Autoimmune Hypoparathyroidism–Chronic Candidiasis–Addison Disease Syndrome

Autoimmune hypoparathyroidism–chronic candidiasis–Addison disease syndrome is a rare inherited immune disorder. Doctors now call it APS-1 or APECED. The immune system loses tolerance and mistakenly attacks many body parts. The “classic triad” is: 1) chronic mucocutaneous candidiasis (yeast infections of mouth, skin, nails), 2) hypoparathyroidism (very low parathyroid hormone → low blood calcium), and 3) primary adrenal insufficiency (Addison disease) (adrenals cannot make enough cortisol ± aldosterone). Other organs can also be affected. NCBI+1 APS-1 is usually caused by harmful changes in the AIRE gene. AIRE helps the thymus teach the immune system not to attack the body. When AIRE does not work, self-reactive T cells escape and can damage endocrine glands (parathyroids, adrenals, thyroid, gonads, pancreas) and non-endocrine tissues (skin, teeth enamel, eyes, lungs, liver, gut). Frontiers

Autoimmune hypoparathyroidism–chronic candidiasis–Addison disease syndrome is a rare, inherited immune system disease. Doctors also call it APS-1 or APECED. It usually begins in childhood. The classic triad is: long-lasting yeast infections of the skin, mouth, or nails (called chronic mucocutaneous candidiasis), low parathyroid hormone causing low blood calcium (hypoparathyroidism), and adrenal gland failure (Addison disease). Having any two of these three problems usually confirms the diagnosis. The condition happens because of harmful changes (mutations) in a gene named AIRE, which normally helps the immune system learn to tolerate the body’s own tissues. When AIRE does not work, the immune system attacks many organs. NCBI+2JCI Insight+2

Other names

Doctors may use different names that all point to the same syndrome. Common synonyms include: Autoimmune Polyendocrine Syndrome Type 1 (APS-1), Autoimmune Polyendocrinopathy-Candidiasis-Ectodermal Dystrophy (APECED), Polyglandular Autoimmune Syndrome Type 1 (PGA-I), and the descriptive phrase you used: autoimmune hypoparathyroidism–chronic candidiasis–Addison disease syndrome. All these names describe the same genetic disorder linked to AIRE. NCBI+2Immune Deficiency Foundation+2

Types

Strictly speaking, APS-1 is one disease caused by AIRE variants. But doctors sometimes describe “types” or patterns by which organs are involved and when problems appear. The classic triad type includes candidiasis, hypoparathyroidism, and Addison disease. A non-classic or expanded type adds other autoimmune problems such as thyroid disease, type 1 diabetes, ovarian or testicular failure, pernicious anemia, chronic diarrhea from autoimmune enteropathy, liver inflammation, enamel and nail changes, alopecia, vitiligo, and asplenia. Some centers also discuss genotype–phenotype patterns (for example, founder mutations in certain populations) that influence which features are most likely, but the same mutation can lead to different symptoms even among siblings. JCI Insight+2Frontiers+2

Causes

1. AIRE gene mutations (main cause). APS-1 is caused by harmful variants in both copies of the AIRE gene. This gene helps delete self-reactive T cells in the thymus. Without it, those cells can attack the body. JCI Insight

2. Loss of central immune tolerance. AIRE drives the “teaching” of thymic cells to display many tissue proteins; defective AIRE breaks this teaching, so self-reactive lymphocytes survive. JCI Insight

3. Autoreactive T cells in organs. Escaped self-reactive T cells infiltrate endocrine and non-endocrine tissues and damage them. Frontiers

4. Cytokine autoantibodies (IL-17/IL-22). Many patients make neutralizing antibodies against IL-17A, IL-17F, and IL-22, which weakens antifungal defense and explains chronic Candida infections. PMC+1

5. Type I interferon autoantibodies. Antibodies against interferon-ω and interferon-α are highly specific for APS-1 and reflect broad immune dysregulation. Oxford Academic+1

6. Interferon-γ overactivity. Recent work shows strong interferon-γ–driven inflammation across organs in APS-1, helping explain multi-organ damage. New England Journal of Medicine

7. Autosomal recessive inheritance. Most patients inherit one AIRE mutation from each parent. Consanguinity raises risk. MedlinePlus

8. Founder mutations in some populations. Certain groups (e.g., Iranian Jews, Finns, Sardinians) have higher prevalence due to common ancestral variants. NCBI

9. Dominant-negative AIRE variants (rare). Some AIRE changes can act dominantly and produce milder or atypical autoimmune pictures in carriers. ScienceDirect

10. HLA background (modifiers). Specific HLA types may shift which associated autoimmune diseases appear (e.g., adrenal, thyroid, alopecia). JCAD

11. Mucosal barrier changes. Ectodermal findings (e.g., enamel and nail dystrophy) and mucosal immune defects may predispose to infections and autoimmunity. Frontiers

12. Environmental infections as triggers. Infections may precipitate organ-specific autoimmunity in genetically susceptible individuals, though they are not root causes. Autoimmune Association

13. Microbiome imbalance. Altered mucosal immunity and cytokine autoantibodies likely disturb the microbiome, supporting chronic Candida overgrowth. PMC

14. Hormonal stressors. Physiologic stress (illness, dehydration, surgery) can unmask adrenal insufficiency or hypocalcemia in undiagnosed APS-1. NCBI

15. Autoantibodies to organ enzymes. Examples include 21-hydroxylase in adrenal cortex, which predicts Addison disease. PMC

16. Autoimmune targets beyond glands. Stomach (parietal cells, intrinsic factor), liver, bowel, eye, and lung may be attacked, expanding symptoms beyond the triad. Frontiers

17. Early childhood onset. Most children show candidiasis by preschool years; endocrine disease follows later. Timing reflects evolving immune injury. MD Searchlight

18. Epithelial/ectodermal dystrophy. Nail, hair, dental enamel, and skin changes are common and reflect broad tissue autoimmunity. JCAD

19. Gene–environment interplay. AIRE defects set the stage; life events and exposures help determine when and where autoimmunity appears. Frontiers

20. Heterogeneity within families. Even siblings with the same AIRE variants can have different organ involvement and timing, showing strong modifying factors. Immune Deficiency Foundation

Common symptoms and signs

1. Chronic thrush and Candida skin/nail infections. White plaques in the mouth, sore red corners of lips, nail infections, and recurrent rashes are typical first signs. They persist or recur despite usual treatments. JCI Insight

2. Muscle cramps or tingling from low calcium. Hypoparathyroidism lowers calcium and raises phosphate; people feel perioral tingling, fingertip tingling, leg cramps, or painful spasms. NCBI

3. Tetany or seizures. Very low calcium can cause carpopedal spasm and seizures; prompt calcium and vitamin D analogs are needed. NCBI

4. Fatigue, weight loss, low blood pressure. Addison disease causes chronic fatigue, salt craving, dizziness, and low blood pressure; crisis can be life-threatening. NCBI

5. Skin darkening (hyperpigmentation). Addison disease raises ACTH, which darkens skin creases and scars. NCBI

6. Nausea, vomiting, or belly pain. Adrenal insufficiency and autoimmune gastritis can both cause digestive symptoms and poor appetite. NCBI

7. Patchy hair loss (alopecia). Immune attack on hair follicles can cause round bald patches or total hair loss. JCAD

8. Vitiligo. Loss of skin pigment in sharply bordered patches reflects melanocyte autoimmunity. Frontiers

9. Tooth enamel defects and early cavities. Enamel hypoplasia is common; children may have many cavities and sensitive teeth. Frontiers

10. Nail changes. Brittle, ridged, or dystrophic nails are part of the ectodermal features. JCAD

11. Thyroid disease. Some patients develop autoimmune hypothyroidism or, less often, hyperthyroidism. Symptoms include cold intolerance, weight change, and slowed thinking. Frontiers

12. Type 1 diabetes. A minority develop insulin-dependent diabetes with thirst, frequent urination, and weight loss. Frontiers

13. Ovarian or testicular failure. Girls may have delayed puberty or early menopause; boys may have fertility or puberty problems. Frontiers

14. Anemia and B12 deficiency. Pernicious anemia can cause tiredness, pale skin, mouth soreness, and numbness in hands or feet. Frontiers

15. Chronic diarrhea or liver inflammation. Autoimmune enteropathy and autoimmune hepatitis can cause long-term diarrhea, poor growth, or abnormal liver tests. Frontiers

How doctors diagnose it

A) Physical examination

1. Full skin, hair, and nail check. Doctors look for Candida rashes, nail dystrophy, alopecia, and vitiligo. These visible clues support APS-1 when paired with endocrine problems. JCAD

2. Oral exam. White oral plaques that scrape off and recurrent angular cracks suggest chronic candidiasis. JCI Insight

3. Signs of low calcium. Carpopedal spasm, muscle twitching, and facial twitch responses suggest hypocalcemia from hypoparathyroidism. NCBI

4. Adrenal failure signs. Low blood pressure, weight loss, abdominal pain, and hyperpigmentation point toward Addison disease. NCBI

B) Bedside “manual tests

5. Chvostek sign. Tapping the facial nerve causes a mouth or nose twitch when calcium is low. It supports but does not prove hypocalcemia. NCBI

6. Trousseau sign. Inflating a blood-pressure cuff for several minutes may trigger carpal spasm in hypocalcemia. NCBI

7. Orthostatic blood-pressure check. A drop in pressure when standing supports adrenal insufficiency if combined with other findings. NCBI

8. Mucocutaneous inspection under good light. Careful bedside inspection of tongue, buccal mucosa, nails, and skin folds often reveals candidiasis that patients may not mention. JCI Insight

C) Laboratory and pathology tests

9. Serum calcium, phosphate, magnesium, PTH. Low calcium with low or inappropriately normal PTH confirms hypoparathyroidism. NCBI

10. Morning cortisol and ACTH; ACTH stimulation test. Low cortisol with high ACTH and inadequate response to ACTH confirms primary adrenal insufficiency. NCBI

11. 21-hydroxylase autoantibodies. These antibodies strongly support autoimmune Addison disease and help screen relatives or at-risk patients. PMC+1

12. Thyroid antibodies and TSH/free T4. Check for autoimmune thyroid disease. Immune Deficiency Foundation

13. Type 1 interferon autoantibodies (IFN-ω/IFN-α2). These are highly specific biomarkers for APS-1 and can clinch the diagnosis, even in atypical cases. PMC+1

14. IL-17/IL-22 autoantibodies. Their presence explains chronic Candida infections in APS-1. PMC

15. B12, intrinsic-factor/parietal cell antibodies, CBC. Evaluate pernicious anemia and other blood problems. Frontiers

16. Celiac/enteropathy panels and stool tests. Assess chronic diarrhea and malabsorption when present. Frontiers

17. Liver enzymes and autoimmune hepatitis antibodies. Screen when there are symptoms or abnormal tests. Frontiers

D) Electrodiagnostic tests

18. ECG (electrocardiogram). Hypocalcemia can prolong the QT interval and predispose to arrhythmias; ECG helps monitor risk. NCBI

19. EEG when seizures occur. Seizures from hypocalcemia or associated conditions warrant EEG to guide care. NCBI

E) Imaging and special studies

20. Dental and skeletal assessments; targeted imaging. Panoramic dental imaging helps document enamel hypoplasia. Imaging is not needed to diagnose Addison disease, but targeted ultrasound/CT/MRI may be used to rule out other causes if labs are unclear. Frontiers

Non-pharmacological treatments (therapies & others)

1. Disease education & emergency plan
   A simple written plan teaches the patient and family what APS-1 is, how to take daily hormones, how to spot low calcium or adrenal crisis, and how to use emergency steroid injections. Keeping a “steroid card/bracelet” and stress-dosing for illness, surgery, or trauma reduces danger. Regular checklists keep care safe across clinics and schools. National Adrenal Diseases Foundation

2. Sick-day rules & stress-dose training
   People with adrenal insufficiency need higher hydrocortisone during fever, vomiting, dental work, or surgery. Training includes when to double/triple doses, when to inject, and when to go to hospital to prevent crisis. Families and caregivers should practice with trainer syringes. National Adrenal Diseases Foundation

3. Oral and skin hygiene program for CMC
   Daily oral care (soft brushing, flossing, fluoride), denture hygiene, and prompt treatment of cracks (angular cheilitis) help reduce Candida load. Avoid frequent sugar snacks; rinse after inhaled steroids. Regular dental checks aim to catch dysplasia early. IDSA+1

4. Dietary calcium and salt guidance
   For hypoparathyroidism, steady calcium intake spread through the day supports symptom control. For adrenal insufficiency on fludrocortisone, adequate salt helps blood pressure and reduces dizziness; advice is tailored to labs and symptoms. PMC+1

5. Kidney-stone prevention habits
   Because active vitamin D and calcium can raise urine calcium, hydration goals and spaced dosing are taught. Periodic urine checks guide adjustments to protect kidneys. PMC

6. Vaccination & infection prevention
   Routine vaccines per schedule, plus early care for fevers, help prevent stressors that can trigger adrenal crises; hand hygiene lowers Candida and viral exposures. National Adrenal Diseases Foundation

7. Dermatologic and nail care routines
   Keep skin folds dry; breathable clothing; treat athlete’s foot quickly; gentle nail care to reduce onychomycosis and paronychia. IDSA

8. Eye surface protection for keratopathy
   If keratitis/keratopathy occurs, regular lubricating drops/ointments, lid hygiene, and UV protection reduce flares while awaiting specialist care. PMC

9. Fertility and puberty counseling
   Discuss possible gonadal involvement and timing of assessments; early recognition allows timely hormone support. Frontiers

10. Psychological support & peer groups
    Chronic rare disease management improves with counseling and support networks; coping skills help with repeated infections and lifelong medicines. Immune Deficiency Foundation

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Drug treatments

1. Hydrocortisone (glucocorticoid replacement)
   Class: glucocorticoid. Dose/Time: often 15–25 mg/day in 2–3 divided doses (individualized). Purpose: replace cortisol in primary adrenal insufficiency. Mechanism: binds glucocorticoid receptors → restores metabolic, vascular, and stress responses. Side effects: over-replacement may cause weight gain, high blood pressure, diabetes risk; under-replacement causes fatigue, hypotension. Dual-release hydrocortisone may improve convenience in some. National Adrenal Diseases Foundation+1

2. Fludrocortisone (mineralocorticoid replacement)
   Class: mineralocorticoid. Dose: typically 0.05–0.2 mg/day. Purpose: replace aldosterone to maintain salt and water balance. Mechanism: increases sodium reabsorption and potassium excretion in kidney. Side effects: high blood pressure, swelling, low potassium; dose guided by symptoms and labs. Endocrine Society

3. Calcium supplements (carbonate or citrate)
   Class: mineral supplementation. Dose: divided through the day (e.g., 1–2 g elemental/day; individualized). Purpose: raise serum calcium in hypoparathyroidism. Mechanism: provides absorbable calcium to offset absent PTH. Side effects: constipation, kidney stones if urine calcium rises—monitor is essential. PMC

4. Active vitamin D (calcitriol or alfacalcidol)
   Class: active vitamin D analogues. Dose: individualized (e.g., calcitriol 0.25–2.0 µg/day). Purpose: increase calcium absorption when PTH is low. Mechanism: increases intestinal calcium uptake and reduces PTH dependence. Side effects: high blood calcium and urine calcium—titrate carefully. PMC+1

5. Cholecalciferol (vitamin D3) baseline repletion
   Class: nutritional vitamin D. Dose: per deficiency status. Purpose: maintain stores alongside active vitamin D. Mechanism: supports bone health; not sufficient alone for hypoparathyroidism. Side effects: rare at maintenance doses. PMC

6. Antifungals for chronic Candida (fluconazole as first-line in many cases)
   Class: triazole antifungal. Dose: varies by site/severity (e.g., oropharyngeal 100–200 mg/day; prophylaxis and long courses are individualized). Purpose: control mucocutaneous candidiasis. Mechanism: inhibits fungal ergosterol synthesis. Side effects: liver enzyme elevation, drug interactions (check QT-risk meds). Alternative/topical agents or other azoles/echinocandins may be used per guideline. IDSA

7. Topical antifungals (clotrimazole, nystatin)
   Class: topical azole or polyene. Use: lozenges/suspension/creams for oral or skin candidiasis. Purpose: reduce local yeast burden and symptoms. Mechanism: disrupts fungal membranes. Side effects: local irritation; nystatin has minimal systemic absorption. IDSA

8. Emergency hydrocortisone (injectable)
   Class: glucocorticoid for crisis. Dose: typical adult initial 100 mg IV/IM, then per protocol. Purpose: treat adrenal crisis from illness, vomiting, or trauma. Mechanism: rapid cortisol replacement stabilizes blood pressure and glucose. Side effects: minimal concern in emergencies compared with life-saving benefit. National Adrenal Diseases Foundation

9. Thiazide diuretic (selected patients with hypercalciuria)
   Class: diuretic. Purpose: lower urine calcium if hypercalciuria persists despite dose adjustments. Mechanism: increases distal tubular calcium reabsorption. Side effects: low potassium, low sodium, dizziness—needs monitoring. PMC

10. Recombinant PTH (e.g., rhPTH 1-84) in refractory hypoparathyroidism
    Class: parathyroid hormone analog. Use: for patients not controlled with calcium + active vitamin D or with poor quality of life; availability and indications vary. Mechanism: replaces missing PTH to regulate calcium and phosphate more physiologically. Side effects: possible hypercalcemia/hypercalciuria; careful titration and monitoring required. Oxford Academic

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Dietary molecular supplements

1. Elemental calcium (as a “supplement”)
   Although listed above as a medicine, calcium is also a dietary supplement. Consistent intake divided with meals supports symptom control, but dosing must be personalized to avoid high urine calcium. PMC

2. Vitamin D3 (cholecalciferol) baseline
   Maintains stores; used together with active vitamin D in hypoparathyroidism; targets and dosing guided by labs. PMC

3. Magnesium
   Supports PTH release and action; deficiency can worsen hypocalcemia. Correcting low magnesium may improve calcium control. Monitor for diarrhea with high doses and adjust in kidney disease. PMC

4. Probiotics (adjunct only)
   Some clinicians consider probiotics to support oral and gut microbiome while using long courses of antifungals; evidence for CMC outcomes is limited, so this is optional and individualized. IDSA

5. Fluoride (topical, dental)
   Topical fluoride (varnish/paste) protects enamel that may be weak in APECED, lowering caries risk during chronic Candida management. Frontiers

6. Electrolytes (oral rehydration, salt)
   During hot weather or illness, balanced fluids and adequate salt intake help patients on fludrocortisone maintain blood pressure. Tailor to labs and symptoms. Endocrine Society

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“Immunity-booster / regenerative / stem-cell” drugs

There are no proven stem-cell or “immunity-booster” drugs that cure APS-1 today. Care focuses on replacing missing hormones and controlling Candida. Research into parathyroid tissue transplantation exists for refractory hypoparathyroidism, but it is specialized and not routine. PMC+1

• Parathyroid allotransplantation (experimental/specialist centers)
What it is: transplanting donor parathyroid tissue to restore PTH. Dose/How: surgical implantation; often requires immunosuppression. Function/Mechanism: living graft makes PTH, aiming for physiological calcium control. Status: promising in select reports and reviews, but variable success and limited availability. BioMed Central+1

(If you want, I can summarize six candidate “regenerative” approaches—including autotransplant, allotransplant, encapsulated grafts, and tissue engineering—from the latest reviews.) jes-online.org

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Surgeries (when and why)

Most APS-1 care is medical, not surgical. Surgery is considered only for specific complications:

1. Parathyroid transplantation (selected refractory hypoparathyroidism)
   Procedure: implant donor parathyroid tissue (often in forearm). Why: attempt to restore endogenous PTH when standard therapy fails or causes complications. Note: limited evidence; requires expert centers and careful selection. PMC

2. Dental/oral surgery for dysplasia or cancer
   Procedure: biopsy or excision of suspicious oral/oesophageal lesions. Why: chronic candidiasis in APS-1 carries a higher risk of squamous cell carcinoma at younger ages; early biopsy can be lifesaving. Frontiers

3. Ocular procedures for severe keratopathy (case-by-case)
   Procedure: punctal plugs or surface procedures if medical therapy fails. Why: protect the cornea and preserve sight in severe cases. PMC

(If desired, I can expand with two additional niche procedures relevant to complex hypoparathyroidism care.)

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Prevention tips

1. Carry an emergency steroid card/bracelet and an injectable hydrocortisone kit at all times. National Adrenal Diseases Foundation

2. Learn sick-day rules and increase hydrocortisone during illness or surgery; seek help early for vomiting/diarrhea. National Adrenal Diseases Foundation

3. Keep regular labs (calcium, phosphate, magnesium, urine calcium, electrolytes) to fine-tune doses. PMC

4. Maintain oral and skin hygiene to limit Candida; attend regular dental checks. IDSA

5. Space calcium doses, hydrate well, and monitor urine calcium to protect kidneys. PMC

6. Keep vaccinations up to date and practice infection prevention. National Adrenal Diseases Foundation

7. Use sun/UV protection and eye lubrication if keratitis or photosensitivity occur. PMC

8. Plan pregnancy with the endocrine team; adjust doses early. National Adrenal Diseases Foundation

9. Limit alcohol and tobacco to protect oral mucosa and reduce cancer risk. Frontiers

10. Keep a written medication schedule and refill plan to avoid running out of essential hormones. National Adrenal Diseases Foundation

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When to see a doctor

• Right away / emergency: severe vomiting, dehydration, fainting, confusion, severe weakness, very low blood pressure, or fever with inability to keep pills down—use emergency hydrocortisone and seek urgent care (risk of adrenal crisis). National Adrenal Diseases Foundation

• Soon: muscle cramps or tingling around mouth/fingers, new seizures, or new cataracts/vision changes—could mean low calcium or therapy imbalance. PMC

• Prompt evaluation: painful mouth patches that don’t heal, swallowing pain, or new oral lumps—rule out dysplasia/cancer. Frontiers

• Routine: any new symptom (rash, hair loss, abdominal pain, menstrual change, unusual thirst/urination) that could signal another autoimmune component. Frontiers

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What to eat and what to avoid

Eat: steady calcium sources (e.g., dairy or fortified alternatives if tolerated), enough salt if on fludrocortisone (per clinician advice), fruits/vegetables, adequate protein, and plenty of water to protect kidneys when on calcium/active vitamin D. Space calcium through the day. PMC+1

Avoid or limit: excessive soda/cola (phosphates can lower calcium), very high-oxalate diets if you have hypercalciuria or kidney stones, alcohol/tobacco (oral cancer risk), and grapefruit with certain azoles (drug-interaction checks). Always ask your clinician/pharmacist to check for antifungal–drug interactions. IDSA

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FAQs

1. Is APS-1 curable? No cure yet; treatment replaces missing hormones and controls yeast infections; long-term follow-up is essential. Frontiers

2. What gene is involved? Most cases are due to AIRE gene variants; genetic counseling is helpful. Frontiers

3. Why thrush keeps coming back? The immune defect favors Candida growth; antifungals plus hygiene reduce episodes. IDSA

4. Can it cause other autoimmune problems? Yes—thyroid, gonads, pancreas, liver, and others may be affected over time. Frontiers

5. Is cancer risk higher? Oral/oesophageal squamous cell cancer risk is higher in APS-1 with long-standing candidiasis; regular checks matter. Frontiers

6. How is low calcium treated? Calcium + active vitamin D are first-line; targets aim to relieve symptoms and avoid high urine calcium. PMC

7. Can PTH be replaced? In selected cases, recombinant PTH can help when standard therapy fails (availability varies). Oxford Academic

8. What about parathyroid transplant? Investigational/limited; may help some with severe refractory hypoparathyroidism. PMC

9. Do I always need fludrocortisone? Many with primary adrenal insufficiency do; the need is guided by labs and symptoms. Endocrine Society

10. What is an adrenal crisis? Life-threatening cortisol lack during stress; treat immediately with injectable hydrocortisone and fluids. National Adrenal Diseases Foundation

11. Can children live normal lives? With good replacement therapy, infection control, and school action plans, many do well. National Adrenal Diseases Foundation

12. Do I need an endocrinologist? Yes—multisystem care is best in an experienced endocrine/immunology team. National Adrenal Diseases Foundation

13. Are there clinical trials? Research exists (e.g., immune mechanisms, regenerative PTH options); ask your center about eligibility. jes-online.org

14. Dental issues common? Yes—enamel hypoplasia and caries risk are higher; preventive dental care is crucial. Frontiers

15. Will new problems appear later? They can; regular screening finds issues early so treatment can start promptly. endocrinologydiabetes.org

Disclaimer: Each person’s journey is unique, treatment plan, life style, food habit, hormonal condition, immune system, chronic disease condition, geological location, weather and previous medical  history is also unique. So always seek the best advice from a qualified medical professional or health care provider before trying any treatments to ensure to find out the best plan for you. This guide is for general information and educational purposes only. Regular check-ups and awareness can help to manage and prevent complications associated with these diseases conditions. If you or someone are suffering from this disease condition bookmark this website or share with someone who might find it useful! Boost your knowledge and stay ahead in your health journey. We always try to ensure that the content is regularly updated to reflect the latest medical research and treatment options. Thank you for giving your valuable time to read the article.

The article is written by Team RxHarun and reviewed by the Rx Editorial Board Members

Last Updated: September 29, 2025.