In this episode of Hospital Medicine Unplugged, we sprint through septic shock—treat it like the medical emergency it is: move fast, restore perfusion, hit early antibiotics, control the source, and individualize hemodynamics.

We open with the do-firsts: rapid recognition via Sepsis-3 (infection + organ dysfunction; shock = vasopressors to keep MAP ≥65 and lactate ≥2 after fluids). Fire the Hour-1 moves: obtain cultures (don’t delay therapy), start broad-spectrum antibiotics within 1 hour, and begin crystalloids—≥30 mL/kg within 3 hours for hypoperfusion/shock (weak, low-quality but time-critical). Track lactate and consider capillary refill as adjunct.

Fluid strategy that sticks: use dynamic measures (passive leg raise, stroke volume variation, echo) over static numbers to decide more vs no more. Reassess often to avoid fluid overload—resuscitate to perfusion, then go conservative.

Vasopressors—clean and quick: if hypotension persists, start norepinephrine first-line (peripheral large-bore acceptable while placing a central line). Target MAP 65 mm Hg; higher targets don’t help and may harm. Add vasopressin for catecholamine-sparing or if NE is climbing; add epinephrine if still unstable. Consider inotropes if cardiac output is low.

Source control saves lives: drain it, remove it, debride it, fix it—ASAP. Persistent infection defeats even perfect antibiotics.

Adjuncts with judgment: hydrocortisone 200 mg/day for refractory shock (faster shock reversal; uncertain mortality benefit). Vitamin C “cocktails” and routine β-blockade aren’t supported for outcomes—not routine. Nail the basics: VTE prophylaxis, lung-protective ventilation when needed, glucose 140–180 mg/dL, nutrition, stress-ulcer prophylaxis when indicated.

What the trials taught us: EGDT (Rivers 2001) started the era; ProCESS/ARISE/ProMISe showed no survival edge for rigid protocols over high-quality usual care. The lesson—individualize, guided by physiology and frequent re-assessment, not fixed checkboxes.

Monitoring that matters: continuous MAP, urine output, mentation, skin perfusion; serial lactate for trend (clearance beats single checks). Watch for iatrogenics—volume overload, arrhythmias, extravasation with peripheral pressors, and steroid-related hyperglycemia/infection. Early ICU admission when ICU-level care is needed.

Antibiotics—start broad, de-escalate early: pick empirics by source + local resistance + patient risks, then narrow with cultures and response. Shorter, targeted courses once stable and controlled source reduce harm.

Pitfalls you don’t want to meet: delaying antibiotics, under-resuscitating early then over-hydrating late, chasing CVP, ignoring dynamic tests, skipping source control, overshooting MAP, and forgetting goals-of-care in high-mortality phenotypes.

We close with the system moves: a sepsis bundle that (1) auto-pages a response team; (2) launches cultures → antibiotics ≤1 hr → crystalloids; (3) embeds dynamic fluid checks and MAP 65 default; (4) standardizes NE first-line, early vasopressin add-on; (5) routes to source control within hours; (6) sets lactate-clearance/cap refill targets; (7) flags refractory shock → hydrocortisone; (8) hard-wires de-escalation and duration review at 48–72 hours.

Fast, physiologically guided, and source-focused—antibiotics now, perfusion now, source control now—then tailor the rest.

In this episode of Hospital Medicine Unplugged, we sprint through hyperosmolar hyperglycemic state (HHS)—spot early, rehydrate hard (safely), fix electrolytes, start insulin after fluids, and hunt the trigger.

We open with the do-firsts: ABCs, tele, frequent vitals, bedside neuro checks, and labs that matter—glucose, BMP with corrected Na⁺, calculated effective osmolality (>320 mOsm/kg), serum/urine ketones (minimal/absent), β-hydroxybutyrate, VBG/ABG, CBC, lactate, UA/cultures, CXR/ECG as indicated. Think precipitant early: infection (most common), meds (steroids, thiazides, antipsychotics), MI/stroke, nonadherence, undiagnosed DM.

Call the diagnosis when glucose >600 mg/dL, effective osmolality >320 mOsm/kg, minimal/absent ketosis, and marked dehydration. Mental status change is common but not required. Distinguish from DKA—no significant acidosis/ketosis and often older type 2 patients.

Risk reality check: mortality often >10%; danger flags include hypotension, AKI, corrected hypernatremia, severe hyperosmolality, infection, and altered mental status. Most patients need ICU.

Treatment—build the HHS bundle (sequence matters):

Monitoring that saves: strict I/O, weights, mental status, q1–2h glucose, q2–4h electrolytes/osmolality early, continuous cardiac monitoring (arrhythmias from K⁺/Mg²⁺ shifts). Avoid overcorrection—aim for steady, not speedy tonicity change.

If the backbone buckles: refractory hyperosmolality or hemodynamic fragility → slow down insulin, reassess fluids/Na⁺ strategy, check for occult infection, consider ICU protocols for glycemic variability reduction. Watch for cerebral edema (rare in adults; risk in children)—worsening headache, bradycardia, neuro decline → pause rapid correction, escalate care.

HHS vs DKA—management contrasts that matter:

Medication pitfalls you don’t want to meet: insulin before K⁺ correction, missing corrected Na⁺, swinging osmolality too fast, skipping thiamine in high-risk patients, or undertreating infection.

We close with the system moves: an HHS pathway that (1) triages to ICU when altered or unstable; (2) defaults to fluids → K⁺ → insulin with nurse-driven titration; (3) embeds q2–4h labs and osmolality targets; (4) auto-orders trigger workup + early antibiotics; (5) flags anticoagulation/VTE prophylaxis; (6) standardizes electrolyte/PO₄³⁻/Mg²⁺/thiamine replacement; (7) transitions to basal–bolus insulin with diabetes education, sick-day rules, meter/CGM review, and follow-up.

Fast, protocolized, and osmolality-wise—fill the tank, fix the salts, then insulin; treat the cause and prevent the next hit.

In this episode of Hospital Medicine Unplugged, we sprint through thyrotoxicosis and thyroid storm—recognize early, stabilize in the ICU, stop hormone effects fast, and line up definitive therapy.

We open with the do-firsts: high-acuity triage, tele + frequent vitals, broad labs (TSH↓, free T4/T3↑), cultures/CXR/UA if infection suspected, and an immediate search for triggers (infection, surgery, trauma, stopped ATDs, iodinated contrast, amiodarone). Don’t miss mimics—sepsis, sympathomimetic toxicity, serotonin syndrome.

Call the diagnosis clinically and score it: BWPS ≥45 or JTA TS1/TS2 = storm until proven otherwise. Use TRAb for Graves’, ultrasound/Doppler when scintigraphy is out, and thyroglobulin if exogenous hormone is on the table.

Risk reality check: mortality 3.6–25%. High-risk clues—atrial fibrillation, heart failure, hyperpyrexia, CNS dysfunction, hepatic injury, and clear precipitants (especially Graves’, toxic nodules, or abrupt ATD withdrawal). Admit to ICU.

Treatment—build the anti-thyroid storm bundle (give in this sequence):

If the backbone buckles (refractory or ATD-intolerant):

Etiology plays—treat the cause:

Cardiac complications—don’t miss them:

Monitoring & de-escalation that sticks:

Special situations:

Medication pitfalls you don’t want to meet:

We close with the system moves: a thyroid storm pathway that (1) triages to ICU; (2) fires β-blocker → thionamide → iodide → steroid → cholestyramine with weight/renal/liver checks; (3) auto-treats precipitants; (4) flags AF anticoagulation by CHA₂DS₂-VASc; (5) escalates to plasma exchange or surgery when refractory; (6) routes to etiology-specific tracks (Graves’, nodular, thyroiditis, AIT) with multidisciplinary consults; and (7) embeds CBC/LFT safety monitoring.

Fast, guideline-aligned, and complication-aware—recognize storm, sequence therapy right, fix the trigger, and plan definitive control.

In this episode of Hospital Medicine Unplugged, we blitz through bacterial meningitis—recognize fast, give antibiotics now, add steroids early, and never delay care for tests.

We open with the do-firsts: minutes matter. Draw blood cultures → start empiric IV antibiotics immediately (don’t wait for CT/LP) → add dexamethasone before or with the first dose (stop if Listeria). Rapid risk screen for CT-before-LP: altered mental status, focal deficits, papilledema, immunocompromise, known CNS disease, or new-onset seizures. If none, LP now.

Call the diagnosis with CSF that screams bacteria: WBC >2,000/µL with neutrophil predominance, protein >2.2 g/L, glucose <34 mg/dL or CSF:serum glucose ratio <0.4, ± elevated CSF lactate. Send Gram stain & culture (variable sensitivity), and PCR/multiplex panels to speed organism ID.

Know your pathogens & hosts: adults—S. pneumoniae (~72%), N. meningitidis (~11%); neonates—E. coli & GBS; Listeria risk with neonates, age >50, pregnancy, alcoholism, or immunosuppression. Global reality check: incidence ranges 0.9 → 80/100,000; mortality up to 54% in low-resource settings; ~24% survivors with sequelae.

Empiric therapy—hit hard, cover right:

Adjuncts & supportive care that save brains:

De-escalate with data: narrow antibiotics once culture/PCR returns; respect local resistance. Typical durations (once pathogen proven): N. meningitidis 7 days, H. influenzae 7–10, S. pneumoniae 10–14, GBS/E. coli 14–21, Listeria ≥21—adjust to course & complications.

Complications you don’t want to meet: septic shock/DIC, cerebral edema, hydrocephalus, stroke, hearing loss, cognitive deficits. Every hour of antibiotic delay raises mortality—build systems that prevent it.

Prevention plays:

Pitfalls & pro-tips:

We close with the system moves: a meningitis bundle that (1) auto-fires blood cultures → antibiotics → dexamethasone within 60 minutes; (2) screen-flags CT-before-LP criteria; (3) standardizes LP labs + PCR; (4) routes empiric regimens by age/risk/setting; (5) locks in neurocritical care & ICP protocol for severe cases; (6) hard-wires de-escalation & duration on day 2–3; (7) triggers vaccines & contact prophylaxis at discharge.

Speed, steroids, spinal fluid, and stewardship—treat first, confirm fast, and prevent the next case.

In this episode of Hospital Medicine Unplugged, we sprint through hypercalcemia—recognize fast, rehydrate hard, block bone resorption, and fix the cause.

We open with the do-firsts: confirm true hypercalcemia (ionized preferred; corrected total if needed), grab PTH → PTHrP/25-OH D/1,25-(OH)₂D, BMP/Phos/Mg, ECG for shortened QT, and scan meds (thiazides, lithium, vit D/Ca, vit A). Severity matters and speed kills: mild <12 mg/dL; moderate 12–14; severe ≥14 mg/dL or any altered mentation.

Etiology at a glance:

Diagnosis pearls:

Treatment—build the acute backbone:

Definitive moves:

Monitoring that sticks:

Pitfalls you don’t want to meet:

We close with the system moves: a hypercalcemia bundle that (1) defaults to ionized Ca + PTH upfront; (2) auto-hydrates to euvolemia; (3) fires antiresorptive order set (zoledronate/pamidronate or denosumab in CKD); (4) adds calcitonin for severe/symptomatic bridging; (5) routes vitamin D–mediated to a steroid track; (6) screens meds & stops offenders; (7) flags oncology/ENT-endo for definitive therapy; (8) hard-wires monitoring (labs, ECG, fluid balance).

Hydrate, block bone, bridge smartly, and fix the driver—fast.

In this episode of Hospital Medicine Unplugged, we blitz through hypocalcemia—measure ionized calcium, treat symptoms now, fix the cause, and avoid reflex over-correction in the ICU.

We open with the do-firsts: confirm with ionized Ca (total Ca lies in hypoalbuminemia), check Mg/Phos/Cr, PTH, 25-OH D, ECG for QT prolongation, and scan the story (neck surgery, CKD, vitamin D deficiency, sepsis, pancreatitis, meds, massive transfusion).

Call the problem when ionized Ca <1.1 mmol/L (or total Ca <8 mg/dL—use with caution). Symptoms span paresthesias → tetany → seizures, laryngospasm, bronchospasm → HF/arrhythmias. Hypomagnesemia can both cause and perpetuate hypocalcemia—correct it.

Etiology buckets you’ll meet fast:

Who needs admission/telemetry right now? Severe symptoms, ionized Ca <0.9 mmol/L, QTc changes, post-thyroid/parathyroid surgery with falling Ca, massive transfusion, pancreatitis/sepsis with instability.

Treatment—build the acute backbone:

Maintenance & chronic plays:

ICU reality check:

Special situations you’ll see:

Monitoring that sticks:

Pitfalls you don’t want to meet:

We close with the system moves: a hypocalcemia bundle that (1) defaults to ionized Ca + Mg/Phos/PTH/25-OH D + ECG; (2) triages to IV Ca + Mg for symptomatic/severe; (3) targets low-normal ionized Ca, not “high-normal”; (4) hard-wires Mg repletion; (5) routes special scenarios (post-op, CKD, MTP, pancreatitis) to tailored pathways; (6) sets outpatient labs/urine Ca to prevent stones and nephrocalcinosis.

Fast recognition, ionized-first confirmation, symptom-driven IV calcium, relentless Mg correction, and etiology-specific fixes—treat wisely, not reflexively.

In this episode of Hospital Medicine Unplugged, we power through hepatic encephalopathy—find the trigger fast, start lactulose early, layer rifaximin when needed, and protect the airway and the brain.

We open with the do-firsts: stabilize ABCs, grade mental status (West Haven), check glucose/electrolytes, and hunt precipitants—infection (incl. SBP), GI bleed, AKI/dehydration, constipation, hyponatremia/hypokalemia, sedatives/opioids, and post-TIPS/large shunts. Image the brain only if the story doesn’t fit or focal signs appear. Treat while you evaluate—don’t wait for ammonia levels to “confirm.”

Core therapy—nonabsorbable disaccharides (lactulose) are first-line:

Adjuncts that change outcomes:

Things that may help—but won’t save the day:

Supportive moves that matter:

When HE won’t quit (refractory track):

Monitoring & discharge that stick:

System moves you can implement tomorrow: a bedside HE bundle that (1) auto-screens precipitants; (2) starts lactulose now with NG/enema backups; (3) flags PEG as a situational ICU tool; (4) defaults to rifaximin add-on for recurrent/persistent cases; (5) normalizes protein and corrects electrolytes; (6) escalates refractory cases to shunt embolization/transplant eval; (7) hard-wires education + follow-up into discharge.

Bottom line: Treat the trigger, move early with lactulose, add rifaximin to prevent the bounce-back, nourish rather than restrict, and escalate thoughtfully—ICU when severe, transplant when needed.

In this episode of Hospital Medicine Unplugged, we tackle pneumothorax in the inpatient world—stabilize first, size it right, choose the least invasive path that’s safe, and never miss tension physiology.

We open with the first five minutes: is the patient stable? Check vitals and work of breathing, then confirm with imaging—CXR first-line, POCUS for speed/supine patients, CT when the picture’s hazy or occult. If tension is suspected, treat now—don’t wait for imaging. Tube thoracostomy is definitive.

Classification that actually changes management: primary spontaneous (PSP), secondary spontaneous (SSP), iatrogenic, traumatic, and tension. But modern imaging blurs PSP vs SSP—let size + symptoms drive decisions, with special caution in SSP and ventilated patients.

Conservative lane (when it’s safe):

Interventional lane (when to act):

Special situations you can’t miss:

Complications & tech that help:

Recurrence & prevention plays:

What we still don’t know (and what we discuss):

We close with a simple ward-ready pathway:

Stability check → treat tension immediately.

Image smart (CXR → POCUS → CT when needed).

Stable PSP, low symptoms? Consider conservative care with clear follow-up.

If symptoms/size/SSP: aspiration → small-bore tube → suction if needed.

Trauma or vents: tube early; involve surgery by day 3–5 if leak persists.

Plan recurrence prevention before discharge (especially SSP).

Educate, mobilize smoking cessation, and schedule objective follow-up imaging.

Bottom line: Prioritize stability, use size + symptoms over labels, prefer small-bore and conservative strategies when safe, move fast for tension/vented patients, and prevent the next hit—especially in SSP.

In this episode of Hospital Medicine Unplugged, we tackle hypernatremia—spot it early, fix the water–salt mismatch, and keep brains safe while you correct.

We open with who’s at risk and why it matters: older adults, nursing-home residents, cognitively impaired, immobilized, and ICU patients (prevalence up to 27%). Consequences aren’t subtle: delirium, falls, functional decline, and in-/post-discharge mortality often >30–40% in severe cases—and many survivors lose independence. Iatrogenesis is common.

Diagnosis done fast and right:

Management—build a safe correction plan:

Complications you’re preventing:

Prevention plays that work:

We close with the system bundle: (1) Screen high-risk patients daily; (2) confirm true hypernatremia and classify volume status; (3) calculate deficit + set a correction rate matched to chronicity; (4) default to enteral water/D5W or 0.45% with q2–4h Na checks; (5) avoid/stop sodium loads and fix losses; (6) use isotonic saline only for shock then pivot; (7) document and trend neuro status, I/O, CR/BUN; (8) embed prevention in tube-feed and NPO workflows.

Fast recognition, meticulous monitoring, and cause-directed, rate-aware correction—that’s how you turn a lethal, often iatrogenic problem into a controlled win.

In this episode of Hospital Medicine Unplugged, we dive into massive hemoptysis—stabilize fast, protect the airway, localize the bleed, and stop it for good.

We start with the killer reality: mortality isn’t from bleeding out, it’s from asphyxiation. Even small volumes can flood the airways and crash oxygenation. Massive hemoptysis = ≥200 mL/24 h or any volume causing respiratory/hemodynamic compromise.

Immediate moves:

Diagnostics after stabilization:

Definitive hemorrhage control:

Adjunctive therapies:

Monitoring & complications:

Prognosis:

Bottom line: Airway, positioning, and multidisciplinary activation save lives. CTA + BAE is the definitive play, bronchoscopy stabilizes, surgery is last resort. Adjuncts buy time, not cure. Act fast, escalate smart, and never underestimate the asphyxiation risk.