to an imbalance of electrical signals. The surgery lowers the seizure attack episodes, allowing patients to stay calm and live a routine.

Changes in Diet– A keto diet is recommended in case of paediatric epilepsy. The high-fat, low-carb diet helps to balance the seizure-triggering element in the brain and lower the symptoms of the mental disorder. The diet may be challenging to follow adults and should only be practised under professional medical help’s guidance.

Ketogenic Diet- This high-fat, low-carbohydrate diet may be prescribed for individuals with drug-resistant epilepsy, particularly in children. It can help control seizures by altering the brain’s metabolism.

Lifestyle Modifications- Avoiding triggers such as sleep deprivation, alcohol, and stress can help reduce the risk of seizures. Adequate sleep, stress management, and maintaining a regular routine can be beneficial.

Biofeedback- This technique helps individuals better control their body’s physiological responses, potentially reducing seizure frequency.



Contents hide

1 Overview

2 Treatment for Epilepsy

3 What is the Neuromodulation Technique?

4 How does neuromodulation help to manage epilepsy?

5 When to Consult a Doctor

6 Conclusion

7 FAQs

Overview

Epilepsy is a neurological disorder marked by recurrent seizures. Management involves antiepileptic medications, lifestyle adjustments, and, in some cases, surgery or ketogenic diets to control seizures and improve quality of life. Regular medical supervision is essential.


The disease can affect anyone; the mental disorder can affect people of all ages. Pediatric epilepsy occurs due to a child’s high fever or genetic disorder. A child can be affected by epilepsy and face multiple mental issues leading to an obstruction in the child’s academic and social life.


Treatment for Epilepsy

Mentioned below are a few treatment and epilepsy therapy options that help lower the symptoms in an individual:


Medications– Different anti-seizure medications help manage the seizure attacks a patient faces. The medicine cannot wholly eradicate epilepsy, but help manage the seizure attack and social and professional life. The medications calm the agitated patient and help to slow the spark of electrical signals in the brain. These medications may also have side effects such as skin rash or headache; they should be used only after consulting a doctor.

Surgery– Different types of surgeries for different forms of epilepsy attacks help to resolve the disorder. The surgery involves removing damaged brain tissue due to an imbalance of electrical signals. The surgery lowers the seizure attack episodes, allowing patients to stay calm and live a routine.

Changes in Diet– A keto diet is recommended in case of paediatric epilepsy. The high-fat, low-carb diet helps to balance the seizure-triggering element in the brain and lower the symptoms of the mental disorder. The diet may be challenging to follow adults and should only be practised under professional medical help’s guidance.

Ketogenic Diet- This high-fat, low-carbohydrate diet may be prescribed for individuals with drug-resistant epilepsy, particularly in children. It can help control seizures by altering the brain’s metabolism.

Lifestyle Modifications- Avoiding triggers such as sleep deprivation, alcohol, and stress can help reduce the risk of seizures. Adequate sleep, stress management, and maintaining a regular routine can be beneficial.

Biofeedback- This technique helps individuals better control their body’s physiological responses, potentially reducing seizure frequency.

What is the Neuromodulation Technique?

Neuromodulation Technique (NMT) is a non-invasive holistic healthcare system. It involves using muscle testing and energy balancing techniques to identify and address imbalances in the body’s energy field. Practitioners claim that NMT can help with various health issues by promoting the body’s self-healing mechanisms. However, it’s considered pseudoscientific by mainstream medicine, and scientific evidence supporting its effectiveness is limited.


The devices used to perform neuromodulation work on different parts of the body and help to deal with health issues such as urinary incontinence, Parkinson’s disease, pelvic disorders, and to perform deep brain stimulation. The technique involves working directly on the targeted site; it is a successful option for treating multiple health issues.


How does neuromodulation help to manage epilepsy?

Neuromodulation in epilepsy is a new and practical approach to deal with seizures faced during epilepsy. The technique involves the installation of an electrode near the affected nerve and stimulates the brain signals that are the primary cause of a seizure attack. The technique has a high success rate in managing the symptoms of epilepsy. Doctors highly embrace the method to treat their epilepsy patients for effective results. It is a safe method, and it delivers effective results.


The neuromodulation technique is divided into three methods that help to treat nerve issues and help epilepsy patients avoid seizure attacks:


Vagal Nerve Stimulation (VNS) – Vagal Nerve Stimulation, also known as VNS, is a method that involves implanting the electrode near a nerve in the neck. The device’s battery is implanted near the chest under the skin to keep the device working. The device helps to keep track of the activity of electrical signals in the brain sent through the brain and causing a seizure attack. When the device detects an explosion of signals in the brain causing a seizure, the device helps to reverse the signals and keep the affected patient calm and relaxed.

Deep Brain Stimulation (DBS) – The technique involves placing the electrode directly in the path of the brain that causes seizures. The device’s battery is implanted near the chest wall under the skin. The method is similar to the VNS technique, where the device can be adjusted to improve the stimulation depending upon the range of an electrical signal of the brain.

Responsive Neurostimulation (RNS) is a new neuromodulation in epilepsy technique. The method involves recording the brain signals and identifying the signals that may cause seizure attacks. In case of a seizure, the device immediately stimulates the signals in the brain and avoids the epilepsy symptom. The device’s battery is directly implanted inside the skull, unlike VNS and DBS. No wires are run down the new near the chest. The method also keeps track of the pattern of electrical signals sent by the brain, which helps better treat epilepsy.



Conclusion

Neuromodulation in epilepsy is a raging technique to help lower the disorder’s symptoms. The technically advanced treatment options help epilepsy patients live a routine and improve their quality. The treatment helps to target the area of issue directly and gives effective results.


FAQs

Q. What is the neuromodulation technique?

A. The technique involves implanting an electrode near a nerve to treat the seizure signals and lower the attack episodes.


Q. How does neuromodulation help in epilepsy management?

A. The electrode placed near the targeted area helps to lower or reverse the seizure signal, thus avoiding a seizure.


Q. How does Vagus Nerve Stimulation help in epilepsy treatment?

A. Vagus Nerve Stimulation (VNS) uses a surgically implanted device to stimulate the vagus nerve to reduce seizure frequency and severity, particularly in cases where medications are ineffective.


Q. How does responsive neurostimulation help in epilepsy treatment?

A. Responsive Neurostimulation (RNS) uses a device implanted in the brain that to continuously monitor electrical activity and deliver electrical stimulation to prevent seizures.

Precision Medicine in Epilepsy: Tailoring Treatment for Individual Needs

 Contents hide

1 Overview

2 Medications for Epilepsy

3 What are precision medicines?

4 Advantages of Precision Medicine

5 Advantages of Precision Medicine in Epilepsy

6 When to Consult a Doctor

7 Conclusion

8 FAQs

Overview

An imbalance or burst of electrical signals in the brain is known as epilepsy. The mental disorder can happen due to various external or underlying medical conditions. Head injury or trauma, depression, anxiety, genetic disorders, or family history of the disease are some possible causes of the mental issue. Seizure attacks are the prime symptom of mental problems. Various other signs such as confusion, brain fog, staring at a point, fear, sudden ceasing of an ongoing activity, or twitching of arms and legs are some of the symptoms of epilepsy.


Precision medicine in epilepsy is an emerging approach that tailors treatment based on an individual’s unique genetic, molecular, and clinical characteristics. By analysing a patient’s genetic makeup and identifying specific epilepsy-related genes, healthcare providers can select the most effective antiepileptic medications or therapies, optimising seizure control and minimising side effects. This personalised approach holds promise in improving outcomes for people with epilepsy, especially those who have not responded to traditional treatments, by providing targeted interventions based on their genetic and biological profiles.


Medications for Epilepsy

Mentioned below are some of the seizure medications that help to lower the seizure attacks and allow the affected patient to stay calm and relaxed:


Sodium Valproate is one of the most recommended medicine options doctors prescribe. The medicine also effectively treats symptoms of bipolar disorder and other mental issues. The medicine may not be the first choice for females who wish to conceive but can use it under the guidance of a doctor.

Carbamazepine– The medicine is helpful for epilepsy, bipolar, and diabetic patients. The medicine may have different types of possible side effects such as weakness, feeling of sickness, or a headache. It is advised to avoid alcohol while using the medication to avoid feeling drowsiness the whole day.

Lamotrigine is recommended for patients with a significant seizure attack lasting more than 15 to 20 minutes. Bipolar patients suffering from depression also benefit from this medicine. The medicine helps to lower confusion and other symptoms of the disease.

What are precision medicines?

Medicines tailored according to the age, gender, and health condition of a patient are known as precision medicine. The method helps to allow the patient to heal in the earliest possible time by targeting the area to be medicated directly. Precision medicine helps to understand the root of the disease, its cause, its symptoms, and the proper way to treat it. Precision medicines for epilepsy include CBD for Dravet Syndrome, pharmacogenomics testing to customise drug selection, Vagus Nerve Stimulation with personalised settings, Responsive Neurostimulation for detecting and responding to seizures, and tailored ketogenic diets. Emerging gene therapies aim to modify specific epilepsy-related genes, reflecting advancements in epilepsy treatment personalisation.


Contents hide

1 Overview

2 Medications for Epilepsy

3 What are precision medicines?

4 Advantages of Precision Medicine

5 Advantages of Precision Medicine in Epilepsy

6 When to Consult a Doctor

7 Conclusion

8 FAQs

Overview

An imbalance or burst of electrical signals in the brain is known as epilepsy. The mental disorder can happen due to various external or underlying medical conditions. Head injury or trauma, depression, anxiety, genetic disorders, or family history of the disease are some possible causes of the mental issue. Seizure attacks are the prime symptom of mental problems. Various other signs such as confusion, brain fog, staring at a point, fear, sudden ceasing of an ongoing activity, or twitching of arms and legs are some of the symptoms of epilepsy.


Precision medicine in epilepsy is an emerging approach that tailors treatment based on an individual’s unique genetic, molecular, and clinical characteristics. By analysing a patient’s genetic makeup and identifying specific epilepsy-related genes, healthcare providers can select the most effective antiepileptic medications or therapies, optimising seizure control and minimising side effects. This personalised approach holds promise in improving outcomes for people with epilepsy, especially those who have not responded to traditional treatments, by providing targeted interventions based on their genetic and biological profiles.


Medications for Epilepsy

Mentioned below are some of the seizure medications that help to lower the seizure attacks and allow the affected patient to stay calm and relaxed:


Sodium Valproate is one of the most recommended medicine options doctors prescribe. The medicine also effectively treats symptoms of bipolar disorder and other mental issues. The medicine may not be the first choice for females who wish to conceive but can use it under the guidance of a doctor.

Carbamazepine– The medicine is helpful for epilepsy, bipolar, and diabetic patients. The medicine may have different types of possible side effects such as weakness, feeling of sickness, or a headache. It is advised to avoid alcohol while using the medication to avoid feeling drowsiness the whole day.

Lamotrigine is recommended for patients with a significant seizure attack lasting more than 15 to 20 minutes. Bipolar patients suffering from depression also benefit from this medicine. The medicine helps to lower confusion and other symptoms of the disease.

What are precision medicines?

Medicines tailored according to the age, gender, and health condition of a patient are known as precision medicine. The method helps to allow the patient to heal in the earliest possible time by targeting the area to be medicated directly. Precision medicine helps to understand the root of the disease, its cause, its symptoms, and the proper way to treat it. Precision medicines for epilepsy include CBD for Dravet Syndrome, pharmacogenomics testing to customise drug selection, Vagus Nerve Stimulation with personalised settings, Responsive Neurostimulation for detecting and responding to seizures, and tailored ketogenic diets. Emerging gene therapies aim to modify specific epilepsy-related genes, reflecting advancements in epilepsy treatment personalisation.


Advantages of Precision Medicine

Mentioned below are a few advantages highlighting precision medications as the right choice:


Effective Results– One of the most significant advantages of precision medicine is effective results. Precision medicines help target the area to be medicated and allow the patient to heal quickly. Precision medicine is recommended for people of all ages to avoid the disease’s damaging symptoms and deteriorating health conditions.

Targeted Therapy– The use of precision medicine works as a targeted therapy. The medicines target the area requiring attention for effective results. Suppose an individual is suffering from a bacterial or viral infection. In that case, the medicine ensures that it kills the bacteria and also heals the cause of the bacteria to avoid the recurrence of the disease. It helps quick and effective recovery and allows the patient to heal and resume routine.

Easy Detection of Disease– Sometimes, an individual is confused about the disease under symptoms such as weakness or tightness of muscles. Many people may use regular fever medications to treat such symptoms. Precision medication is the perfect choice under such conditions.

Advantages of Precision Medicine in Epilepsy

Epilepsy involves suffering from seizure attacks due to different types of medical disorders. The affected individual suffers from confusion, staring at a point, depression, and other mental problems.


Mentioned below are a few advantageous points of precision medicine that help to manage symptoms of epilepsy:


Genome-Wide Study– Precision medicine allows one to contribute to genome-wide study. The study allows the researchers to study the DNA of the affected individual in depth to identify the disorder and its type. The in-depth study also allows to simplify the complicated disease to identify the proper treatment of the disease.

Next-Generation Sequencing– Precision medicine is also a part of next-generation sequencing. The method helps to identify the changes in DNA and the factors affecting the change in DNA due to epilepsy. The study helps to decide the correct form of treatment and medication to lower the symptoms of epilepsy.

Proper Epilepsy Treatment– Precision medicine helps to decide the form of epilepsy and the correct treatment for proper management of epilepsy. The right treatment helps to lower the seizure attacks experienced during epilepsy and lower other symptoms of the mental disorder.

Individualised Medication Selection- Helps healthcare providers choose the most suitable antiepileptic drugs based on genetic markers, improving treatment outcomes.

Early Diagnosis- Genetic testing can identify epilepsy subtypes, allowing for early and accurate diagnosis.

Treatment Response Prediction- Predicts a patient’s response to specific medications, preventing ineffective trials and minimising treatment delays.

Research Advancements- Advances scientific understanding of epilepsy genetics and informs future drug development.



Conclusion

Precision Medicine in Epilepsy helps decide the correct treatment form and get to the root of the mental disorder. Tailored medicines help to lower the symptoms such as seizure attacks, depression, confusion, and brain fog.


FAQs

Q. What are precision medications?

A. Medicines tailored for a patient depending upon different health factors are known as precision medication.


Q. How does precision medication work to treat epilepsy?

A. Precision medicine helps tap into the disease’s root cause and note how the disease changes the DNA of the affected individual and treats the mental disorder at the right time.


Q. What are the advantages of precision medicines in epilepsy?

A. Some of the advantages of precision medicine in epilepsy are-


Personalised Treatment

Improved Seizure Control

Reduced Side Effects

Individualised Medication Selection

Early Diagnosis

Treatment Response Prediction

Research Advancements



Ketogenic Diet for Epilepsy: Effective Seizure Management

 Contents hide

1 Overview

2 What is a Keto Diet?

3 What happens when an individual follows a ketogenic diet for epilepsy patients ?

4 How is a keto diet helpful for epilepsy patients?

5 How does a ketogenic diet help pediatric epilepsy children?

6 Risks of the Keto Diet

7 When to Consult a Doctor

8 Conclusion

9 FAQs

Overview

Epilepsy is a neurological disorder characterised by recurrent and unpredictable seizures resulting from abnormal electrical activity in the brain. Seizures can vary in type, duration, and severity. An individual suffering from epilepsy may experience seizures. These seizures do not last longer than a few minutes but can become serious if not treated with the medication at the right time. Epilepsy is regardless of age and gender. Anyone can be affected by it. The ketogenic (keto) diet, high in fats and low in carbohydrates, can help control seizures in some epilepsy patients by altering brain metabolism.


What is a Keto Diet?

There are many diets followed by people who wish to lose weight. A keto diet is a dieting method in which the individual consumes more fats and less carbohydrates. The ratio of a keto diet is divided into 70 to 80% fats, 5 to 10% carbohydrates, and 20% proteins. Initially, the diet originated in the 1920s for children who have epilepsy, but soon, the diet pattern was used as a fad for losing weight by many people. The diet is also helpful for people who have Alzheimer’s, autism, class III obesity, or diabetes.


What happens when an individual follows a ketogenic diet for epilepsy patients ?

A ketogenic diet helps to reset the functioning of the body. Usually, a body uses the stored carbohydrates for energy. Still, in the case of a ketogenic diet, the body learns to burn fat for energy production and helps one to lose calories. Thus, the diet is also considered effective in losing weight faster than usual weight-loss diets.


How is a keto diet helpful for epilepsy patients?

The ketogenic diet and epilepsy have been related since the 1920s. Initially, the diet was originated to cure epilepsy, but soon, the diet’s fad for weight loss increased rapidly. Researchers do not clearly state the relationship between following the diet and losing weight. Still, the combination of low sugar and high fat helps to lower the seizure attacks by lowering the brain’s excitement episodes. The diet is helpful for people who have epilepsy to lower seizure attacks. The diet highly helps kids who have epilepsy, also known as pediatric epilepsy. The diet can be difficult for adults to follow due to restrictions on eating and may make one a bit agitated.


How does a ketogenic diet help pediatric epilepsy children?

A Keto diet for seizures is not a diet to be started by one’s ideas. The diet should be started strictly under a doctor’s guidance. Usually, a child is admitted to the hospital and kept under observation to ensure the child follows the diet correctly. Doctors have also observed that a keto diet for epilepsy patients has helped to lower 50% of the seizure attacks in kids, and around 10 to 20% of kids have also noticed an improvement of 90% in seizures by following a keto diet.


A keto diet is recommended to people who cannot find any cure or other methods used to treat epilepsy. The diet requires the patient to visit the doctor once after 1 to 3 months to track the progress observed while following the diet.


In case the seizure attacks of the child are harsh and severe, the doctors may follow the steps mentioned below:


Initially, the diet begins by feeding the child water and sugar-free liquids.

After 24 hours, the child’s new diet begins.

The infants are fed with ketogenic, ready-to-use premixed formulas.

The patient’s blood sugar is monitored closely in the next 48 hours.

One may experience hypoglycemia at the beginning of the diet.

The patient may also be fed with required calcium and vitamin supplements to maintain the diet with less hassle.



Risks of the Keto Diet

The diet helps manage multiple mental disorders such as autism, bipolar disorder, and epilepsy and for losing weight, but it also has its share of side effects. Mentioned below are some of the side effects of the diet that can affect an individual’s health if followed for a long time:


Constipation– Low carbohydrate and fibrous diets like keto can make an individual following the diet feel constipated. Low fibre slows and obstructs a healthy digestive system.

Weak Bones– A keto diet involves low vitamin D intake and high acid load due to ketone bodies that lower bone mineral density, weakening bones.

Low Blood Pressure– Another observed risk factor of the low-carb keto diet is low blood pressure. It happens when an individual practising the keto diet cannot hold water and salt in the body, which leads the kidneys to feel pressurized and raises other issues such as kidney damage or kidney stones.



Conclusion

The ketogenic diet and epilepsy have been related since the 1920s as the diet was originated to cure mental disorders. The diet helps lower the seizure attacks in children; thus, it is an effective treatment option. The diet also has some possible side effects. It should be followed when suggested by doctors.


FAQs

Q. What is a keto diet?

A. A diet high in fats and low in cards is called a ketogenic diet.


Q. Who can benefit from a ketogenic diet?

A. People with epilepsy, autism, bipolar disorder, or people trying to lose weight can see effective results by following a keto diet.


Q. What is the connection between keto diet and epilepsy?

A. The ketogenic (keto) diet, high in fats and low in carbohydrates, can help control seizures in some epilepsy patients by altering brain metabolism.

Hypothyroidism: Causes, Symptoms, and Treatment

 The thyroid gland, a butterfly-shaped structure in the neck, consists of two lobes connected by a narrow isthmus. It produces hormones – thyroxine (T4) and triiodothyronine (T3) – that regulate metabolism, growth, and development. These hormones influence various body functions, including energy levels, heart rate, and temperature regulation.


Excess secretion of hormones by the gland is termed Hyperthyroidism, and lower secretion of hormones by the glands is known as Hypothyroidism. The condition is usually found in 1 out of 3 women. It can happen due to a family history of the disease, inappropriate lifestyle, and other medical conditions.


The hormonal issue can be characterised by weight gain, tiredness, puffy face and eyes, and other similar problems. Doctors advise exercising for at least 20 to 30 minutes a day to avoid the side effects of the hormonal issue.


Causes of Hypothyroidism

Autoimmune Disease is a medical condition in which the immune system makes antibodies damaging the healthy tissues. The process may also involve the hormone-producing gland and hamper its functioning. The affected individual faces hormonal imbalance and the devastating factors of the same.

Thyroid Surgery– Removing a part or the whole gland is also one of the reasons for low hormones in the body. The surgery can lower the ability of the gland to produce an adequate amount of hormones leading to different health issues such as weight gain, facial hair, hoarse voice, irregular heartbeat, and other similar symptoms.

Radiation Therapy– It involves the use of radiation beams to kill cancerous cells in the part of the body damaged due to cancer. The radiation beams used for treating cancer in the head or neck can impair the functioning of the thyroid and lead to hormonal issues. People who undergo such form surgeries are more prone to hormonal issues.

Infection– Infection in the hormone-making gland is also one of the causes of the disease. An infection, a medical disorder, or gland inflammation can lead to the sudden release of hormones later, leading to Hypothyroidism. Various medical problems can verify the condition.

Pregnancy– Pregnancy is also one of the causes of hormonal imbalance disorder. If the medical condition is not treated with the required medications, the affected mother may face health problems such as high blood pressure or pregnancy loss. It may also harm the developing fetus.

Medications– Certain medications, such as lithium or amiodarone, can disrupt thyroid function.

Congenital Factors– Some infants are born with underdeveloped thyroid glands.

Iodine Deficiency– Insufficient dietary iodine can impair hormone synthesis.

Pituitary Gland Disorders– Dysfunction in the pituitary gland can affect thyroid hormone regulation.


Contents hide

1 Overview

2 Causes of Hypothyroidism

3 Symptoms of Hypothyroidism

4 Treatment for Hypothyroidism

5 When to Consult a Doctor

6 Conclusion

7 FAQs

Overview

The thyroid gland, a butterfly-shaped structure in the neck, consists of two lobes connected by a narrow isthmus. It produces hormones – thyroxine (T4) and triiodothyronine (T3) – that regulate metabolism, growth, and development. These hormones influence various body functions, including energy levels, heart rate, and temperature regulation.


Excess secretion of hormones by the gland is termed Hyperthyroidism, and lower secretion of hormones by the glands is known as Hypothyroidism. The condition is usually found in 1 out of 3 women. It can happen due to a family history of the disease, inappropriate lifestyle, and other medical conditions.


The hormonal issue can be characterised by weight gain, tiredness, puffy face and eyes, and other similar problems. Doctors advise exercising for at least 20 to 30 minutes a day to avoid the side effects of the hormonal issue.


Causes of Hypothyroidism

Autoimmune Disease is a medical condition in which the immune system makes antibodies damaging the healthy tissues. The process may also involve the hormone-producing gland and hamper its functioning. The affected individual faces hormonal imbalance and the devastating factors of the same.

Thyroid Surgery– Removing a part or the whole gland is also one of the reasons for low hormones in the body. The surgery can lower the ability of the gland to produce an adequate amount of hormones leading to different health issues such as weight gain, facial hair, hoarse voice, irregular heartbeat, and other similar symptoms.

Radiation Therapy– It involves the use of radiation beams to kill cancerous cells in the part of the body damaged due to cancer. The radiation beams used for treating cancer in the head or neck can impair the functioning of the thyroid and lead to hormonal issues. People who undergo such form surgeries are more prone to hormonal issues.

Infection– Infection in the hormone-making gland is also one of the causes of the disease. An infection, a medical disorder, or gland inflammation can lead to the sudden release of hormones later, leading to Hypothyroidism. Various medical problems can verify the condition.

Pregnancy– Pregnancy is also one of the causes of hormonal imbalance disorder. If the medical condition is not treated with the required medications, the affected mother may face health problems such as high blood pressure or pregnancy loss. It may also harm the developing fetus.

Medications– Certain medications, such as lithium or amiodarone, can disrupt thyroid function.

Congenital Factors– Some infants are born with underdeveloped thyroid glands.

Iodine Deficiency– Insufficient dietary iodine can impair hormone synthesis.

Pituitary Gland Disorders– Dysfunction in the pituitary gland can affect thyroid hormone regulation.

Symptoms of Hypothyroidism

Weight Gain– Sudden weight gain is one of the major and initial signs of hormonal imbalance disorder. It happens due to the increased appetite observed, leading to the consumption of more calories. Doctors advise exercising daily to maintain a healthy body weight for proper gland functioning. Slow metabolism leading to less fat burn is also the prime cause of weight gain.

Tiredness– Tiredness is another symptom of the disease. It happens due to low metabolism, leading to inadequate energy production, making the affected feel tired and lazy. One may also feel passive and have low energy for physical activity or routine functions. Daily exercising is advised by doctors to get rid of such symptoms.

Low-Temperature Intolerance– People suffering from low hormonal secretion are also intolerant to low temperatures. It happens due to low metabolism and less energy to bear cold temperatures. People with such issues also feel they need help to live in places with low temperatures.

Coarse Hair– The hormonal imbalance disrupts the production of T3 and T4 hormones. One may experience extreme hair fall or rough hair growth. Thick facial hair or scare eyebrows are some of the symptoms of the health condition.

Treatment for Hypothyroidism

Exercising- Weight gain is one of the most significant symptoms of hormonal issues. If the case is not handled correctly, one may experience health problems such as tiredness, low energy, and lethargy. To avoid all these symptoms, it is advisable by doctors to exercise daily for at least 20 to 30 minutes a day. Though one may not be able to devote time for a proper workout in a gym, a 45-minute brisk walk or jogging can also help control the increasing weight.

Changes in Diet– Diet also plays a vital role under such medical conditions. It is advised to replace unhealthy, fried, and oily food with healthy and nutritious food items. One should also lower the unnecessary munching habit, which is one of the significant reasons for weight gain. Including selenium, iodine, and greens in the diet is advised for a proper and healthy balance. It is also recommended to cut sugar for better and quick healing results.

Medication– Medicine to control hypothyroidism, such as Levothyroxine, helps to give immediate results. The dosage of the medicine is balanced based on the blood tests performed after every 6 to 8 weeks. It helps to manage the dosage of the drug and decide the required changes to make in the diet to see effective results.

Stress Management- Practice stress-reduction techniques such as meditation and yoga.

Adequate Sleep– Ensure sufficient sleep for optimal health.

Limit Soy and Cruciferous Vegetables– Excessive consumption can affect thyroid function.

Pregnancy Management– Pregnant individuals may require adjusted medication doses.



Conclusion

Hypothyroidism is a hormonal imbalance observed when the gland produces less than required hormones. It can be identified by symptoms such as weight gain, tiredness, fatigue, and increased appetite. The condition can be cured with the help of medications and healthy lifestyle changes.


FAQs

Q. What is Hypothyroidism?

A. It is a hormonal issue observed when the thyroid gland produces less than required hormones disturbing various functions of the body.


Q. What are the symptoms of Hyperthyroidism?

A. People suffering from this hormonal imbalance may suffer from weight gain, fatigue, tiredness, inability to bear cold temperatures, and other similar issues.


Monday, September 18, 2023

Hyperparathyroidism: Causes, Symptoms, and Treatment

 Contents hide

1 Overview

2 Causes of Hyperparathyroidism

3 Symptoms of Hyperparathyroidism

4 Diagnosis of Hyperparathyroidism

5 Treatment of Hyperparathyroidism

6 When to Consult a Doctor

7 Conclusion

8 FAQs

Overview

The thyroid gland is a butterfly-shaped endocrine gland located in the front of the neck, just below Adam’s apple. It consists of two lobes connected by a narrow isthmus. The gland produces thyroid hormones, primarily thyroxine (T4) and triiodothyronine (T3), which regulate metabolism, growth, and various bodily functions. These hormones are released into the bloodstream and affect cells throughout the body.


Hyperthyroidism is a medical condition characterised by an overactive thyroid gland, which produces excessive amounts of thyroid hormones. This hormonal imbalance can accelerate the body’s metabolism, leading to symptoms such as rapid heartbeat, weight loss, nervousness, and heat intolerance. Common causes include Graves’ disease, thyroid nodules, or thyroiditis. Hyperthyroidism can affect various body systems and, if left untreated, may lead to serious health complications. Treatment options include medications, radioactive iodine therapy, or thyroid surgery.


Causes of Hyperparathyroidism

There are three significant types of hyperparathyroidism:


Primary hyperparathyroidism: This is the most common type and occurs when one or more parathyroid glands become enlarged or develop tumours, leading to an overproduction of PTH. The exact cause of these growths is often unknown but may be linked to genetic factors or radiation exposure.


Secondary hyperparathyroidism: This type typically occurs in response to another medical condition, such as chronic kidney disease. In this case, the parathyroid glands become overactive to maintain normal calcium levels in the blood, which the underlying disease disrupts. The leading causes of secondary hyperparathyroidism include


Deficiency of Vitamin D

Kidney disease

Medications such as anticonvulsants or diuretics

Tertiary Hyperparathyroidism: It develops after long-term secondary hyperparathyroidism when the parathyroid glands become overactive and lose their ability to regulate PTH production properly.


Symptoms of Hyperparathyroidism

Hyperparathyroidism often develops slowly and may not cause noticeable symptoms in its early stages. However, as the condition progresses, individuals may experience the following symptoms:


Weakened Bones: Excess PTH can lead to calcium release from the bones, causing them to weaken. This may result in fractures or bone pain.

Kidney Stones: Elevated calcium levels can lead to the formation of kidney stones, which can cause severe pain and urinary problems.

Digestive Issues: Hyperparathyroidism can lead to gastrointestinal symptoms such as constipation, nausea, and loss of appetite.

Fatigue and Weakness: High calcium levels can affect muscle and nerve function, leading to fatigue, weakness, and difficulty concentrating.

Frequent Urination: Increased calcium levels can stimulate the kidneys to produce more urine, leading to frequent urination and increased thirst.

Depression and Memory Problems: Some individuals with hyperparathyroidism may experience mood changes, depression, and memory problems.

Cardiovascular Symptoms: High blood pressure, palpitations, and an increased risk of heart-related issues.



Contents hide

1 Overview

2 Causes of Hyperparathyroidism

3 Symptoms of Hyperparathyroidism

4 Diagnosis of Hyperparathyroidism

5 Treatment of Hyperparathyroidism

6 When to Consult a Doctor

7 Conclusion

8 FAQs

Overview

The thyroid gland is a butterfly-shaped endocrine gland located in the front of the neck, just below Adam’s apple. It consists of two lobes connected by a narrow isthmus. The gland produces thyroid hormones, primarily thyroxine (T4) and triiodothyronine (T3), which regulate metabolism, growth, and various bodily functions. These hormones are released into the bloodstream and affect cells throughout the body.


Hyperthyroidism is a medical condition characterised by an overactive thyroid gland, which produces excessive amounts of thyroid hormones. This hormonal imbalance can accelerate the body’s metabolism, leading to symptoms such as rapid heartbeat, weight loss, nervousness, and heat intolerance. Common causes include Graves’ disease, thyroid nodules, or thyroiditis. Hyperthyroidism can affect various body systems and, if left untreated, may lead to serious health complications. Treatment options include medications, radioactive iodine therapy, or thyroid surgery.


Causes of Hyperparathyroidism

There are three significant types of hyperparathyroidism:


Primary hyperparathyroidism: This is the most common type and occurs when one or more parathyroid glands become enlarged or develop tumours, leading to an overproduction of PTH. The exact cause of these growths is often unknown but may be linked to genetic factors or radiation exposure.


Secondary hyperparathyroidism: This type typically occurs in response to another medical condition, such as chronic kidney disease. In this case, the parathyroid glands become overactive to maintain normal calcium levels in the blood, which the underlying disease disrupts. The leading causes of secondary hyperparathyroidism include


Deficiency of Vitamin D

Kidney disease

Medications such as anticonvulsants or diuretics

Tertiary Hyperparathyroidism: It develops after long-term secondary hyperparathyroidism when the parathyroid glands become overactive and lose their ability to regulate PTH production properly.


Symptoms of Hyperparathyroidism

Hyperparathyroidism often develops slowly and may not cause noticeable symptoms in its early stages. However, as the condition progresses, individuals may experience the following symptoms:


Weakened Bones: Excess PTH can lead to calcium release from the bones, causing them to weaken. This may result in fractures or bone pain.

Kidney Stones: Elevated calcium levels can lead to the formation of kidney stones, which can cause severe pain and urinary problems.

Digestive Issues: Hyperparathyroidism can lead to gastrointestinal symptoms such as constipation, nausea, and loss of appetite.

Fatigue and Weakness: High calcium levels can affect muscle and nerve function, leading to fatigue, weakness, and difficulty concentrating.

Frequent Urination: Increased calcium levels can stimulate the kidneys to produce more urine, leading to frequent urination and increased thirst.

Depression and Memory Problems: Some individuals with hyperparathyroidism may experience mood changes, depression, and memory problems.

Cardiovascular Symptoms: High blood pressure, palpitations, and an increased risk of heart-related issues.

Diagnosis of Hyperparathyroidism

Diagnosing hyperparathyroidism is a multifaceted process that combines clinical evaluation with laboratory tests and imaging studies.


Medical History & Physical Examination- Typically, it begins with a thorough medical history and physical examination to identify symptoms and risk factors associated with the condition.

Blood Tests- Blood tests play a pivotal role, including measuring blood calcium levels, which are often elevated in hyperparathyroidism, and parathyroid hormone (PTH) levels, which can confirm the diagnosis and indicate the severity of the disorder.

Imaging Studies- Imaging studies such as ultrasounds and sestamibi scans are employed to visualise the parathyroid glands and detect abnormalities such as adenomas or enlarged glands.

Bone Density Scans- Bone density scans may also assess bone health, as hyperparathyroidism can lead to bone loss.

Urine Test- In cases of suspected kidney stone formation, 24-hour urine collection can reveal elevated levels of calcium and other substances contributing to stone formation.

Genetic Testing– Genetic testing may be considered when there is a family history of hyperparathyroidism or a suspicion of genetic involvement.

Treatment of Hyperparathyroidism

The treatment of hyperparathyroidism depends on its type and severity. Here are the primary treatment options:


Observation: In cases of mild primary hyperparathyroidism with no apparent symptoms, a “watch and wait” approach may be adopted, with regular monitoring of calcium levels and bone health.

Medications: In some cases, medication may be prescribed to manage symptoms or reduce the production of PTH. Calcimimetics are drugs that can help lower PTH levels and control calcium levels in the blood. Apart from this, doctors also recommend hormone replacement therapy and bisphosphonates.

Surgery: The most common and effective treatment for primary hyperparathyroidism is surgical removal of the overactive parathyroid gland or glands. This procedure, called parathyroidectomy, aims to restore normal calcium levels.


Surgery (Parathyroidectomy): The most common and curative treatment for primary hyperparathyroidism is surgically removing the overactive parathyroid gland(s). This procedure is called a parathyroidectomy.

Minimally Invasive Surgery: Minimally invasive techniques, such as focused parathyroidectomy or video-assisted parathyroidectomy (MIVAP), may be used to locate and remove the affected gland(s) with smaller incisions



Treatment of Underlying Causes: Secondary hyperparathyroidism often necessitates addressing the underlying condition, such as kidney disease. Managing the primary disease can help regulate PTH levels.




Conclusion

Hyperparathyroidism is a condition that disrupts the body’s calcium balance due to excessive production of parathyroid hormone. While it can be asymptomatic in its early stages, it can lead to significant health issues if left untreated. Therefore, if you suspect you may have hyperparathyroidism or are experiencing any of the associated symptoms, it is crucial to seek medical evaluation and treatment to prevent complications and maintain optimal health.


FAQs

Q. What is the main cause of hyperparathyroidism?

A. The two primary types of hyperparathyroidism have different causes:


Primary Hyperparathyroidism is often caused by parathyroid adenomas (benign tumours), parathyroid hyperplasia (enlargement of all parathyroid glands), or parathyroid carcinoma (rarely).

Secondary Hyperparathyroidism typically arises due to chronic kidney disease, vitamin D deficiency, or malabsorption disorders that disrupt calcium balance.

Q. What is the typical symptom of hyperparathyroidism?

A. Symptoms may vary, but common signs of hyperparathyroidism include fatigue, weakness, bone pain, kidney stones, digestive issues (constipation, nausea), frequent urination, depression, and memory problems. Some individuals may be asymptomatic or have mild symptoms.


Q. How is hyperparathyroidism diagnosed?

A. Diagnosis involves a combination of medical history assessment, physical examination, blood tests to measure calcium and PTH levels, imaging studies (ultrasound, sestamibi scan), bone density scans, and, in some cases, genetic testing to identify specific causes.


Q. How is hyperthyroidism treated?

A. Hyperthyroidism is treated through medications such as antithyroid drugs or radioactive iodine therapy to reduce thyroid hormone production or thyroidectomy (surgical removal of the thyroid gland). Treatment choice depends on the cause and individual factors.

Preventing Urinary Tract Infections: Essential Hygiene Practices

 The urinary tract is a crucial system in the human body responsible for producing, storing, and eliminating urine. It comprises the kidneys, which filter waste and excess fluids from the blood, the ureters that transport urine to the bladder, the bladder for urine storage, and the urethra for urine expulsion from the body. The urinary tract is often exposed to different harmful organisms and bacteria that obstruct the functioning of the tract and harm the individual attacked by the bacteria.


A urinary tract infection (UTI) is a bacterial infection that occurs in the urinary system, which includes the kidneys, ureters, bladder, and urethra. UTIs are often caused by bacteria entering the urinary tract, leading to symptoms such as pain or a burning sensation during urination, frequent urination, cloudy or bloody urine, and discomfort in the lower abdomen. UTIs are typically treated with antibiotics. If left untreated, they can lead to more severe complications, including kidney infections.


The harm caused by infection can be identified by symptoms such as pain while urinating, burning sensation during urination, smelly or cloudy urine, pain in the pelvic region in females, and other such symptoms. One major cause of bacteria affecting the urinary system is the spread of E. coli. It enters the urinary tract through various means and affects the system’s functioning. Preventing urinary tract infections involves intimate hygiene, as poor hygiene and UTIs go hand in hand. Maintaining hygiene of the urinary tract helps avoid harmful side effects of the bacteria and lowers the infection.


Causes and Symptoms of UTI

Causes

coli bacteria

Bladder infection

Urethra infection

Unprotected sex

Using birth control medications

Menopause

Symptoms

Back pain

Nausea

Vomiting

Smelly and cloudy urine

Painful and burning sensation while urinating

Chills and fever

Feeling to urinate in short intervals

Role of Hygiene to Preventing Urinary Tract Infections


Contents hide

1 Overview

2 Causes and Symptoms of UTI

2.1 Causes

2.2 Symptoms

3 Role of Hygiene to Preventing Urinary Tract Infections

4 Essential Hygiene Practices to Avoid UTI

5 When to Consult a Doctor

6 Conclusion

7 FAQs

Overview

The urinary tract is a crucial system in the human body responsible for producing, storing, and eliminating urine. It comprises the kidneys, which filter waste and excess fluids from the blood, the ureters that transport urine to the bladder, the bladder for urine storage, and the urethra for urine expulsion from the body. The urinary tract is often exposed to different harmful organisms and bacteria that obstruct the functioning of the tract and harm the individual attacked by the bacteria.


A urinary tract infection (UTI) is a bacterial infection that occurs in the urinary system, which includes the kidneys, ureters, bladder, and urethra. UTIs are often caused by bacteria entering the urinary tract, leading to symptoms such as pain or a burning sensation during urination, frequent urination, cloudy or bloody urine, and discomfort in the lower abdomen. UTIs are typically treated with antibiotics. If left untreated, they can lead to more severe complications, including kidney infections.


The harm caused by infection can be identified by symptoms such as pain while urinating, burning sensation during urination, smelly or cloudy urine, pain in the pelvic region in females, and other such symptoms. One major cause of bacteria affecting the urinary system is the spread of E. coli. It enters the urinary tract through various means and affects the system’s functioning. Preventing urinary tract infections involves intimate hygiene, as poor hygiene and UTIs go hand in hand. Maintaining hygiene of the urinary tract helps avoid harmful side effects of the bacteria and lowers the infection.


Causes and Symptoms of UTI

Causes

coli bacteria

Bladder infection

Urethra infection

Unprotected sex

Using birth control medications

Menopause

Symptoms

Back pain

Nausea

Vomiting

Smelly and cloudy urine

Painful and burning sensation while urinating

Chills and fever

Feeling to urinate in short intervals

Role of Hygiene to Preventing Urinary Tract Infections


Role of Hygiene to Prevent

Role of Hygiene to Prevent


UTI hygiene is one of the most vital things to be followed to prevent the infection. Mentioned below are the advantages of maintaining intimate hygiene and how it helps to prevent UTI:

Helps to Avoid Bacteria– The spread of bacteria is the major cause of the infection. Keeping the bacteria away from the tract should be the prime step. Maintaining intimate hygiene helps to lower the infection and all the side effects accompanying the bacteria. Maintaining hygiene also helps avoid inflammation of the bladder and kidneys that can harshly change the affected individual’s overall health.

Lowers the Spread of Bacteria– Practices such as douching, holding urine for a longer time, or neglecting hydration can spread bacteria, leading to UTI. Maintaining hygienic practices helps lower the spread of bacteria and avoid infection in different urinary tract organs.

No Breeding Ground for Bacteria– Infection can spread easily and allow the bacteria to multiply if the bacteria gets a perfect breeding situation, such as unhygienic conditions. If an individual maintains complete hygiene and follows a proper cleaning routine of the intimate area, then it helps to avoid the development of any breeding ground for the bacteria.

Essential Hygiene Practices to Avoid UTI

Below are some useful tips for preventing urinary tract infections:


High Water Intake– People often do not focus on maintaining an ideal daily water intake level. They only drink a few sips of water, and the day passes. Maintaining an ideal water intake in a day helps to flush out the bacteria from the body that damage the functioning of the urinary tract and the organs of the tract. Drinking the ideal amount of water at home and carrying a water bottle while travelling is an advisable tip for people suffering from UTI.

Cleaning Toilet Seat– A toilet seat is the biggest breeding ground for infection-causing bacteria and UTIs. The seat is used by multiple people multiple times a day. Not every individual using the toilet needs to maintain hygiene. It is highly advisable for people suffering from UTI to avoid using public washrooms. But in emergencies, one can use the toilets using toilet seat sprays, urinal cups, tissues, and sanitisers. The use of all these products helps to avoid the contact of bacteria with the genitals and also helps to avoid entering bacteria in the urinary tract.

Washing Genitals– Bacteria can enter the genitals due to improper UTI hygiene. Unhygienic conditions such as longer use of the same innerwear, use of the same sanitary napkin for more than 4 hours, improper cleaning of genitals after defecation or urination, and avoiding washing of genitals before and after any sexual activity can lead to the spread of bacteria. Washing the genitals properly with clean water helps to get rid of germs and avoid spreading infection in the urinary tract.

Urinate Regularly-Don’t hold in urine for extended periods. Urinate when you feel the need to do so.

Avoid Irritants- Avoid using harsh soaps, douches, or perfumed products in the genital area, as they irritate the urethra.

Wear Breathable Underwear- Choose cotton underwear and avoid tight-fitting pants to allow for better air circulation in the genital area.

Stay Clean During Menstruation- Change sanitary products regularly during menstruation to prevent bacterial growth and infection.

Urinate after Sex– Another advisable hygienic practice to lower the spread of bacteria is urination after sex. It helps flush bacteria from the body through the individual’s genital. It also helps to avoid the creation of a breeding ground for bacteria.



Conclusion

Preventing urinary tract infections helps to lower the spread of bacteria, the biggest cause of the infection. Proper hygiene practices help lower the infection and keep the tract safe from spreading bacteria.


FAQs

Q. What is UTI?

A. Bacteria entering an individual urinary tract and affecting the system’s organs is a urinary tract infection.


Q. How can preventing urinary tract infections be made simple?

A. Maintaining intimate hygiene and following basic cleaning habits help to lower the spread of bacteria-causing UTIs.


Q. What hygiene practices to follow to avoid UTI?

A. The hygiene practices that can help reduce the chances of UTI are-


Maintain good personal hygiene, especially in the genital area.

Wipe from front to back after using the toilet.

Stay hydrated to flush out bacteria.

Urinate regularly, avoiding prolonged retention.

Empty the bladder before and after sexual activity.

Avoid harsh soaps, douches, or perfumed products in the genital area.

Choose breathable cotton underwear and loose-fitting clothing.

Maintain overall health with a balanced diet, exercise, and adequate sleep.

Change sanitary products regularly during menstruation.

Properly use and maintain catheters if needed.

Seek prompt medical treatment for UTI symptoms.


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