Investigating the Factors Behind Appendicitis
Two weeks ago, my girlfriend and I experienced an unexpected challenge after relocating. To provide some context: - I settled into my new apartment in week one. - My girlfriend joined me a few weeks later, in week four. - By week five, I found myself facing the ordeal of appendicitis, which went undiagnosed by the general practitioners and ultimately resulted in a perforated appendix. - A visit to the emergency room led to surgery by the end of that week. - I was discharged from the hospital at the conclusion of week six. - Fast forward to week eight – my girlfriend developed appendicitis as well. Fortunately, now that we were familiar with the condition, it was diagnosed swiftly, and she underwent surgery within just one day. What’s intriguing is that we both faced this medical emergency approximately four weeks after our move. Every medical professional we consulted insisted that it was merely a matter of chance, perhaps just unfortunate luck. However, the rarity of this occurrence raises questions for me. Is it possible that there are harmful bacteria present in the water or air of our apartment? How many people would need to experience similar symptoms in order to substantiate this theory? On a lighter note, I’m genuinely curious about your thoughts on this matter. Why does modern medicine still grapple with unknown causes of certain conditions like appendicitis?
Answers (1)
9/11/2025, 4:10:46 PM
OpenHealth AI
It's understandably concerning to experience appendicitis yourself and then see a loved one go through the same thing, especially in close succession. Your questions about potential environmental factors are valid, and I'll do my best to provide clarity while addressing your concerns.
Main Points
- Appendicitis has uncertain causes, and while environmental factors exist, they are rarely identified as direct triggers.
- The occurrence of appendicitis in both you and your girlfriend might be coincidental rather than indicative of a broader environmental issue.
- Modern medicine continues to investigate various causes of conditions like appendicitis due to their complex nature.
Explanation
Appendicitis is typically an inflammation of the appendix, and its exact cause is often unclear. It's believed to arise from blockages in the appendix, which could occur due to infections, fecal matter, or other factors. While there are theories linking environmental factors such as bacteria in water or air, these are not well supported by evidence. Your experience may well be coincidental; appendicitis occurs in about 7% of the population, often unpredictably and without a clear pattern.
Regarding your question about how many people would need to be affected to justify concern about environmental factors, there isn't a specific number that defines a "cluster" of cases linked to a common cause. Usually, public health organizations investigate clusters when multiple cases occur in a short time in the same geographic area, but these investigations focus on known pathogens or conditions and require significant evidence to establish environmental links.
Next Steps
- Maintain Good Hygiene: Ensure cleanliness in your living environment to reduce risk of infections. Regularly clean areas that might harbor bacteria.
- Stay Hydrated: Drink plenty of clean water and ensure your water supply is safe. If you have concerns about your water, consider using a water filter or bottled water temporarily.
- Monitor Health: Keep an eye on any gastrointestinal symptoms, such as abdominal pain, fever, or changes in bowel habits, and seek medical attention if these arise.
- Educate Yourself and Others: Sharing information about appendicitis can increase awareness. Discussing symptoms with friends and family may help them recognize any early signs.
It's perfectly natural to have these thoughts and questions, especially after such personal experiences. While it’s important to remain vigilant, most cases of appendicitis do arise independently of environmental factors, and understanding this can provide some reassurance. Please don’t hesitate to follow up if you'd like to explore this further or have other questions!
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# 7-Month-Old Child with Abernethy Malformation - Exploring Treatment Options ## [7-Month-Old] Identified with Abernethy Malformation (Congenital Portosystemic Shunt) - Treatment Methods? **Age:** 7 months **Gender:** Female **Height:** Age-appropriate **Weight:** Currently 9 kg, was 2.8 kg at birth **Ethnicity:** Asian **Duration of Symptoms:** Present since birth **Location:** Uzbekistan **Pre-existing Health Issues:** Abernethy malformation (congenital portosystemic shunt), liver hemangiomas, chronic jaundice, anemia **Current Treatments:** Supportive management --- ## INITIAL PRESENTATION (June 2025 - July 2025) Our daughter arrived on **June 27, 2025**, presenting with: - Birth weight: **2.8 kg** - Marked jaundice (yellowing of skin and sclera) - Pale or clay-colored stools - **Bilirubin level: 245 μmol/L** (typically <20) An immediate ultrasound indicated multiple liver anomalies, initially thought to be hemangiomas. --- ## FIRST COMPREHENSIVE ASSESSMENT (August 1, 2025 - 1 Month Old) ### Multislice Computed Tomography (MSCT) with 3-Phase Contrast (August 1, 2025): **RESULTS:** - **Portocaval shunt size: 9.9 mm** (blood bypassing the liver into the inferior vena cava) - **Arteriovenous shunt size: 4.4 mm** - **Portal vein size: 6.1 mm** (patent) - **Three nodular cystic lesions** located in the perivascular area, with largest measuring 11.6×20.7 mm, enhancing during the venous phase - Liver features a heterogeneous architecture, exhibiting irregular enhancement - Gallbladder appears elongated and slightly enlarged - Other abdominal organs exhibit normal findings **RADIOLOGIST’S ASSESSMENT:** "Congenital portosystemic shunt indicative of Abernethy malformation; less likely arteriovenous malformation (AVM); cannot dismiss the possibility of localized liver lesions." **ADVICE:** Seek consultations with an abdominal and vascular surgeon. ### Blood Tests (August 1, 2025): **Complete Blood Count:** - WBC: 10.44 × 10⁹/L (normal range) - **RBC: 2.1 × 10¹²/L** (LOW - indicating severe anemia) - **Hemoglobin: 69 g/L** (CRITICALLY LOW; normal is 117-166) - Platelets: 403 × 10⁹/L (elevated) **Biochemistry Analysis:** - Urea: 1.80 mmol/L (normal) - Creatinine: 33.4 μmol/L (normal) - **ALT: >1000 IU/mL** (EXTREMELY HIGH - severe liver dysfunction) --- ## FOLLOW-UP IMAGING (December 16, 2025 - 5.5 Months Old) ### Liver Ultrasound: **RESULTS:** - Right lobe: 64 mm, left lobe: 43 mm - Liver capsule appears irregular and vague - **Parenchyma: heterogeneous, showing 7 hypo-isoechoic nodules** (sizes range from 11.5×10.7 mm to 17.6×15.4 mm) - Capsule features uneven contours - Blood flow noted during Doppler examination - No dilation in intrahepatic bile ducts - **Portal vein: 3.9 mm** (decreased from 6.1 mm - indicating improvement) - Common bile duct: 1.4 mm - Gallbladder: measures 43.7×9.2 mm (pear-shaped, wall thickness 2.0 mm, homogeneous, free of stones) **ULTRASOUND ASSESSMENT:** "Presence of liver volumetric formations (specifically liver hemangiomas)." --- ## LATEST MSCT (February 6, 2026 - 7 Months Old) ### MSCT with 3-Phase Contrast: **FINDINGS:** - Liver remains normal in size, but shows heterogeneous structure with uneven contrast enhancement - **Portocaval shunt: 9.9 mm** (no change, continues to drain directly into the inferior vena cava avoiding liver acinus) - **Arteriovenous shunt: 4.4 mm** (no alteration) - **Three nodular cystic lesions** in perivascular space, maximum size 11.6×20.7 mm, enhancing in the venous phase - **Portal vein: 6.1 mm** (noted during porto-venous phase) - Arteries show no filling abnormalities - Intrahepatic bile ducts remain non-dilated - Gallbladder is elongated and slightly bigger, free from stones - Pancreas: normal - Spleen: measures 66.9×38.5 mm (not enlarged), splenic vein is 3.6 mm - Kidneys: normal placements and structure - No excess fluid detected in the abdominal cavity - No visible changes in lymph nodes **MSCT ANALYSIS:** "Congenital portosystemic shunt indicative of Abernethy malformation, unlikely to be AVM, presence of focal liver lesions cannot be ruled out." **RECOMMENDATION:** Engage with an abdominal and vascular surgeon. --- ## RECENT BLOOD WORK (December 2025 - January 2026) ### Complete Blood Count (January 19, 2026): - WBC: 5.8 × 10⁹/L (SHOWS IMPROVEMENT) - **RBC: 2.93 × 10¹²/L** (IMPROVED but still low) - **Hemoglobin: 72 g/L** (SHOWS IMPROVEMENT but still low) - Platelets: 223 × 10⁹/L (BACK TO NORMAL) - Neutrophils: 30.0% - Lymphocytes: 64.8% - Monocytes: 4.6% ### Biochemistry (January 28, 2026): - Total protein level: 67 g/L (slightly deficient) - Creatinine: 20.7 μmol/L - **Total Bilirubin: 242 μmol/L** (STILL HIGH - unchanged) - **Direct Bilirubin: 142 μmol/L** (VERY HIGH) - **ALT: 50 IU/mL** (DRASTICALLY LOWER from >1000!) --- ## OVERVIEW OF PROGRESS OVER 6 MONTHS | Parameter | August 2025 | January 2026 | Change | |------------------|-------------|---------------|--------------------------| | **Hemoglobin** | 69 g/L | 72 g/L | ↗ Slight improvement | | **RBC** | 2.1 | 2.93 | ↗ Improved | | **ALT** | >1000 | 50 | ✓✓ MAJOR IMPROVEMENT | | **Bilirubin** | 245 | 242 | → Unchanged (still elevated) | | **Portal vein** | 6.1 mm | 3.9 mm (US) | ↗ Decreased | | **Platelets** | 403 | 223 | ↘ Normalized | | **Shunt size** | 9.9 mm | 9.9 mm | → No Change | --- ## CURRENT SITUATION (February 2026 - 7 Months Old) - **Weight:** 9 kg (good growth rate in spite of condition) - **Jaundice:** Continues to be present (yellow skin) - **Stools:** Remain pale/clay-colored - **Development:** Achieving appropriate milestones - **Energy:** Appears to have a good energy level - **Feeding:** Normal appetite --- ## QUESTIONS FOR r/AskDocs We have been informed this is **Type 2 Abernethy malformation** (portal vein present). **Three treatment avenues have been proposed:** ### Option 1: **Endovascular Coil Embolization** (minimally invasive approach) - A catheter is inserted via the leg vein to access the shunt and deploy coils/plugs to close the abnormal vessels - Pros: No surgical incision, minimal discomfort, short hospital stay (2-4 days), no scars, enhanced safety - Duration: 1-2 hours - Recovery: 2-4 weeks for jaundice to show improvement ### Option 2: **Open Surgical Intervention** - An incision in the abdomen to ligate abnormal vessels and redirect blood to the liver - Pros: Direct visualization, effective results - 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Should this be a cause for concern? Is there a prospect for it to normalize post shunt closure?** 3. **Are the hemangiomas/nodules (11.6×20.7 mm) linked to the shunt? Will they likely resolve following shunt repair?** 4. **How urgent is the proposed intervention? Is immediate action required, or is there flexibility to wait a few months?** 5. **What complications should we be vigilant for during the waiting period?** 6. **Regarding endovascular closure - what is the average success rate for infants aged 7 months? Are there concerns regarding the shunt size (9.9 mm)?** 7. **The measurement of the portal vein has shown improvement from 6.1 mm to 3.9 mm; should this be perceived as a positive sign or a reason for concern?** 8. **Are there special directives (diet modifications, medications) we should consider while awaiting the procedure?** 9. **Post-procedure, how long should we expect it might take for:** - Normalization of bilirubin levels? - Return of stool color to normal? - Resolution of jaundice? - Regression of hemangiomas? 10. **Can you recommend any specialized centers for pediatric Abernethy malformation treatments? 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