Jaundice & Non-Oliguric Renal Failure
Unit 6 Male Ward
Patient Profile
- Age / Sex: 37-year-old Male
- Occupation: Daily wage labourer
- Presenting complaints: Fever with chills ×5 days, generalised weakness, anorexia ×4 days
- Associated symptoms: Myalgia, 2 vomiting episodes, 3 loose stools (yesterday), no abdominal pain, no SOB, no pedal oedema
- Social history: Alcohol (180 ml/day ×15 yrs), tobacco chewing (2 packs/day)
- Relevant negatives: No HTN, DM, CVA, CAD, TB, asthma, epilepsy
Vitals & Examination
- CVS: S1 S2 heard, normal
- RS: Bilateral air entry clear
- Chest: Barrel-shaped
- Petechiae present over upper limbs
- No pedal oedema, no icterus on presentation notes
Provisional Diagnosis
Differential included alcoholic hepatitis vs. leptospirosis. Clinical triad of fever + thrombocytopenia (petechiae) + occupational exposure (labourer, mud/water contact risk) raised strong suspicion for leptospirosis. Jaundice and non-oliguric renal failure developed, fitting Weil's disease spectrum.
? Leptospirosis with thrombocytopenia, jaundice & non-oliguric renal failure (Weil's disease)
Treatment Summary (Days 1–3)
- 1.Inj. Thiamine 1 amp in 100 ml NS IV TID (Wernicke prophylaxis given alcohol history)
- 2.IVF: NS + RL / NS + DNS at 75 → 50 ml/hr (fluid resuscitation, renal perfusion)
- 3.Inj. Ceftriaxone 1 g IV BD (added Day 2 — antibiotic for leptospirosis)
- 4.Inj. Pantoprazole 40 mg IV OD (gastroprotection)
- 5.Inj. Ondansetron 4 mg IV TID/SOS (antiemetic)
- 6.Tab. Udiliv 300 mg PO OD (ursodeoxycholic acid — hepatoprotection)
- 7.Strict I/O charting; monitor for bleeding manifestations
Clinical Analysis
The constellation of fever, myalgia, thrombocytopenia with petechiae, jaundice, and renal involvement in a manual labourer is the classic presentation of Leptospira interrogans infection (Weil's disease). Occupational exposure to contaminated water/soil is the key epidemiological link.
The co-existing barrel chest and heavy alcohol use (15 years) add complexity — alcoholic hepatitis must remain on the differential, but the thrombocytopenia with petechiae and non-oliguric renal failure point more specifically toward leptospirosis rather than pure alcohol-related liver disease.
Ceftriaxone is appropriate empiric antibiotic therapy. Thiamine supplementation is essential given the chronic alcohol intake and risk of Wernicke's encephalopathy. Fluid management and close monitoring of renal output are critical in non-oliguric renal failure.
Key learning point: Always screen for occupational and environmental exposure in febrile illness with multi-organ involvement. The leptospira IgM MAT (microscopic agglutination test) or ELISA should be ordered for confirmation.
with Community-Acquired Pneumonia
Unit 6
Patient Profile
- Age / Sex: 70-year-old Female
- Presenting complaints: Sudden-onset SOB (since the previous night), fever ×2 days, cough ×2 days, vomiting ×1 day (3 episodes total)
- History: Attended a party, consumed cold drinks; developed fever and cough next morning, then sudden-onset SOB at 8 PM, which worsened by the next morning
- Progression: Went to RMP, took medications, had temporary relief; SOB returned and worsened, prompting hospital admission
Key Clinical Notes
- Elderly female — reduced respiratory reserve
- Party/cold drink exposure — aspiration risk or environmental trigger
- Sudden-onset SOB raises pulmonary oedema vs. pneumonia
- Cough + fever ×2 days preceding SOB suggests infectious aetiology
- Vomiting adds aspiration pneumonia to the differential
- Age-related immunosenescence increases susceptibility to atypical organisms
Probable Diagnosis
Given the clinical timeline — fever + cough preceding respiratory distress in an elderly woman with possible aspiration risk — the most likely diagnosis is Community-Acquired Pneumonia (CAP), with aspiration pneumonia as an important consideration. The CXR (available in original post as images) would be decisive.
Community-Acquired Pneumonia / Aspiration Pneumonia in an elderly female
Expected Management
- 1.Oxygen supplementation to maintain SpO₂ > 94%
- 2.IV antibiotics: Ceftriaxone ± Azithromycin (CAP coverage); add Metronidazole for aspiration
- 3.IV fluids with caution (risk of pulmonary oedema in elderly)
- 4.Antipyretics, antiemetics PRN
- 5.CXR, CBC, sputum culture, blood cultures, procalcitonin
- 6.ECG to rule out cardiac cause of SOB
- 7.Respiratory physiotherapy; semi-recumbent positioning
Clinical Analysis
This case illustrates a classic presentation of CAP in the elderly. The sequential timeline — cold drink exposure at a party → fever + cough → vomiting → sudden worsening SOB — suggests an infectious trigger with secondary aspiration potential.
In a 70-year-old, the differential is broad: CAP due to typical organisms (S. pneumoniae, H. influenzae), atypical organisms (Legionella, Mycoplasma), or aspiration pneumonia following vomiting episodes.
The CURB-65 score should be calculated to risk-stratify and determine whether inpatient vs. ICU care is warranted. In an elderly patient with sudden SOB and multi-day fever, a score ≥ 3 would indicate high severity.
Key learning point: Elderly patients often present atypically — vomiting and sudden SOB may dominate over classic pneumonia symptoms. A high index of suspicion and prompt empiric therapy are essential.
Abdominal Distension & Dyspnoea
Unit 6 Male Ward
Patient Profile
- Age / Sex: 40-year-old Male
- Occupation: Lorry driver
- Presenting complaints: Bilateral pedal oedema ×5–6 days, abdominal distension ×5–6 days, cough with white sputum ×6 days, SOB (NYHA Grade 2→4 over 1 week), orthopnoea, constipation ×1 month
- Alcohol: 360 ml/day, 3–4 times/week ×7 years
- Past history: Right heart failure / Wet Beri-Beri (1 year ago); ?AIDP / Dry Beri-Beri (8 months ago)
- Family history: Father with DM
Vitals & Examination
- B/L pedal oedema +
- CVS: S1 S2 +, Loud S1 in tricuspid area, raised JVP
- RS: Dyspnoea grade II→IV, orthopnoea +
- Abdomen: Soft, tenderness RIF
- CNS: Knee & ankle reflexes absent bilaterally (LMN pattern)
- No pallor, icterus, cyanosis, clubbing, lymphadenopathy
Provisional Diagnosis
The combination of bilateral pedal oedema, raised JVP, loud S1 in tricuspid area, orthopnoea, and a prior admission for right heart failure with wet beri-beri in a chronic alcoholic strongly points toward recurrent thiamine-deficiency cardiomyopathy (wet beri-beri) / dilated cardiomyopathy. The absent knee and ankle reflexes suggest concurrent peripheral neuropathy (dry beri-beri component).
Wet Beri-Beri (Thiamine-Deficiency Cardiomyopathy) with Peripheral Neuropathy — Recurrent, on background of chronic alcoholism
Expected Management
- 1.IV Thiamine 100 mg TID (before any glucose infusion to prevent Wernicke's)
- 2.Diuretics: Furosemide IV for fluid overload / oedema
- 3.Spironolactone for right heart failure
- 4.ACE inhibitor / ARB for cardiac remodelling (if BP tolerates)
- 5.Strict alcohol abstinence counselling
- 6.Echo: assess LV/RV function, cardiomegaly
- 7.NCS/EMG for peripheral neuropathy characterisation
- 8.Daily weight, I/O charting; low-salt diet
Clinical Analysis
This case is a compelling study in recurrent thiamine deficiency due to sustained alcoholism. Thiamine (Vitamin B1) is essential for cardiac myocyte energy metabolism. Deficiency leads to high-output cardiac failure with peripheral vasodilation, the hallmark of wet beri-beri.
The loud S1 in the tricuspid area and raised JVP are consistent with right-sided heart failure. The progression from NYHA Grade 2 to Grade 4 in one week indicates acute decompensation. The bilateral absent knee and ankle reflexes, in the context of prior ?AIDP/?dry beri-beri, suggests a mixed neuropathy — thiamine-deficient peripheral neuropathy vs. AIDP.
Critical clinical rule: Always give IV thiamine before glucose in suspected Wernicke's or wet beri-beri. Glucose administration depletes residual thiamine and can precipitate acute Wernicke's encephalopathy.
Key learning point: Chronic alcoholism with recurrent cardiac failure and peripheral neuropathy = thiamine deficiency until proven otherwise. Echocardiography will differentiate thiamine-responsive cardiomyopathy (potentially reversible) from fixed DCM.
LMN Facial Palsy (Right-Sided)
Unit 1
Patient Profile
- Age / Sex: 16-year-old Male
- Presenting complaints: Deviation of mouth to the left ×5 days, inability to close right eyelid ×5 days
- Onset: Mouth deviation noticed first; right eye inability to close followed 12 hours later
- Predisposing factor: Cold exposure (sleeping outside) ×10 days
- Associated: Difficulty chewing
- Negatives: No fever, no loss of taste, no ear discharge, no hearing loss, no limb weakness, lacrimation and salivation unaffected
Cranial Nerve VII Examination
- Motor: Absent eyebrow raising (right), loss of forehead wrinkles (right), incomplete eye closure (right), mouth deviation to left, unable to blow cheeks, unable to whistle
- Sensory: Taste sensation intact (anterior 2/3 tongue)
- Secretory: Lacrimation unaffected; salivation unaffected
- Reflexes: Corneal + bilaterally; all limb reflexes 1+ bilaterally; power 5/5 all limbs
- House-Brackmann Grade: Grade 4 (moderately severe dysfunction)
Diagnosis
Complete LMN pattern (involving upper and lower face on the same side), intact taste and lacrimation, no otological symptoms, and cold exposure history are characteristic of idiopathic Bell's palsy. The involvement of all ipsilateral CN VII motor branches (frontalis, orbicularis oculi, orbicularis oris, buccinator) confirms LMN localisation.
Idiopathic LMN Facial Palsy (Bell's Palsy) — Right-sided, House-Brackmann Grade 4
Treatment Instituted
- 1.Tab. Zincovit (multivitamin/nerve support)
- 2.Physiotherapy (facial exercises — active and passive)
- 3.Eye patch for right eye (corneal protection — lagophthalmos)
Standard additional treatment (per guidelines): Oral Prednisolone (1 mg/kg/day ×1 week, taper) initiated within 72 hours of onset for best outcomes. Antiviral (Acyclovir) if Ramsay Hunt suspected. Artificial tears and eye lubricant for corneal protection.
Clinical Analysis
This is a classic case of Bell's palsy — the most common cause of acute unilateral LMN facial paralysis, accounting for ~70% of cases. The key distinguishing feature from UMN (central) palsy is involvement of the upper face (forehead sparing in UMN lesions; forehead affected in LMN lesions), which is clearly present here.
The sequential onset (mouth first, then eye 12 hours later) and cold exposure history are consistent with Bell's palsy, possibly triggered by reactivation of latent HSV-1. Taste being intact suggests the lesion is distal to the chorda tympani branch junction, which is a favourable prognostic sign.
House-Brackmann Grade 4 implies moderately severe dysfunction with visible but not full movement. With appropriate treatment, ~70% of Grade 4 patients recover to Grade 1 (normal) within 6 months.
Key learning point: In young patients with Bell's palsy, always rule out Lyme disease (endemic area history), Ramsay Hunt syndrome (ear vesicles, severe pain), and parotid tumour. Steroids are the cornerstone of treatment and must be started early.
Cross-Case Themes & Learning Points
Alcohol as a Common Thread
Cases 1 and 3 both involve chronic alcoholism as a major complicating factor. In Case 1, alcohol complicates the differential (alcoholic hepatitis vs. leptospirosis) and necessitates thiamine prophylaxis. In Case 3, chronic alcohol use has directly caused recurrent thiamine-deficiency cardiomyopathy and peripheral neuropathy. This underscores the systemic, multi-organ consequences of prolonged alcohol consumption.
Thiamine (Vitamin B1) Across Cases
Thiamine features prominently in Cases 1 and 3. In Case 1, it is given prophylactically for an alcoholic patient. In Case 3, it is the primary treatment for a potentially life-threatening thiamine-deficiency cardiomyopathy. The clinical spectrum of thiamine deficiency spans cardiac failure (wet beri-beri), peripheral neuropathy (dry beri-beri), and Wernicke's encephalopathy.
Age & Vulnerability
The four patients span a wide age range: 16 (Bell's palsy), 37 (leptospirosis), 40 (beri-beri), and 70 (pneumonia). Cases at the extremes — the young patient with Bell's palsy and the elderly patient with pneumonia — reflect how age-related factors (immunosenescence in the elderly; possible viral triggers in the young) shape disease expression and severity.
Occupational & Environmental Exposure
Cases 1 (daily wage labourer → leptospirosis), 3 (lorry driver → irregular diet/alcohol), and 4 (cold exposure → Bell's palsy) all highlight the role of environmental and occupational factors in disease causation. A thorough social and occupational history is indispensable in reaching the correct diagnosis.