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Thyroid cancer is one of the more treatable cancers when found early, but outcomes and treatment plans can change significantly depending on the stage at diagnosis. Understanding staging helps patients make sense of what comes next—from imaging and biopsy to surgery, radioactive iodine, and advanced thyroid cancer treatment options for disease that has spread or returned. 

Thyroid cancer symptoms to watch for 

Many people notice no early warning signs, but these are common thyroid cancer symptoms: 

• A new lump or swelling in the front of the neck 

• Hoarseness or voice changes that don’t improve 

• Trouble swallowing or a persistent “something stuck” feeling 

• Neck discomfort or enlarged lymph nodes 

Symptoms of thyroid cancer in females can look similar, but women sometimes report symptoms being mistaken for “thyroid imbalance” or fatigue-related issues. Any new neck lump or persistent voice/swallowing symptoms should be checked by a specialist. 

For late-stage thyroid cancer symptoms, people may experience more pronounced lymph node swelling, breathing/swallowing difficulty, persistent cough not linked to infection, or symptoms related to spread (for example, bone pain if bones are involved). (Symptoms vary by cancer type and where it spreads.) 

What are the thyroid cancer stages? 

Doctors most commonly use the TNM staging system (Tumor size/extent, lymph Nodes, Metastasis) and group it into stages (I–IV). In thyroid cancer, staging can be influenced by factors like age and cancer type. 

In simple terms: 

• Early-stage disease is usually confined to the thyroid (and sometimes nearby lymph nodes). 

• Advanced thyroid cancer typically refers to cancer that is widely invasive, has spread to distant organs, or is radioactive iodine–refractory (not responding to radioactive iodine), requiring systemic therapies.  

Papillary thyroid carcinoma and staging 

Papillary thyroid carcinoma is the most common type of thyroid cancer and often has an excellent prognosis, especially when detected early and treated appropriately. Staging rules for differentiated cancers like papillary/follicular thyroid cancer follow AJCC (8th edition) criteria.  

Thyroid cancer diagnosis: tests that confirm stage and type 

A thorough thyroid cancer diagnosis usually includes: 

1. Clinical exam + ultrasound 
   Ultrasound evaluates thyroid nodules and cervical lymph nodes and guides next steps. 

2. Fine-needle aspiration biopsy (FNA) 
   This is the key test to confirm cancer cells in a suspicious nodule. 

3. Imaging for staging (when indicated) 
   CT/MRI, PET/CT, or whole-body scans may be used depending on risk and suspected spread. 

4. Molecular testing (in selected cases) 
   Gene testing can guide targeted therapy choices for advanced thyroid cancer treatment, especially in metastatic or recurrent disease. Updated professional guidance increasingly emphasizes the role of molecular/genetic testing in the patient journey.  

Does thyroid cancer show up in blood tests? 

Blood tests rarely “diagnose” thyroid cancer by themselves. They are used to: 

• Check thyroid function (TSH, T3/T4) before/after treatment 

• Track tumor markers in specific cancers (for example, thyroglobulin for many differentiated thyroid cancers after thyroid removal, and calcitonin for medullary thyroid cancer) 

So, does thyroid cancer show up in blood tests? Not reliably as a first diagnostic tool—biopsy and imaging are usually what confirm it.  

Thyroid cancer treatment by stage: what patients can expect 

Treatment is individualized, based on stage, pathology, risk of recurrence, and patient factors. 

1) Early-stage thyroid cancer (often Stage I–II) 

Typical approach 

• Surgery: lobectomy or total thyroidectomy depending on tumor size/risk 

• Radioactive iodine (RAI) may be recommended for higher risk differentiated cancers, but is not used for all cases. 

• TSH suppression therapy (thyroid hormone replacement) to reduce stimulation of cancer cells 

2) Locally advanced disease (higher risk or regional spread) 

Treatment may include 

• More extensive surgery (including lymph node dissection if nodes are involved) 

• RAI for appropriate differentiated cancers 

• External beam radiotherapy in selected scenarios (for residual disease or unresectable local invasion) 

3) Advanced thyroid cancer (metastatic or RAI-refractory) 

When thyroid cancer spreads or stops responding to RAI, doctors consider systemic therapy and targeted treatments. NCCN guidance and peer-reviewed updates describe a broadened systemic therapy landscape for advanced disease. 

Advanced thyroid cancer treatment options can include: 

• Multi-kinase inhibitors (MKIs) such as lenvatinib or sorafenib for progressive, RAI-refractory differentiated thyroid cancer.  

• Targeted therapies based on mutations/fusions, for example: 

• RET inhibitors (e.g., selpercatinib, pralsetinib) for RET-altered thyroid cancers  

• NTRK inhibitors (e.g., larotrectinib, entrectinib) for NTRK fusion–positive cancers (when present)  

• Redifferentiation strategies (in select patients) to potentially restore iodine uptake before RAI—an emerging approach discussed in recent treatment reviews.  

• Immunotherapy in specific settings (often based on tumor features and prior treatments), typically under specialist guidance and sometimes as part of clinical trials.  

Key point: “Advanced thyroid cancer” does not mean there are no options—today, molecular testing can unlock therapies tailored to the tumor’s biology.  

Latest treatments and what’s changed recently 

In the last few years, thyroid cancer care has become more precise due to: 

• Routine consideration of molecular profiling in advanced/recurrent cases to match patients to targeted therapy  

• Stronger integration of RET-targeted drugs and other mutation-driven therapies in treatment pathways  

• Expanded systemic options for radioiodine-refractory disease, improving disease control for some patients  

FAQs 

1) Is papillary thyroid cancer deadly? 

Most papillary thyroid carcinoma cases are highly treatable, and many patients do very well long-term—especially when diagnosed early. Risk depends on stage, tumor behavior, spread, and response to treatment.  

2) What are late stage thyroid cancer symptoms? 

They can include more significant neck swelling, persistent swallowing/breathing difficulty, and symptoms related to spread (like bone pain or respiratory symptoms). Always get persistent or worsening symptoms evaluated. 

3) Does thyroid cancer show up in blood tests? 

Blood tests can support evaluation and monitoring, but they don’t reliably detect thyroid cancer on their own. Diagnosis usually relies on ultrasound + biopsy, with blood markers used mainly for follow-up in specific thyroid cancer types.  

4) What is the most common thyroid cancer treatment? 

For many patients, treatment starts with surgery, sometimes followed by radioactive iodine and thyroid hormone therapy depending on risk.  

5) What does “advanced thyroid cancer” mean? 

It commonly refers to cancer that has spread, returned repeatedly, invaded vital structures, or become RAI-refractory, where systemic therapy (including targeted treatments) may be needed.  

Worried About a Thyroid Lump or Symptoms? 

If you notice a neck lump, persistent hoarseness, swallowing difficulty, or you’ve been told you have a suspicious thyroid nodule, early assessment matters. At Burjeel Royal Hospital, Al Ain, our endocrinologists and thyroid specialists can guide you through thyroid cancer diagnosis, staging, and a personalized care plan—ranging from surgery and endocrine follow-up to advanced thyroid cancer treatment using modern targeted approaches when appropriate. 

Book an appointment with us now! 

Thyroid cancer is one of the faster-growing cancers worldwide, yet it often goes unnoticed in its early stages because symptoms can be mild or easily mistaken for common thyroid disorders. Awareness is crucial—recognizing early warning signs can lead to timely thyroid cancer diagnosis, better treatment outcomes, and peace of mind. 

Thid blog emphasizes the importance of understanding the early signs of thyroid cancer and seeking medical attention without delay. 

What is Thyroid Cancer? 

The thyroid is a butterfly-shaped gland located at the front of the neck. It plays a key role in regulating metabolism, energy levels, and hormones. Thyroid cancer develops when abnormal cells grow uncontrollably within this gland. While many thyroid nodules are benign, some can be cancerous and require prompt evaluation. 

10 Early Signs of Thyroid Cancer 

How is Thyroid Cancer Diagnosed? 

Early and accurate thyroid cancer diagnosis is essential for effective treatment. At Burjeel Royal Hospital, Al Ain, diagnosis may include: 

• Physical examination of the neck 

• Ultrasound imaging to assess thyroid nodules 

• Fine-needle aspiration biopsy (FNAC) to examine cells 

• Blood tests to evaluate thyroid function 

• Advanced imaging such as CT or MRI, if required 

These investigations help determine whether a thyroid nodule is benign or cancerous and guide the next steps in care. 

Why Early Detection Matters 

When detected early, thyroid cancer is highly treatable, with excellent long-term outcomes. Delaying evaluation can allow the disease to spread to lymph nodes or nearby tissues, making treatment more complex. 

Frequently Asked Questions (FAQs) 

1. Is thyroid cancer common? 

Thyroid cancer is less common than many other cancers, but its incidence has been increasing globally due to improved detection methods. 

2. Are all thyroid nodules cancerous? 

No. Most thyroid nodules are benign. However, any new or growing lump should be evaluated by a specialist. 

3. Who is at higher risk of thyroid cancer? 

Risk factors include female gender, family history, exposure to radiation, and certain genetic conditions. 

4. Can thyroid cancer be cured? 

Yes. When diagnosed early, thyroid cancer has a very high survival rate with appropriate treatment. 

5. When should I see a doctor? 

If you notice any persistent thyroid cancer symptoms such as a neck lump, voice changes, or difficulty swallowing, consult a healthcare professional promptly. 

Expert Thyroid Care at Burjeel Royal Hospital, Al Ain 

At Burjeel Royal Hospital, Al Ain, our experienced endocrinologists, surgeons, and diagnostic teams provide comprehensive evaluation and personalized treatment for thyroid conditions. From early screening to advanced care, we are committed to your health and well-being. 

If you notice any early signs of thyroid cancer, don’t wait. Book an appointment today and take the first step toward timely diagnosis and effective care. 

For years, he lived with a massive swelling in his neck. It made breathing difficult, caused loud snoring at night, and drew unwanted attention from strangers. Multiple surgeons had refused to operate, citing high risks of nerve damage, voice loss, and permanent hormonal complications. But at Burjeel Hospital’s Thyroid Surgery Center of Excellence, advanced technology and surgical expertise offered hope—and a life-changing result. 

4 – 40 – 400: The Numbers That Changed His Life 

• 4 centimeters: The tiny incision size 

• 40 minutes: Total surgery duration 

• 400 grams: Weight of the massive thyroid removed (normal thyroid weighs only 20 grams) 

These numbers tell the story of surgical innovation transforming what seemed impossible into routine excellence. 

Years of Suffering 

The middle-aged patient had endured his condition for years: 

• Massive bilateral goiter visible to everyone 

• Difficulty breathing, especially at night 

• Loud snoring affecting sleep quality 

• Self-consciousness and social anxiety 

• Strangers constantly asking: “What is that big thing in your neck?” 

• Declining confidence and quality of life 

Multiple Refusals 

Several surgeons in Abu Dhabi had previously declined to operate due to serious risks: 

The Burjeel Solution: Advanced Technology 

At Burjeel Hospital’s Thyroid Surgery Center of Excellence (accredited by SCR and Eurocrine), two revolutionary technologies made the impossible possible: 

Technology #1: ICG Near-Infrared Fluorescence (Burjeel Protocol) 

Technology #2: Neural Mapping (Abu Dhabi Protocol) 

The 40-Minute Miracle 

Despite the massive size (400 grams—20 times normal), the entire thyroid was removed in just 40 minutes through a 4cm cosmetic incision. 

Surgical Approach: 

1. Small 4cm horizontal neck incision 

2. ICG fluorescence activated 

3. All four parathyroid glands identified and preserved 

4. Neural monitoring electrodes placed 

5. Systematic dissection with real-time nerve monitoring 

6. Substernal component mobilized from chest 

7. Complete removal with clear margins 

8. No wound drain required 

9. Cosmetic closure 

Intraoperative Results: 

• Zero blood transfusions 

• Minimal blood loss 

• All parathyroid glands preserved 

• Both voice nerves intact 

• No complications 

Immediate Post-Operative Benefits 

Understanding Multinodular Goiter 

Why Traditional Surgery Was Refused 

In this case, previous surgeons declined because: 

• Massive size: 400 grams (20x normal) 

• Bilateral involvement: Both lobes affected 

• Substernal extension: Extended into chest 

• Vascular distortion: Blood vessels displaced 

• Nerve risk: Large goiter distorts nerve anatomy 

• Parathyroid risk: Difficult to identify and preserve 

The Center of Excellence Difference 

Patient Testimonial Impact 

While we respect patient privacy and don’t include direct testimonials here, the transformation was profound: 

• Breathing normalized 

• Sleep quality improved 

• Confidence restored 

• Social anxiety eliminated 

• Professional life enhanced 

• Family life improved 

• Gratitude expressed for the skilled care 

The Burjeel Thyroid Protocol 

Our Experts 

Expert Thyroid Surgery 

Complex thyroid conditions require specialized expertise and advanced technology. Our Center of Excellence provides comprehensive evaluation and superior surgical outcomes. 

For Appointments & Consultations: 

Some medical cases are so rare they challenge even the most experienced surgeons. When an extremely premature neonate weighing just 980 grams developed an incarcerated hernia with a perforated appendix extending into the scrotum—a condition known as Amyand’s hernia—the surgical team at Burjeel Hospital, Abu Dhabi, faced a life-threatening emergency requiring immediate intervention and extraordinary skill. 

The Premature Journey 

Birth Statistics: 

• Gestational age: 27 weeks (extremely premature) 

• Birth weight: 930 grams (approximately 2 pounds) 

Initial Complications: 

• Severe Respiratory Distress Syndrome (RDS) 

• Invasive mechanical ventilation for 2 weeks 

• Surfactant therapy required 

• Hemodynamically significant Patent Ductus Arteriosus (PDA) 

• PDA closed on day 6 

• Electrolyte imbalances 

The Sudden Crisis 

Around 3 weeks of age (weight: 980 grams), the baby developed alarming new symptoms: 

• Significant abdominal distension 

• Rising inflammatory markers 

• No obvious intestinal obstruction 

• Swelling noticed in right scrotum 

Immediate concerns: 

• Possible testicular torsion? 

• Incarcerated hernia? 

• Acute surgical emergency? 

Diagnostic Investigation 

Abdominal X-rays: 

• Distended bowel loops 

• No signs of intestinal perforation 

Ultrasound findings: 

• Normal testis with good vascularity (ruling out torsion) 

• Incarceration of “intestinal loop” 

• Unexpected finding requiring emergency surgery 

The Shocking Intraoperative Discovery 

Emergency right inguinal exploration revealed a medical rarity: 

Amyand’s Hernia with Perforated Appendix 

• The appendix had herniated into the inguinal canal 

• The appendix was perforated 

• Extension into the scrotum 

• Right testicle was unaffected 

Immediate Surgical Response: 

1. Perforated appendix removed via inguinal incision 

2. Stump closure performed 

3. Abdominal exploration: no contamination found 

4. Hernia repair completed 

Surgery Details: 

• Patient tolerated procedure well 

• Returned to NICU for post-operative care 

• Minimal complications 

Understanding Amyand’s Hernia 

What is Amyand’s Hernia? 

• Extremely rare condition 

• Appendix herniated into inguinal canal 

• Named after Claudius Amyand (1735 – first documented repair) 

• Occurs in less than 1% of inguinal hernias 

Classification: 

• Type 1: Normal appendix in hernia 

• Type 2: Acute appendicitis within hernia (this case) 

• Type 3: Acute appendicitis, peritonitis 

• Type 4: Acute appendicitis with other abdominal pathology 

Why So Rare in Neonates: 

• Inguinal hernias common in premature infants 

• Appendix in hernia extremely uncommon 

• Perforated appendix in hernia exceptionally rare 

• In extremely premature neonate: nearly unprecedented 

The Surgical Challenges 

1. Extreme Prematurity 

• 27-week gestational age 

• Only 980 grams body weight 

• Tiny anatomical structures 

• Fragile tissues 

2. Inflammatory Tissue 

• Perforated appendix caused inflammation 

• Obscured normal anatomy 

• Increased bleeding risk 

• Made dissection challenging 

3. Diagnostic Difficulty 

• Abdominal distension without clear obstruction 

• Scrotal swelling: multiple differential diagnoses 

• Ultrasound showed “intestinal loop”—actually appendix 

• True diagnosis only confirmed intraoperatively 

4. Anesthesia Complexity 

• Extremely premature with respiratory disease 

• Previous ventilation dependence 

• Careful hemodynamic management 

• Coordination between anesthesia and neonatology teams 

5. Surgical Expertise Required 

• Pediatric surgical subspecialty training 

• Experience with extremely premature infants 

• Ability to adapt intraoperatively 

• Skill in neonatal hernia and appendix surgery 

The Multidisciplinary Response 

Anesthesia Excellence: 

• Dr. Hala Mohamed Hamada (monitoring and sedation) 

• Dr. Samer Shouman Alkahwaty (airway and ventilation management) 

• Excellent coordination with surgical and neonatal teams 

Neonatal Expertise: 

• Dr. Shabeer Panangandy (pre-operative optimization) 

• Post-operative NICU management 

• Long-term developmental follow-up 

Surgical Precision: 

• Prof. Dr. Amulya Saxena (leading pediatric surgery and management) 

• Adapted approach based on intraoperative findings 

• Minimized surgical trauma 

• Complete removal of infected tissue 

Post-Operative Course 

Hospital Recovery: 

• Unremarkable post-operative course 

• Continued NICU care for prematurity 

• No surgical complications 

• Stable condition within 3 weeks 

Discharge: 

• Discharged in stable condition 

• Appropriate weight gain 

• Normal feeding 

• Surgical site healed well 

Histology Confirmation: Appendix showed: 

• Mucosal ulceration 

• Infiltration by polymorphonuclear leukocytes 

• Markedly congested blood vessels 

• Focal necrotic appendiceal wall 

• Neutrophil collection, intravascular fibrin 

• Inflammation extending to serosa 

• Confirmed diagnosis: Perforated appendicitis 

Why This Case Matters 

1. Medical Rarity 

• Amyand’s hernia: <1% of all inguinal hernias 

• In extremely premature neonate: nearly unreported 

• With perforation: exceptional rarity 

• Adds to medical literature and knowledge 

2. Surgical Excellence 

• Demonstrates advanced neonatal surgical capability 

• Showcases multidisciplinary teamwork 

• Proves complex procedures possible in UAE 

• Avoids need for international transfer 

3. Positive Outcome 

• Baby survived and thrived 

• No long-term complications 

• Normal development expected 

• Family kept together during crisis 

4. Diagnostic Acumen 

• Recognized emergency despite unusual presentation 

• Appropriate urgent intervention 

• Correct surgical approach 

• Prevented potential catastrophe 

Long-Term Prognosis 

After successful repair: 

• Normal development expected 

• No appendix-related issues (removed) 

• Hernia repaired—no recurrence expected 

• Follow-up for prematurity-related concerns only 

• Excellent quality of life anticipated 

Our Experts 

Expert Neonatal Emergency Care 

Rare and complex neonatal surgical emergencies require immediate access to specialized expertise. Our multidisciplinary team provides 24/7 emergency neonatal surgical care. 

For Appointments & Consultations: 

Neonatal surgery represents one of medicine’s greatest challenges—operating on the tiniest, most vulnerable patients whose bodies are still developing. When a premature baby born at just 35 weeks and 4 days developed a rare right-sided congenital diaphragmatic hernia, the multidisciplinary team at Burjeel Specialty Hospital, Sharjah, performed a complex thoracoscopic and thoracotomy repair, showcasing the advanced neonatal surgical capabilities now available in the region. 

A Complicated Beginning 

Birth Details: 

• Gestational age: 35 weeks + 4 days (premature) 

• Birth weight: 2.6 kg 

• Maternal history: G5P1, no comorbidities 

Immediate Post-Birth Complications: 

• Respiratory distress requiring surfactant therapy 

• Early-onset sepsis (blood culture positive for Group B Streptococcus) 

• Suspected meningitis (treated empirically) 

Initial Imaging: 

• Day 1: Clear chest X-ray 

• Subsequent imaging: Right-sided pneumonia with pleural effusion 

• Day 9: Echocardiography revealed mediastinal mass with leftward shift of mediastinal structures 

Clinical Progression: 

• Developed tachypnea (rapid breathing) 

• Required High-Flow Nasal Cannula (HFNC) support (FiO₂ 25%) 

• Continued respiratory compromise 

The Diagnostic Discovery 

Chest X-ray and CT Scan revealed: 

• Defect in the right hemidiaphragm 

• Herniation of right lobe of liver into thoracic cavity 

• Bowel loops displaced into chest 

• Compression of lung tissue 

Final Diagnosis: Right Congenital Diaphragmatic Hernia (CDH) 

Understanding Congenital Diaphragmatic Hernia 

CDH is a rare birth defect where: 

• The diaphragm (muscle separating chest and abdomen) doesn’t form completely 

• Abdominal organs herniate into the chest cavity 

• Lung development is compromised 

• Can cause severe respiratory problems 

• Requires surgical repair 

Incidence: Approximately 1 in 2,500 to 1 in 3,000 births 

Right-sided CDH is particularly rare: 

• Only 10-15% of CDH cases 

• Often more challenging surgically 

• Involves liver herniation (heavy organ) 

The Dual Surgical Approach 

After optimization and control of sepsis, surgery was planned on Day 16 of life. 

Initial Approach: Thoracoscopic Repair 

• Minimally invasive using 5mm neonatal-specific instruments 

• CO₂ insufflation with careful ETCO₂ monitoring 

• Identified hernia contents: right liver lobe, large intestine, small bowel 

• Gentle manipulation to reduce organs back to abdomen 

Intraoperative Finding: 

• Defect occupied nearly 50% of the diaphragm 

• Well-developed lung (positive sign) 

• Size and complexity necessitated conversion 

Conversion to Open Thoracotomy: 

• Ensured adequate exposure 

• Allowed precise repair 

• Used non-absorbable Ethibond sutures 

• Intercostal drainage tube placed 

Total operative time: Approximately one and a half hours 

Post-Operative Excellence 

PICU Care (48 hours): 

• Smooth post-operative recovery 

• Monitoring of respiratory function 

• Pain management 

• Early feeding initiation 

Hospital Course: 

• Intercostal drainage tube removed on Day 1 post-op 

• Progressive oral feeding 

• Stable respiratory status 

• Discharged in stable general condition 

Follow-Up: Well-developed lung with satisfactory function 

The Complexity of Neonatal Surgery 

Operating on a premature neonate presents unique challenges: 

1. Size Constraints 

• Limited anatomical space 

• Tiny organs and structures 

• Requires specialized miniature instruments 

• Magnification often necessary 

2. Physiological Vulnerabilities 

• Immature organ systems 

• Temperature regulation challenges 

• Fluid and electrolyte balance critical 

• Respiratory system not fully developed 

3. Anesthetic Challenges 

• Precise medication dosing 

• Single-lung ventilation in tiny patient 

• Maintaining oxygenation 

• Hemodynamic monitoring 

4. Surgical Precision 

• Delicate tissue handling 

• Minimal bleeding tolerance 

• Suturing tiny structures 

• Preventing complications 

5. Post-Operative Care 

• Specialized NICU/PICU monitoring 

• Respiratory support management 

• Infection prevention 

• Nutritional support 

Why Thoracoscopy First? 

The initial thoracoscopic approach offered several advantages: 

• Minimal incision 

• Better visualization with camera magnification 

• Less post-operative pain 

• Faster recovery if successful 

• Option to convert if needed 

Conversion to open procedure was appropriate when: 

• Defect size was larger than anticipated (50% of diaphragm) 

• Ensured complete, secure repair 

• Patient safety prioritized over minimally invasive approach 

The Multidisciplinary Excellence 

Success required seamless collaboration: 

• Pediatric Surgery: Dr. Bhushanrao Bhagawan Jadhav (surgical expertise) 

• Neonatology: Dr. Yamen Fayez Elmughanni (NICU support and optimization) 

• Anesthesia: Dr. Mohamed Eid Ali (expert neonatal anesthetic care) 

• NICU Nursing: Ms. Julie and team (specialized post-operative care) 

• OT Nursing: Mr. Rida, Ms. Bindu (ensuring specialized neonatal instruments available) 

A Milestone Achievement 

This case represents: 

• First neonatal thoracoscopic-thoracotomy surgery at Burjeel Specialty Hospital, Sharjah 

• Advancement in regional pediatric surgical capabilities 

• Establishment of complex neonatal surgery program 

• Foundation for future advanced pediatric procedures 

• Demonstration of multidisciplinary excellence 

Why This Matters for the Region 

Previously, such complex neonatal cases often required: 

• Transfer to specialized centers abroad 

• Family separation during critical time 

• Higher costs 

• Travel risks for unstable neonates 

Now available locally: 

• Expert neonatal surgical care 

• Family-centered environment 

• Immediate access to specialized services 

• Comprehensive follow-up care 

• Cost-effective quality healthcare 

Long-Term Outlook 

With successful CDH repair, children typically: 

• Develop normal respiratory function 

• Reach normal developmental milestones 

• Participate in regular activities 

• Require periodic follow-up monitoring 

• Have excellent quality of life 

Our Experts 

Advanced Neonatal & Pediatric Surgery 

Complex neonatal conditions require specialized expertise and family-centered care. Our multidisciplinary team provides comprehensive evaluation and advanced surgical solutions for the smallest patients. 

For Appointments & Consultations: 

Imagine struggling to breathe for 14 years. Every day marked by chronic cough, breathing difficulties, and fatigue. Missing school, unable to participate in activities other teenagers enjoy, and watching friends run and play while you struggle to catch your breath. This was the reality for a 17-year-old girl whose life was transformed by advanced thoracic surgery. 

A Childhood Defined by Illness 

The patient first experienced symptoms at age three. What began as severe pneumonia in early childhood progressed into a chronic lung infection that persisted for 14 years. Despite consultations at multiple healthcare facilities, her symptoms continued and worsened, significantly affecting: 

• Daily activities 

• Academic performance 

• Physical abilities 

• Quality of life 

• Mental well-being 

Finally, A Diagnosis 

Clinical evaluation revealed the extent of the damage: 

• Chronic lung infection with significant damage to the right middle lobe 

• Pulmonary function tests showing reduced ventilatory function (FEV1 – 77%, FVC – 88%) 

• Imaging showed a destroyed right middle lobe with possible spread of infection to adjacent lung tissue 

Final Diagnosis: 

• Chronic lung infection with destruction of the right middle lobe (post-pneumonia sequelae) 

• Secondary restrictive lung disease due to chronic parenchymal damage 

The Surgical Solution: Uni-Portal VATS 

After careful patient stabilization, the decision was made: minimally invasive uni-portal Video-Assisted Thoracoscopic Surgery (VATS) for right middle lobectomy. 

Why VATS? 

• Single small incision instead of large thoracotomy 

• Less post-operative pain 

• Faster recovery 

• Better cosmetic result 

• Preserved chest wall function 

• Earlier return to normal activities 

Anesthetic Challenge: Single-lung ventilation (left lung) during surgery—allowing the surgical team to work on the right lung while maintaining adequate oxygenation. 

The Complex Procedure 

Operative Approach: 

• Minimally invasive uni-portal VATS technique 

• Right middle lobectomy (removal of infected, destroyed lung lobe) 

• Preservation of healthy lung tissue 

• Minimal blood loss 

• Precise dissection and removal 

Post-Operative Care: 

• Chest tube removed on postoperative day 1 

• Early mobilization and breathing exercises 

• Monitored recovery 

Life-Changing Results 

The transformation was remarkable: 

Immediate Improvements: 

• Reduced cough 

• Improved breathing capacity 

• Increased energy levels 

Return to Normal Life: 

• Resumed academics 

• Started running again 

• Began drawing and writing (hobbies previously too exhausting) 

• Participated in activities with peers 

Follow-up Pulmonary Function Tests: FEV1 – 77%, FVC – 88% (satisfactory recovery despite removal of lung lobe) 

Understanding Lung Lobectomy 

The lungs are divided into lobes: 

• Right lung: 3 lobes (upper, middle, lower) 

• Left lung: 2 lobes (upper, lower) 

When one lobe is severely damaged by infection or disease, removing it allows: 

• Remaining healthy lung tissue to expand 

• Elimination of chronic infection source 

• Improved overall lung function 

• Better quality of life 

The body compensates remarkably well: 

• Remaining lobes expand 

• Breathing capacity improves 

• Normal activities resume 

• Quality of life significantly enhanced 

The Challenges of This Case 

1. Long-Standing Misdiagnosis (14 years) 

• Patient endured symptoms without definitive diagnosis 

• Prolonged morbidity affecting development 

• Multiple failed treatment attempts 

2. Psychological Impact 

• Chronic illness affected mental well-being 

• Social isolation from peers 

• Anxiety about the future 

• Required emotional support before surgery 

3. Surgical Complexity 

• VATS lobectomy in chronically infected, scarred lung 

• Required precise technique 

• Risk of complications in damaged tissue 

• Need for specialized thoracic surgery expertise 

4. Physiological Adaptation 

• Post-lobectomy, patient lost approximately 10% lung function 

• Remaining lung capacity needed to compensate 

• Successful adaptation allowed full recovery 

5. Multidisciplinary Approach 

• Collaboration between pulmonology, thoracic surgery, and anesthesia 

• Coordinated pre-operative optimization 

• Specialized post-operative care 

• Essential for successful outcome 

Why Minimally Invasive Thoracic Surgery Matters 

Traditional Open Thoracotomy: 

• Large incision between ribs 

• Significant post-operative pain 

• Longer hospital stay (7-10 days) 

• Extended recovery (weeks to months) 

• Larger scar 

• Reduced chest wall function 

Uni-Portal VATS Approach: 

• Single small incision 

• Minimal pain 

• Shorter hospital stay (3-5 days) 

• Faster recovery (days to weeks) 

• Better cosmetic result 

• Preserved chest wall mechanics 

• Earlier return to normal activities 

The Surgical Precision Required 

Uni-portal VATS is technically demanding: 

• All instruments through one small incision 

• Requires advanced thoracoscopic skills 

• Limited centers worldwide offer this expertise 

• Especially challenging in chronically infected, scarred tissue 

• Demands precise visualization and instrument control 

Burjeel’s Advanced Thoracic Surgery Capabilities 

• Specialized thoracic surgeons 

• Minimally invasive VATS expertise 

• Advanced thoracoscopic equipment 

• Comprehensive pulmonology services 

• Multidisciplinary thoracic disease management 

• Pediatric and adult thoracic surgery 

• Post-operative rehabilitation programs 

Our Experts 

Advanced Thoracic Surgery 

Complex lung conditions require specialized expertise. Our thoracic surgery team provides comprehensive evaluation and advanced minimally invasive surgical solutions. 

For Appointments & Consultations: 

Esophageal cancer surgery is among the most complex operations in gastrointestinal surgery. Traditionally requiring large incisions, prolonged hospital stays, and lengthy recovery periods, it’s a procedure many patients fear. But advanced minimally invasive techniques are changing that narrative. A 73-year-old patient recently underwent a groundbreaking laparoscopic-thoracoscopic Ivor Lewis esophagectomy at Burjeel Hospital, Abu Dhabi, and was discharged just four days later—a testament to surgical innovation and expertise. 

The Patient’s Journey 

For three years, the patient suffered from gastroesophageal reflux symptoms that responded to PPI therapy. However, he recently developed dysphagia (difficulty swallowing solids), prompting further investigation. 

Medical history included: 

• Long-segment Barrett’s esophagus under surveillance 

• Hyperlipidemia 

• Hypertension 

• Coronary artery disease (3 coronary stents, dual antiplatelet therapy) 

• Non-smoker 

Endoscopy revealed what surveillance was designed to detect: a biopsy-proven moderately differentiated adenocarcinoma of the distal esophagus. 

Comprehensive Staging 

CT Scan findings: 

• Long-segment asymmetric circumferential wall thickening (9mm) 

• Involving distal 6.7cm of esophagus 

• Mild luminal narrowing with proximal dilatation 

• No evidence of metastatic disease 

PET Scan results: 

• FDG-avid (SUV 4.36) hypermetabolic wall thickening 

• Few hypermetabolic hilar and paratracheal lymph nodes (SUV 2.5-3.0) 

• No distant organ deposits 

Endoscopic Ultrasound (EUS): Dr. Khalid Elsayed, Consultant Gastroenterologist, performed EUS showing a superficial esophageal malignant nodule at 35cm, which he removed using endoscopic submucosal dissection (ESD) technique. 

Histopathology revealed: Moderately differentiated adenocarcinoma, at least stage pT1b with positive deep resection margin. 

The Oncology MDT Decision 

Given the incomplete ESD and cancer stage of at least pT1b (carrying up to 20% risk of lymph node metastases), the Multidisciplinary Team decided to offer esophagectomy for complete cancer removal. 

The Minimally Invasive Approach 

The patient underwent laparoscopic-thoracoscopic Ivor Lewis cardio-esophagectomy with D2 lymphadenectomy and pyloroplasty. 

Why this matters: Most centers perform this operation through large open incisions. The minimally invasive approach offers: 

• Smaller incisions 

• Less post-operative pain 

• Faster recovery 

• Shorter hospital stay 

• Better cosmetic outcome 

• Reduced complications 

The Five-Hour Surgical Journey 

Stage 1: Abdominal Phase (Lloyd Davis Position) 

• Proximal gastrectomy en bloc with regional lymphadenectomy 

• Construction of gastric tube 

• Pyloroplasty 

• Laparoscopic approach throughout 

Stage 2: Thoracoscopic Phase (Prone Position, Single Lung Ventilation) 

• Esophagectomy completed by dividing mid-esophagus with stapler 

• Regional lymphadenectomy performed 

• Gastric tube pulled into chest (avoiding twisting) 

• Thoracoscopically-sutured end-to-side esophago-gastric anastomosis 

• Methylene blue leak test: negative 

• Specimen placed in water-impervious bag and pushed through hiatus into abdomen 

Stage 3: Final Abdominal Phase 

• Hiatus closed (preventing visceral herniation into chest) 

• Specimen retrieved through Pfannensteil incision (avoiding painful thoracotomy) 

• Thoraco-abdominal drain placed 

Blood loss: 50ml 
Blood transfusions: None (intraoperative or postoperative) 

Frozen Section Verification 

During surgery, frozen sections of proximal and distal resection margins returned negative—confirming complete tumor removal with clear margins. 

Remarkable Recovery 

Postoperative Course: 

• No complications 

• Discharged on postoperative day 4 

• On full liquid diet 

• Remained well at 6-week follow-up 

Traditional approach comparison: 

• Open surgery typically requires 10-14 day hospital stay 

• More pain and slower mobilization 

• Larger incisions with extended healing time 

Final Pathology Results 

• Moderately differentiated esophageal adenocarcinoma 

• Stage: pT1bN0 

• All 32 lymph nodes: negative for metastases 

• Resection margins: negative (R0 resection—complete removal) 

Oncology Follow-up Management 

The Oncology MDT reviewed the final pathology and determined: Follow-up only (no adjuvant chemoradiotherapy required). 

This excellent outcome reflects: 

• Early detection through surveillance 

• Complete surgical removal 

• No lymph node involvement 

• Clear margins 

Understanding Barrett’s Esophagus and Cancer Risk 

Barrett’s esophagus is a condition where chronic acid reflux changes the lining of the esophagus. While most people with Barrett’s never develop cancer, regular surveillance is crucial because: 

• Small percentage progress to cancer 

• Early detection significantly improves outcomes 

• Minimally invasive treatment options available for early-stage disease 

• Cure rates are high when caught early 

The Surgical Excellence Behind This Success 

This case demonstrates several aspects of advanced surgical care: 

1. Minimally Invasive Expertise: Few surgeons worldwide perform this complex operation laparoscopically 

2. Multidisciplinary Collaboration: Gastroenterology, surgery, oncology, pathology, and anesthesia working seamlessly 

3. Advanced Techniques: Thoracoscopic anastomosis construction, Pfannensteil retrieval avoiding thoracotomy pain 

4. Patient-Centered Care: Balancing cancer cure with quality of life and recovery 

Why Choose Burjeel for Esophageal Cancer 

• Minimally invasive esophageal surgery expertise 

• Multidisciplinary tumor board 

• Advanced endoscopic techniques (ESD, EUS) 

• Intraoperative frozen section capability 

• Comprehensive oncology services 

• Enhanced recovery protocols (ERAS) 

• Shorter hospital stays 

• Better outcomes 

Our Experts 

Advanced Gastrointestinal Cancer Care 

Esophageal cancer requires specialized expertise and a multidisciplinary approach. Our team provides comprehensive evaluation, advanced surgical options, and ongoing oncology support. 

For Appointments & Consultations: 

 

For seven months, a baby suffered with a condition so rare it affects only 1 in 100,000 newborns. Persistent vomiting since birth, recurring chest infections, and the inability to feed normally left the child and family frustrated and exhausted. The diagnosis: esophageal achalasia, a condition where the lower esophageal sphincter fails to relax, preventing food from passing into the stomach. 

The Long Road to Diagnosis 

The 7-month-old child presented to the Emergency Room with a troubling medical history: 

• Persistent vomiting since birth 

• Fed exclusively through nasogastric tube 

• Recurrent episodes of aspiration 

• Multiple chest infections 

• Frequent nasogastric tube replacements 

The child and family were understandably distressed by the ongoing situation. Previous investigations at another facility finally revealed the cause: a contrast study showing esophageal achalasia—distal esophageal obstruction present from birth. 

Understanding Esophageal Achalasia 

Esophageal achalasia is an extremely rare condition in pediatric patients, characterized by: 

• Failure of the lower esophageal sphincter to relax 

• Inability to swallow food normally 

• Accumulation of food in the esophagus 

• Risk of aspiration into the lungs 

• Chronic malnutrition and failure to thrive 

In children, symptoms include: 

• Persistent vomiting 

• Feed intolerance 

• Underweight/failure to thrive 

• Recurrent aspiration pneumonia 

• Respiratory failure in severe cases 

The Surgical Solution: Laparoscopic Heller Myotomy 

After careful stabilization, the child underwent minimally invasive surgery under general anesthesia: Laparoscopic Heller myotomy with 270-degree fundoplication. 

Why this approach? 

• Minimally invasive (small incisions) 

• Precise relief of esophageal obstruction 

• Fundoplication prevents reflux after opening the sphincter 

• Faster recovery than open surgery 

• Less post-operative pain 

Operative time: One and a half hours 

Remarkable Recovery 

The post-operative course was exceptional: 

Post-Operative Day 1: 

• Chest tube removed 

• Started on oral feeds 

Post-Operative Day 4: 

• Reached full oral feeds 

• No feeding difficulties 

Post-Operative Day 7: 

• Discharged home in stable condition 

• Normal feeding pattern established 

Follow-up pulmonary function tests: FEV1 – 77%, FVC – 88% (satisfactory recovery) 

The Complexity of Pediatric Minimally Invasive Surgery 

Performing laparoscopic surgery on a 7-month-old infant presents unique challenges: 

• Limited anatomical space: Small body size requires precision 

• Delicate tissue handling: Infant tissues are fragile 

• Anesthesia considerations: Careful management required 

• Post-operative care: Specialized PICU monitoring needed 

Success requires: 

• High-level surgical skill 

• Specialized pediatric anesthesia expertise 

• Advanced laparoscopic equipment designed for infants 

• Experienced PICU team 

• Coordinated multidisciplinary approach 

Long-term Outlook 

With successful surgery, children with esophageal achalasia can: 

• Feed normally by mouth 

• Gain weight appropriately 

• Avoid recurrent respiratory infections 

• Develop normally 

• Enjoy good quality of life 

Regular follow-up ensures the surgical repair remains effective and the child continues to thrive. 

Why Minimally Invasive Matters for Children 

Traditional open surgery would have required: 

• Large abdominal incision 

• Longer hospital stay 

• More post-operative pain 

• Larger scar 

• Extended recovery time 

Laparoscopic approach offers: 

• Small keyhole incisions 

• Minimal scarring 

• Reduced pain 

• Faster recovery 

• Earlier return to normal feeding 

• Better cosmetic outcome as the child grows 

Burjeel’s Pediatric Surgery Excellence 

Our pediatric surgical capabilities include: 

• Specialized pediatric surgeons 

• Advanced laparoscopic equipment for infants 

• Pediatric anesthesia team 

• PICU with neonatal/infant expertise 

• Multidisciplinary pediatric care 

• Family-centered approach 

Our Experts

Expert Pediatric Surgical Care 

Complex pediatric conditions require specialized expertise and child-focused care. Our team provides comprehensive evaluation and advanced surgical solutions for infants and children. 

For Appointments & Consultations: 

Every second counts in trauma care. For a 25-year-old man rushed to our Emergency Department following a high-impact road traffic accident, those seconds made the difference between life and death. 

The Critical Moment 

When the ambulance doors opened, our trauma team knew they were racing against time. The patient was unresponsive, in severe hypovolemic shock, with blood pressure dangerously low at 70/40 mmHg. His rapid pulse and pallor told the story—massive internal bleeding was stealing his life away. 

The Golden Hour Response 

Under our hospital’s major trauma protocol, a specialized team assembled within minutes. The primary survey revealed the severity: 

• Airway: Patent but weak response 

• Breathing: Rapid, shallow, oxygen saturation at 85% 

• Circulation: Weak thready pulse, hypotensive 

• Disability: GCS 10/15 

• Exposure: Abdominal distension and tenderness 

Diagnosis at the Speed of Life 

A bedside FAST scan (Focused Assessment with Sonography for Trauma) immediately showed free fluid in the abdominal cavity—the telltale sign of internal hemorrhage. Within minutes, an urgent CT scan confirmed the diagnosis: massive hemoperitoneum with complete splenic rupture. 

From Emergency Room to Operating Theatre in 30 Minutes 

The decision was immediate—emergency laparotomy. In what exemplifies exceptional coordination and operational efficiency, only 30 minutes elapsed from arrival to the first surgical incision. 

Intraoperative findings revealed: 

• Approximately 2 liters of blood and clots in the peritoneal cavity 

• Complete splenic rupture with active bleeding from the hilum 

• Life-threatening hemorrhage requiring immediate intervention 

A swift splenectomy was performed, achieving hemostasis and thoroughly irrigating the abdominal cavity. The patient received 4 units of packed RBCs and 2 units of plasma during surgery. 

Recovery: A Testament to Teamwork 

Post-surgery, the patient was transferred to the Intensive Care Unit for close monitoring. Within 24 hours, his hemodynamic status stabilized. He progressed to the surgical ward, was gradually mobilized, and received appropriate antibiotic prophylaxis and post-splenectomy vaccination protocols. 

Outcome: Full recovery and discharge in stable condition within days. 

Why the 30-Minute Response Matters 

This case demonstrates several critical factors in trauma survival: 

1. Immediate Protocol Activation: Our major trauma protocol ensures the right specialists are present within minutes 

2. Bedside Diagnostics: FAST scan capability at the bedside eliminates delays 

3. OR Readiness: 24/7 operating theatre availability with trauma-ready teams 

4. Multidisciplinary Excellence: Seamless coordination between emergency, anesthesia, surgery, and critical care 

Understanding Splenic Rupture 

The spleen, located in the upper left abdomen, is highly vascular and vulnerable to trauma. When ruptured, massive internal bleeding occurs rapidly, blood pressure drops dangerously, and without immediate surgery, survival is unlikely. 

Common causes include: 

• Motor vehicle accidents 

• Sports injuries 

• Falls from height 

• Direct abdominal trauma 

Post-Splenectomy Life 

Modern medicine has protocols to ensure patients thrive after spleen removal: 

• Vaccination against encapsulated bacteria (pneumococcus, meningococcus, H. influenzae) 

• Antibiotic prophylaxis in certain cases 

• Patient education on infection risks 

• Regular follow-up care 

Most patients resume completely normal lives with appropriate precautions. 

Burjeel’s Trauma Excellence 

Our trauma capabilities include: 

• 24/7 specialized trauma teams 

• Immediate CT and imaging availability 

• State-of-the-art operating theatres 

• ICU with advanced monitoring 

• Blood bank with immediate access 

• Multidisciplinary approach 

Our Experts 

When Seconds Count, Choose Experience 

If you or a loved one experiences trauma, remember that rapid, expert care makes all the difference. Burjeel Hospital’s trauma teams are ready 24/7 to provide life-saving care. 

For Appointments & Consultations: 

Introduction 

If a damaged heart valve is affecting your quality of life, it’s natural to worry about surgery. Fortunately, minimally invasive heart valve surgery offers a much gentler alternative compared to traditional open-heart surgery. At Burjeel Specialty Hospital, Sharjah, our advanced cardiology and cardiac surgery team combines modern techniques with compassionate care — giving patients safe, effective treatment and quicker recovery.  

Here’s what you need to know if you or a loved one is considering heart valve surgery. 

What Is Minimally Invasive Heart Valve Surgery? 

Unlike traditional open-heart surgery, which requires a large sternotomy (full breastbone opening), minimally invasive techniques use small incisions — often between the ribs or via partial sternotomy — to access the heart. Surgeons use specialized instruments and sometimes robotic or thoracoscopic assistance for precision. 

At Burjeel, this advanced method allows treatment of various valve disorders while reducing trauma, pain, and recovery time.  

Common heart conditions treated include: 

• Aortic valve stenosis 

• Mitral valve regurgitation or prolapse 

• Tricuspid valve disorders 

• Other congenital or acquired valve defects 

Patients may receive a valve repair (preferred when possible) or a valve replacement (with mechanical or biological valves), depending on individual condition and surgeon recommendation. 

How the Procedure Works at Burjeel 

After initial evaluation — including echocardiograms, ECG, CT scans or cardiac catheterization — the surgical team chooses the best approach. Depending on the valve and condition: 

• Mini-thoracotomy: A small incision on the side of the chest (common for mitral/tricuspid valves) 

• Mini-sternotomy: Partial opening of the breastbone (common for aortic valve surgery) 

• Robotic-assisted / video-assisted techniques: For greater precision and less tissue damage 

• Transcatheter (catheter-based) procedures: In some cases, for valve replacement without surgery 

Burjeel’s experienced cardiac surgeons and interventional cardiologists work together to plan and perform the most suitable procedure.  

Benefits: Why Minimally Invasive Surgery Is Often Preferable 

• Smaller incision → less visible scarring 

• Reduced post-operative pain and faster mobilization 

• Lower risk of infection 

• Shorter hospital stay (often 3–5 days) 

• Faster recovery — many patients return to normal activities within 4–6 weeks 

• Equivalent long-term outcomes compared to open-heart surgery 

For many eligible patients, minimally invasive valve surgery offers the best balance between effectiveness and comfort. 

Who is a Good Candidate? 

Minimally invasive surgery is not for everyone. Suitability depends on factors such as: 

• Type and severity of valve disease 

• Patient’s general health, age, and presence of other heart or medical conditions 

• Anatomy of the heart and arteries, previous surgeries (if any) 

• Diagnostic imaging results (ECHO, CT, angiography) 

At Burjeel, the cardiology and cardiac surgery team conducts thorough pre-operative evaluation to recommend the best personalized treatment plan for each patient.  

Symptoms Suggesting You Might Need Valve Treatment 

Valve disease may develop slowly. Watch out for: 

• Shortness of breath, especially during activity or when lying down 

• Fatigue or decreased stamina 

• Chest discomfort 

• Palpitations or irregular heartbeat 

• Swelling in legs, ankles, or abdomen 

• Fainting spells, dizziness, or lightheadedness 

If you notice one or more of these, an assessment by Burjeel’s cardiac team can determine whether valve repair or replacement — possibly via minimally invasive surgery — is needed. 

Recovery and What to Expect 

Most patients at Burjeel recover faster than with traditional surgery. Typical timeline: 

• Hospital stay: ~3–5 days 

• Return home: After discharge with follow-up care 

• Full recovery / normal activity: 4–6 weeks (varies by patient) 

Follow-up includes medications, regular checkups, echocardiograms, and sometimes cardiac rehabilitation. The goal is to save healing and restore quality of life.  

Risks and Safety Considerations 

As with any surgery, there are risks — but minimally invasive approaches tend to reduce them. Potential complications: 

• Bleeding or infection 

• Temporary arrhythmias 

• Reaction to anesthesia 

• Rarely: blood clots, stroke, or valve-related complications 

At Burjeel, strict safety protocols, experienced surgeons, and advanced technology help minimize these risks.  

Minimally Invasive vs Traditional Open-Heart Surgery 

Feature	Minimally Invasive Valve Surgery	Traditional Open-Heart Surgery
Incision size	Small (5–7 cm or less)	Full sternotomy (large opening)
Post-operative pain	Relatively low	Higher
Hospital stay	Short (3–5 days)	Longer (7–10 days)
Recovery time	Faster	Slower
Scarring	Minimal	Noticeable
Infection risk	Lower	Higher
Suitability	Selected by careful evaluation	Broader, but more traumatic

For eligible patients, the less-invasive approach tends to deliver the same therapeutic benefit with greater comfort and quicker return to normal life. 

Take the First Step — Consult Burjeel’s Cardiac Team 

If you or someone you know is showing signs of heart valve disease — or you’ve already been diagnosed — don’t wait. Contact Burjeel Specialty Hospital, Sharjah for a detailed evaluation. 

Our combined team of interventional cardiologists and cardiac surgeons will review your condition and recommend whether minimally invasive valve surgery is a safe and effective option for you.  

• Call +971 800 55 to book a consultation 

• Or visit our website to book an appointment online — select “Cardiology & Cardiovascular Surgery” for heart valve evaluation.  

Final Thoughts 

At Burjeel Specialty Hospital, Sharjah, we believe every patient deserves compassionate, cutting-edge cardiac care. Whether you’re acting on warning signs or exploring valve treatment options — our cardiology team is ready to support your heart health journey. 

Let your heart lead a healthy life — with expert care, timely intervention, and peace of mind.