An Emergency Medicine Broadsheet
·Phoenix·
Est. MMXXVI
Blue Fish Med · Today's Topic
Prostatitis
Prostatitis is a spectrum ranging from self-limited pelvic pain to bacteremia, urinary retention, prostatic abscess, and sepsis. The key emergency distinction is infection with systemic risk versus chronic pain without demonstrable infection.
Also known asacute prostatitis · chronic prostatitis · acute bacterial prostatitis
A 42-year-old warehouse manager sits forward on the stretcher, sweating through his T-shirt and shifting every few seconds. He reports weeks of pelvic pressure, burning with urination, and pain after ejaculation; today, the symptoms are worse and he feels “flu-ish.” His temperature is 38.1°C, and the urine cup on the counter is still warm. The next examination has not yet happened.
— What’s your move? Read on.
Before you read
When is prostate manipulation dangerous?
Which patients require admission or urologic involvement?
When to Think of It
Pelvic/perineal pain, dysuria, frequency, urgency, painful ejaculation, obstructive voiding, fever, rigors, or recurrent urinary infection. Acute bacterial prostatitis is more likely with abrupt symptoms, fever, pyuria, and a tender or boggy prostate. Chronic bacterial prostatitis causes recurrent UTIs with the same organism over ≥3 months; chronic pelvic pain syndrome has pain ≥3 months without consistent infection.
Sick or Not Sick
The critical call is stable localized illness versus systemic infection, obstruction, or abscess. Hypotension, altered mentation, rigors, lactate elevation, urinary retention, immunocompromise, vomiting, or failure of outpatient therapy should push toward admission.
The First Fifteen Minutes
Obtain vitals, IV access, urinalysis and urine culture; obtain two blood-culture sets before antibiotics if this does not delay treatment.
Sepsis or hemodynamic instability → ceftriaxone 2 g IV now; it treats common urinary gram-negative pathogens while cultures are pending. If Pseudomonas risk, recent instrumentation, or healthcare exposure is substantial, cefepime 2 g IV q8h or piperacillin-tazobactam 4.5 g IV q6h may be appropriate—verify local protocol and renal adjustment.
Stable, able to take oral therapy, no STI concern → ciprofloxacin 500 mg PO q12h or levofloxacin 500 mg PO daily, because prostate penetration is reliable. Fluoroquinolone selection and duration require local resistance review; check a reference if uncertain.
Suspected gonococcal/chlamydial disease → ceftriaxone 500 mg IM once if <150 kg, 1 g IM once if ≥150 kg, plus doxycycline 100 mg PO q12h for 7 days if chlamydia has not been excluded.
Fever or pain → acetaminophen 1,000 mg PO/IV q6h PRN, maximum 4 g/day; reduce the maximum with liver disease, alcohol use, or low body weight.
Severe sepsis or hypotension → balanced crystalloid 30 mL/kg IV, with reassessment for pulmonary edema; fluids restore perfusion, but excess worsens congestion.
Persistent hypotension after fluid or fluid intolerance → norepinephrine 0.05–0.1 mcg/kg/min IV infusion, titrated to MAP ≥65 mmHg, because α-mediated vasoconstriction restores vascular tone. Use an institutional pump protocol.
Avoid vigorous digital prostate massage; if examination is needed, perform a gentle single-finger examination only.
Definitive Care & Disposition
Send urine culture, STI testing when indicated, CBC, metabolic panel, lactate if ill, and blood cultures in systemic disease. Treat acute bacterial prostatitis generally for 2–4 weeks, tailored to culture; severe infection may require IV therapy followed by an oral prostate-penetrating agent. Decompress retention with a suprapubic catheter if urethral catheterization is difficult or markedly painful; involve urology. Persistent fever after 36–48 hours, immunocompromise, or concern for abscess warrants CT/MRI and urologic drainage consideration. Stable, reliable patients can follow up closely as outpatients.
How This One Kills
The dangerous miss is repeated antibiotic treatment without recognizing obstruction or a prostatic abscess—leading to persistent bacteremia, sepsis, or inability to drain infected urine.
The Differential — What Else Looks Like This
Pyelonephritis — flank pain and costovertebral-angle tenderness dominate; confusing it with prostatitis can miss obstruction or an alternate source.
Epididymitis — unilateral scrotal tenderness/swelling; mislabeling torsion or epididymitis as prostatitis risks testicular loss or undertreatment.
Benign prostatic obstruction — chronic hesitancy without fever or inflammatory urine findings; unnecessary antibiotics delay relief of retention.
Chronic pelvic pain syndrome — ≥3 months of pain without infection; repeated antibiotics cause harm without treating the mechanism.
The Second-Day Story
Older adults may present with weakness, delirium, anorexia, or urinary retention rather than pelvic pain. Prior antibiotics can sterilize the urine and blunt fever, while diabetes or immunosuppression may make a severe infection look deceptively mild. Look for a new obstructive syndrome, unexplained inflammatory markers, recurrent same-organism UTIs, and subtle hemodynamic change.
Back to Our Patient
Back to our 42-year-old manager: fever, dysuria, pelvic pain, and a tender boggy prostate make acute bacterial prostatitis the leading diagnosis, while the absence of shock or retention places him initially in the stable branch. Urinalysis, urine culture, STI testing as indicated, CBC, and renal function are obtained; a gentle examination is performed without massage. He receives oral prostate-penetrating therapy because he can tolerate fluids and has no sepsis features, with strict return precautions for fever, vomiting, retention, or weakness. He is discharged with 24–48-hour reassessment and culture-directed therapy, unless his vital signs worsen or cultures and imaging suggest bacteremia or abscess.
Patient Presentation to Attending
How you’d present this patient on the floor — tight, pertinent positives and negatives, no rambling
“This is a 42-year-old man with several weeks of dysuria, perineal pressure, and painful ejaculation who now has worsening symptoms, fever to 38.1°C, and malaise. He denies flank pain, testicular pain or swelling, vomiting, confusion, and prior urinary instrumentation. He is uncomfortable but normotensive, without rigors or toxic appearance; a gentle prostate examination is tender and boggy, without fluctuance. My leading diagnosis is acute bacterial prostatitis, with pyelonephritis, epididymitis, and chronic pelvic pain syndrome less likely. I’ll obtain urinalysis, urine and STI cultures, CBC, renal function, and blood cultures if he appears systemically ill, start prostate-penetrating antibiotics, and discharge only if he remains stable, voids, and has reliable close follow-up.”
Study Directive
Memorize the acute bacterial prostatitis admission criteria and antibiotic options.
Practice distinguishing prostatitis, pyelonephritis, epididymitis, and retention from three short cases.
Review local fluoroquinolone resistance and renal dose adjustments in Lexicomp, UpToDate, or your institutional protocol.
Draw a decision tree from “fever + pelvic pain” to outpatient therapy, admission, imaging, or drainage.
A current, authoritative framework for distinguishing acute bacterial prostatitis from chronic bacterial and pelvic pain syndromes and choosing appropriate diagnostic testing and treatment.
More in Today's Issue
3 additional topics
2 of 4
Acute Prostatitis
Acute prostatitis can rapidly become gram-negative bacteremia, septic shock, urinary retention, or a prostatic abscess. In the unstable patient,...
Also known asacute bacterial prostatitis · bacterial prostatitis · prostate infection
A 67-year-old man arrives shivering beneath two blankets, his urine bag nearly empty despite drinking water all afternoon. He has burning urination, deep rectal pressure, and a temperature of 39.4°C; his blood pressure is 92/58 mmHg. His daughter says he became confused in the car. The team has not yet decided whether this is a urinary infection that can be treated from the floor—or a resuscitation problem.
Before You Read
What makes acute prostatitis septic rather than merely symptomatic?
How should urinary obstruction be relieved safely?
Which empiric antibiotic strategy fits a critically ill patient?
Why It Matters
Acute prostatitis can rapidly become gram-negative bacteremia, septic shock, urinary retention, or a prostatic abscess. In the unstable patient, resuscitation and timely broad-spectrum antibiotics matter more than diagnostic elegance.
When to Think of It
Abrupt fever, chills, dysuria, frequency, pelvic/perineal or rectal pain, obstructive symptoms, and a tender boggy prostate. Severe disease may include hypotension, confusion, oliguria, rigors, or elevated lactate.
Sick or Not Sick
The single fork is sepsis with organ dysfunction versus stable localized infection. For this patient, hypotension and confusion mean septic shock until proven otherwise.
The First Fifteen Minutes
Place on monitor, obtain two large-bore IVs, point-of-care glucose, lactate, CBC, CMP, urinalysis, urine culture, and blood cultures.
Within 1 hour when septic shock is suspected → cefepime 2 g IV q8h or piperacillin-tazobactam 4.5 g IV q6h, because early broad gram-negative coverage reduces untreated bacterial burden. Use local antibiogram and renal adjustment.
Add vancomycin 20–25 mg/kg IV loading dose when MRSA risk, recent healthcare exposure, catheter infection, or severe beta-lactam allergy creates a meaningful resistant gram-positive concern; dosing varies, so verify a pharmacy reference.
Hypoperfusion or hypotension → balanced crystalloid 30 mL/kg IV, reassessing after each bolus for response and overload.
MAP remains <65 mmHg after fluids or fluids are unsafe → norepinephrine 0.05–0.1 mcg/kg/min IV infusion, titrated, because vasoconstriction restores perfusion pressure.
Fever/pain → acetaminophen 1,000 mg PO/IV q6h PRN, maximum 4 g/day in healthy adults; it improves comfort but does not treat shock.
Do not perform vigorous prostate massage. If retention is present, seek urology input before repeated urethral attempts.
Definitive Care & Disposition
Admit all septic or unstable patients, generally to ICU if vasopressors, rising lactate, persistent hypotension, or organ dysfunction occurs. De-escalate to culture-directed therapy and transition to an oral prostate-penetrating agent once clinically improved. Treat for 2–4 weeks, often longer if bacteremia, abscess, or slow response. If fever persists 36–48 hours, obtain cross-sectional imaging for abscess or obstruction. A suprapubic catheter may be safer than urethral catheterization in severe retention or difficult anatomy.
How This One Kills
The lethal error is treating hypotension as dehydration alone while delaying antibiotics and source control; infected obstructed urine can continue seeding the bloodstream despite apparently adequate fluids.
The Atypical Presentation
Older men may show delirium, falls, oliguria, or hypotension without volunteering perineal pain. Prior antibiotics can eliminate pyuria or fever, and catheterized patients may have confusing baseline bacteriuria. The combination of new systemic illness, obstructive symptoms, and a urinary or pelvic source should keep acute prostatitis high on the list.
Back to Our Patient
Back to the 67-year-old man: fever, dysuria, pelvic pain, hypotension, confusion, and oliguria identify acute prostatitis with septic shock physiology rather than uncomplicated infection. He receives cultures without delaying broad-spectrum IV antibiotics, a weight-based crystalloid challenge, and norepinephrine when MAP remains inadequate. Because retention and infected obstruction are possible, urology is consulted for safe decompression rather than repeated traumatic catheter attempts. He is admitted to the ICU for vasopressor support, serial lactate and renal monitoring, culture-directed therapy, and imaging if fever or bacteremia persists.
Patient Presentation to Attending
“This is a 67-year-old man with abrupt dysuria, deep pelvic pressure, fever to 39.4°C, oliguria, and new confusion, now hypotensive at 92/58. He has no reported flank pain or testicular symptoms, but he appears toxic and has obstructive urinary symptoms. My leading diagnosis is acute bacterial prostatitis complicated by septic shock, with infected obstruction and pyelonephritis also under consideration. I’m obtaining blood and urine cultures, lactate, CBC, metabolic panel, and bedside bladder assessment while starting broad-spectrum IV antibiotics and 30 mL/kg balanced crystalloid. If his MAP remains below 65, I’ll start norepinephrine, and I’m calling urology for safe decompression and ICU admission.”
Study Directive
Run a 5-minute simulation: identify septic shock, order cultures, select antibiotics, give fluids, and start norepinephrine.
Memorize when persistent fever requires imaging for abscess.
Review your institution’s urosepsis antibiotic pathway and antibiogram.
Practice a verbal handoff to ICU and urology using the patient-presentation format above.
Key Medications
Cefepime: 2 g IV q8h; renal adjustment required.
Piperacillin-tazobactam: 4.5 g IV q6h; renal adjustment required.
Vancomycin: 20–25 mg/kg IV loading dose for serious infection; maintenance is pharmacy/AUC-guided.
Norepinephrine: start 0.05–0.1 mcg/kg/min IV, titrate to MAP ≥65 mmHg.
Balanced crystalloid: 30 mL/kg IV for septic shock or sepsis-induced hypoperfusion, with frequent reassessment.
Acetaminophen: 1,000 mg PO/IV q6h PRN; maximum 4 g/day.
Pediatric sepsis and antibiotic dosing are weight-based and protocol-dependent; use pediatric guidance.
High-Yield Pearls
Hypotension, confusion, and oliguria convert prostatitis into a sepsis-resuscitation problem.
A prostatic abscess is suggested by persistent fever despite active antibiotics, especially in diabetes or immunocompromise.
Decompression is source control—but instrumentation can worsen bacteremia if performed aggressively.
The Mimics
Obstructing ureteral stone with infected urine — flank pain or hydronephrosis; delayed drainage can cause rapid septic deterioration.
Rectal abscess — focal severe anorectal pain, sometimes with minimal external findings; missed drainage allows ongoing sepsis.
Medication or metabolic delirium — no urinary inflammatory syndrome; anchoring on delirium can miss septic shock.
Board Question
A man with acute prostatitis has persistent fever and bacteremia after 48 hours of appropriate antibiotics. What is the next best step?
AContinue the same therapy for four weeks without further evaluation
BVigorous prostate massage
CCross-sectional imaging for prostatic abscess or obstruction
DStop antibiotics because cultures are positive
Reveal answer
Correct: C
Cross-sectional imaging for prostatic abscess or obstruction. Persistent fever or bacteremia despite appropriate therapy should prompt evaluation for a drainable focus or inadequate source control.
A current, clinically focused reference for recognizing acute bacterial prostatitis, selecting empiric antibiotics, and identifying complications that require imaging or admission.
Highlights liver abscess as a rare metastatic complication to consider when acute prostatitis is accompanied by persistent sepsis, bacteremia, or abnormal liver findings.
Continuous bladder irrigation (CBI) prevents clot retention after gross hematuria, transurethral procedures, and selected bleeding lesions. It can also...
A 74-year-old man lies pale beneath a hospital blanket, watching the tubing that runs from his pelvis to a clear drainage bag. The bag has changed from pink to dark red, and small clots are collecting near the catheter port. He feels increasing suprapubic pressure despite repeated drainage attempts. The irrigation setup is at the bedside, but the decision to start—or stop—it has not yet been made.
Before You Read
When is continuous irrigation appropriate, and when is it dangerous?
How do you distinguish a blocked catheter from ongoing hemorrhage?
What is the most important calculation during irrigation?
Why It Matters
Continuous bladder irrigation (CBI) prevents clot retention after gross hematuria, transurethral procedures, and selected bleeding lesions. It can also conceal hemorrhage or cause bladder overdistension if inflow exceeds outflow.
When to Think of It
Gross hematuria with clots, catheter obstruction, bladder spasms, or recurrent retention after urologic surgery. CBI is appropriate only with a large-bore three-way catheter and a bladder that can safely drain.
Sick or Not Sick
The key call is patent drainage versus obstructed/ruptured system. Suprapubic pain, decreased output, leakage around the catheter, rising abdominal distension, or worsening pain despite inflow means stop irrigation and restore drainage immediately.
Pain or bladder spasm → acetaminophen 1,000 mg PO/IV q6h PRN, maximum 4 g/day; it treats discomfort without worsening bleeding.
Severe spasm after catheter patency is confirmed → oxybutynin 5 mg PO three times daily PRN; it reduces detrusor contractions but can worsen retention, delirium, and glaucoma—avoid in those settings.
Use sterile 0.9% sodium chloride irrigation, typically 3 L bags, through a 22–24 Fr three-way catheter; saline mechanically prevents clot accumulation. Irrigation fluid is not a systemic medication.
If active major bleeding with instability, balanced crystalloid 500–1,000 mL IV bolus, reassessing; activate a major hemorrhage pathway and transfuse per institutional protocol if shock or substantial blood loss is present.
Do not force irrigation against resistance. If the catheter is blocked, stop inflow, manually irrigate gently with sterile saline using a catheter-tip syringe, and call urology if patency cannot be restored.
Definitive Care & Disposition
Document inflow and true urine output: true output = drainage bag volume − irrigation volume. Titrate the flow to light pink drainage without clots, and continue serial hemoglobin, renal function, electrolytes, and vital signs. Admit patients with ongoing bleeding, transfusion need, anticoagulation-related hemorrhage, clot retention, renal injury, or inability to maintain catheter patency. Urology may perform cystoscopy, clot evacuation, fulguration, or definitive treatment of tumor, radiation injury, stone, or postoperative bleeding.
How This One Kills
The catastrophic error is continuing inflow into an obstructed catheter, causing bladder overdistension, perforation, worsening pain, and concealed ongoing blood loss.
The Atypical Presentation
Older or delirious patients may not report pain; the first clue is a suddenly empty drainage bag, new leakage around the catheter, agitation, or falling blood pressure. Anticoagulated patients may have deceptively modest visible blood while losing substantial volume. Always compare irrigation input with total drainage rather than reading the bag volume as urine output.
Back to Our Patient
Back to the 74-year-old man: dark-red drainage, clots, and suprapubic pressure suggest clot retention, but the first risk-stratification question is whether the catheter is patent. Inflow is paused while the tubing, bag, abdominal exam, and output are checked; gentle sterile saline irrigation restores patency without force. A large-bore three-way catheter is connected to CBI and titrated until drainage is light pink, with true urine output calculated after subtracting irrigation volume. Because bleeding persists and he is anticoagulated, he is admitted for urology evaluation, serial hemoglobin, and possible cystoscopic clot evacuation.
Patient Presentation to Attending
“This is a 74-year-old man with gross hematuria and recurrent clots after recent urologic instrumentation, now with suprapubic pressure and dark-red catheter drainage. He is pale but currently perfusing, with decreased apparent output and clots in the tubing; the abdomen is mildly distended without peritoneal signs. I’m concerned for clot retention and catheter obstruction rather than simple bladder spasm. I’ll pause inflow, assess patency, gently irrigate with sterile saline, then use a 22–24 French three-way catheter for titrated CBI if drainage is restored. I’ll trend true urine output, hemoglobin, creatinine, and anticoagulant effect, and admit him for urology management.”
Study Directive
Practice calculating true urine output from three simulated inflow/drainage examples.
Memorize the response to “pain + no drainage”: stop inflow, check tubing, assess bladder, gently irrigate, call urology.
Review three-way catheter setup and safe manual irrigation with your nursing team.
Build a differential for gross hematuria by lower tract, upper tract, trauma, malignancy, infection, and anticoagulation.
Key Medications
Acetaminophen: 1,000 mg PO/IV q6h PRN; maximum 4 g/day in healthy adults.
Oxybutynin immediate release: 5 mg PO three times daily PRN; avoid in uncontrolled narrow-angle glaucoma, ileus, significant retention, and use caution in older adults.
Sterile normal saline: continuous intravesical irrigation through a 22–24 Fr three-way catheter; rate is titrated to drainage, not fixed.
Balanced crystalloid: 500–1,000 mL IV bolus for hypovolemia, with reassessment.
Transfusion thresholds depend on active bleeding, shock, ischemia, and hemoglobin; follow institutional massive-transfusion protocol.
Pediatric catheter size and irrigation volumes are weight/anatomy dependent; use pediatric urology guidance.
High-Yield Pearls
The bag’s volume is not urine output; subtract all irrigation fluid.
CBI is a drainage problem before it is a medication problem: no outflow means stop inflow.
Persistent heavy bleeding despite patent irrigation requires urologic source control, not simply faster irrigation.
The Mimics
Catheter-associated bladder spasm — painful urgency with continued drainage; unnecessary escalation of irrigation can worsen discomfort.
Urethral false passage — resistance, bleeding, and inability to advance catheter; repeated attempts create perforation.
Upper-tract bleeding — flank pain or persistent hematuria despite a patent bladder catheter; treating only the bladder delays renal evaluation.
Bladder rupture — abdominal distension, pain, oliguria, or free fluid; continued irrigation can worsen extravasation.
Board Question
A patient receiving CBI develops suprapubic pain and the drainage bag stops filling. What is the best immediate action?
AIncrease the irrigation rate
BClamp the outflow tubing permanently
CStop inflow and assess/restore catheter patency
DAdminister oxybutynin and reassess in one hour
Reveal answer
Correct: C
Stop inflow and assess/restore catheter patency. Pain plus absent drainage suggests obstruction and possible bladder overdistension. Increasing inflow can cause perforation or extravasation.
Provides an ED-focused framework for evaluating gross hematuria and identifying clot retention that warrants a large-bore three-way catheter and continuous bladder irrigation.
4 of 4
Foley Follies
A Foley is simple until it creates a false passage, urethral trauma, infection, or bladder perforation. The best catheter complication is prevented by...
A 79-year-old woman arrives from a nursing facility with blood on the sheet and a catheter curled beside her thigh. She is restless, guarding her lower abdomen, and says she has not urinated “all night.” The first catheter attempt produced bright blood but no urine. A second attempt is being considered before anyone has clarified the anatomy or the reason for drainage.
Before You Read
When should urethral catheterization stop?
Which findings suggest urethral injury?
What is the safest alternative when drainage is urgently needed?
Why It Matters
A Foley is simple until it creates a false passage, urethral trauma, infection, or bladder perforation. The best catheter complication is prevented by confirming indication, positioning, lubrication, catheter size, and a stopping rule.
When to Think of It
Indications include acute retention, accurate output in critical illness, selected perioperative use, bladder irrigation, and comfort in end-of-life care. Avoid routine placement for convenience, incontinence, or obtaining a urine sample when a clean-catch or straight catheter is adequate.
Sick or Not Sick
The decisive call is possible urethral injury or difficult anatomy versus routine catheterization. Blood at the meatus, pelvic trauma, perineal ecchymosis, high-riding prostate, inability to pass a catheter, or severe pain should stop blind attempts and trigger urology evaluation.
The First Fifteen Minutes
Confirm the indication, inspect anatomy, perform bladder scan, and ask about pelvic trauma, prior difficult catheterization, prostate surgery, and strictures.
Urethral or meatal discomfort → lidocaine 2% jelly, 10–20 mL intraurethrally, wait 3–5 minutes for anesthesia and lubrication. Avoid force; dosing and maximum exposure should follow the product/institutional protocol.
Use an appropriately sized catheter, typically 14–16 Fr in adults; use a coude catheter for suspected prostatic obstruction, advancing gently with the curved tip oriented anteriorly.
Pain after successful drainage → acetaminophen 1,000 mg PO/IV q6h PRN, maximum 4 g/day; avoid routine NSAIDs if active hematuria or renal injury is present.
Symptomatic bladder spasm after confirmed drainage → oxybutynin 5 mg PO three times daily PRN; it relaxes detrusor contractions but can worsen retention and delirium.
Hemodynamic instability from pelvic trauma or bleeding → balanced crystalloid 500–1,000 mL IV bolus, with reassessment; activate trauma/massive transfusion pathways when indicated.
Do not give prophylactic antibiotics solely for routine catheter placement. If there is symptomatic infection, treat based on syndrome and cultures.
Definitive Care & Disposition
If blood is present at the meatus or pelvic fracture is suspected, perform retrograde urethrography before catheterization unless immediate life-saving drainage is required; involve urology. A suprapubic catheter may be needed for urethral disruption, failed catheterization, or severe obstruction. Remove unnecessary catheters promptly, use a closed drainage system, keep the bag below bladder level, and avoid routine disconnection. Document indication, catheter type/size, attempts, urine return, and complications.
How This One Kills
The classic failure is repeated blind attempts after a traumatic pass, converting a partial urethral injury into a false passage or complete disruption while delaying bladder drainage and urologic repair.
The Atypical Presentation
Older adults may present with delirium, falls, agitation, or incontinence rather than saying they cannot void. Women may have prolapse, atrophy, obesity, or altered landmarks; men may have strictures or prior instrumentation. A bladder scan, direct visualization, adequate lubrication, and a deliberate stopping rule are safer than escalating force.
Back to Our Patient
Back to the 79-year-old woman: urinary retention is likely, but blood after the first attempt makes further blind passage unsafe until injury and anatomy are reassessed. A bladder scan confirms a distended bladder; lidocaine jelly is used, and a carefully selected coude catheter is attempted only if no urethral-injury signs are present. When resistance and bleeding recur, the attempt stops, urology is called, and suprapubic drainage is considered. She is admitted or observed according to renal function, infection, bleeding, and whether safe definitive drainage is achieved.
Patient Presentation to Attending
“This is a 79-year-old woman from a nursing facility with presumed acute urinary retention, suprapubic pain, and no urine overnight. A prior catheter attempt caused bright blood without urine, and she now has persistent discomfort; I’m concerned about traumatic catheterization or a urethral injury rather than simple retention alone. I’ll perform a bladder scan, inspect the meatus and perineum, and avoid further blind attempts if there is blood at the meatus, abnormal anatomy, or resistance. If safe, I’ll use lidocaine jelly and a carefully selected catheter; otherwise I’ll obtain urology assistance for guidewire or suprapubic drainage. I’ll also assess infection, renal function, hematuria, and the ongoing need for a catheter.”
Study Directive
Demonstrate Foley placement on a simulator using sterile technique, lubrication, positioning, and a verbal stop rule.
Memorize the “blood at meatus or pelvic trauma → retrograde urethrogram/urology” pathway.
Review female catheter troubleshooting, including prolapse, atrophy, obesity, and altered landmarks.
Audit five recent catheter placements: indication, attempts, size, complications, and removal plan.
Key Medications
Lidocaine 2% jelly: 10–20 mL intraurethrally before catheterization; follow product maximum and institutional protocol.
Acetaminophen: 1,000 mg PO/IV q6h PRN; maximum 4 g/day in healthy adults.
Oxybutynin IR: 5 mg PO three times daily PRN; avoid in significant retention, ileus, uncontrolled narrow-angle glaucoma, and use caution in older adults.
Balanced crystalloid: 500–1,000 mL IV bolus when hypovolemia is suspected, with reassessment.
Antibiotics are not routine prophylaxis; select treatment by infection syndrome, cultures, renal function, and local guidance.
Blood at the meatus is a stop sign, not a reason to try a larger catheter.
An empty bladder on ultrasound argues against retention; do not place a Foley to treat oliguria from AKI.
Every catheter should have an indication, a documented plan for removal, and a defined complication threshold.
The Mimics
Acute urinary retention — palpable bladder and low output; catheterization may be appropriate but still requires attention to urethral injury risk.
Oliguric acute kidney injury — small or empty bladder on scan; a Foley will not fix low renal production and may introduce infection.
Bladder rupture — trauma, abdominal pain, hematuria, and low urine output; catheter placement alone does not address extravasation.
Vaginal bleeding mistaken for urethral bleeding — blood source is external; repeated catheter attempts cause unnecessary trauma.
Board Question
A man with pelvic fracture has blood at the urethral meatus and inability to void. What should be done before blind Foley placement?
AInsert a larger Foley with force
BPerform retrograde urethrography
CGive oxybutynin
DClamp the bladder for 6 hours
Reveal answer
Correct: B
Perform retrograde urethrography. Blood at the meatus after pelvic trauma suggests urethral injury. Imaging and urologic planning should precede blind catheterization, unless immediate life-saving drainage requires an alternate approach.
Use this practical review to avoid common Foley harms through appropriate indications, correct insertion and maintenance, prompt removal, and recognition of catheter-related complications.
Yesterday’s Differential
The daily puzzle — from editions past
A quick test of recall from prior editions. Commit to an answer before you check.
From yesterday's edition
A 76-year-old woman is brought in obtunded and profoundly bradycardic after feeling dizzy at home. Her blood pressure is barely palpable. What’s the diagnosis, and the first move?
Check your answer
Ventricular Escape Rhythm. Support the patient and treat the cause: check potassium and the medication list for AV-nodal blockers or digoxin, and provide chronotropic support (atropine, then transcutaneous/transvenous pacing) for high-grade or complete AV block — while never giving a drug that would suppress the escape rhythm.
From the September 19 edition
Today, three days ago: Droperidol. What’s the adult ED dose, and the contraindication you’d most regret missing?
Check your answer
Nausea/migraine: 0.625–2.5 mg IV/IM. Agitation: 5–10 mg IM/IV depending on severity and local protocol. Known QT prolongation/TdP risk when significant, Parkinson disease/Lewy body dementia caution, severe CNS depression.
From the September 12 edition
A 35-year-old man falls from a roof and has severe heel pain, plantar ecchymosis, and inability to bear weight. Radiographs show a displaced intra-articular calcaneus fracture; pulses and sensation are normal, and the skin is intact but markedly swollen. Which is the best next step?
AApply a circumferential short-leg cast and discharge
BImmediate open reduction and internal fixation in the emergency department
CElevate, immobilize in a well-padded splint, obtain CT, and consult orthopedics
DEncourage weight-bearing as tolerated to prevent stiffness
Reveal answer
Correct · C
CT characterizes intra-articular extension and guides operative planning, while swelling often necessitates delayed fixation. A circumferential cast can worsen soft-tissue pressure.
Journal Watch
From the FOAMed wire
Notable posts and reviews from the last week, ranked by relevance to today’s lead and source trust.
A critically ill infant arrives in respiratory failure, but a key exposure history raises concern for something beyond routine influenza. In Part 2 of our Special Pathogens series, we work through a suspected H5N1 avian influenza case, from initial stabilization and...
Does primary sedation with dexmedetomidine or clonidine reduce the time to successful extubation in mechanically ventilated critically ill patients compared to propofol-based sedation? The post The A2B Trial: Are Alpha-2 Agonists Better than Propofol for ICU Sedation?...
Podcast Picks
Two for the shift
Critical Care Perspectives in Emergency Medicine2026-09-01
Brain damage and death from ischemic encephalopathy is common after cardiac arrest. Animal studies and limited observational studies suggest that high oxygen exposure after ROSC may result in neuronal death. As such, it is hypothesized that limiting oxygen exposure (conservative oxygen) many attenuate reperfusion injury and improve outcomes. At present,...
Source
Critical Care Perspectives in Emergency Medicine
Published
2026-09-01
Host
Critical Care Perspectives in Emergency Medicine, Critical Care Perspectives in Emergency Medicine
SCCM recently published updated guidelines on neuromuscular blockade in ARDS. The authors present five recommendations, the first being the most potentially influential on practice. “Paralyze patients with ARDS...
Annals Journal Watch
From the specialty flagship
One recent paper from Annals of Emergency Medicine worth knowing on shift, chosen for practice impact — independent of today’s topics.
An observational study examines whether the Composite Pulmonary Embolism Shock Score is associated with short-term outcomes in ED patients with pulmonary embolism. Better early identification of impending decompensation could guide monitoring, consultation, and level of care.
Bottom line → For acute PE, combine structured shock-risk assessment with hemodynamics and organ-perfusion findings when deciding on early escalation and disposition, rather than relying on the score alone.
Critical Care Corner
Matched to today’s topics
A critical-care reference from LITFL’s Critical Care Compendium, tied to today’s differential.
Urinary-catheter fundamentals tie together acute prostatitis, continuous bladder irrigation, and Foley complications—especially when retention or clot obstruction makes drainage necessary but traumatic instrumentation raises the stakes.
OVERVIEW urinary catheter aka Foley catheter aka IDC or indwelling catheter INDICATIONS Bladder insertion urinary retention urine output measurement clot retention and bladder irrigation bed bound or comatose patients post-operative e.g. prostate surgery therapeutic, e.g. clot removal urinary incontinence urine specimen collection Other sites insertion in wound for balloon tamponade of bleeding ve
Pharmacology Corner
Two drugs for the shift
One antimicrobial and one other ED workhorse — selected daily, with sources and last-reviewed dates so every dose is cross-checkable.
Antimicrobial of the Day
Ampicillin
Aminopenicillin (IV)
Indication
Listeria coverage in meningitis at the extremes of age and in immunocompromise, enterococcal infections, GBS, neonatal sepsis, susceptible UTI, and enterococcal endocarditis (combination therapy).
What’s your dose? — reveal dosing & cautions
ED Dose
2 g IV q4h for meningitis/Listeria. Enterococcal endocarditis: 2 g IV q4h (with ceftriaxone or gentamicin). Neonatal sepsis: weight/age-based.
Renal Adjustment
Extend dosing interval when CrCl < 30 mL/min.
Contraindications
Penicillin hypersensitivity.
Interactions
Allopurinol increases rash incidence; may reduce efficacy of oral contraceptives.
Monitoring
Allergy/anaphylaxis, renal function, rash.
ED Pearl
Add ampicillin to empiric meningitis coverage at the extremes of age (neonates, > 50 years) and in immunocompromise to cover Listeria — ceftriaxone plus vancomycin misses it.
For educational use only. Verify dosing against the FDA label and your institution’s pharmacy resources before administering.
ECG of the Day
Misc
Hypothyroidism (Myxedema)
The triad of bradycardia, low QRS voltage, and widespread T-wave inversion in a cold, obtunded patient is the ECG of severe myxedema.
The Tracing
A 79-year-old man is referred to the ICU with coma, hypothermia, and hypotension that is not responding to inotropes. He is profoundly bradycardic. The admission 12-lead confirms a heart rate around 30. The QRS complexes are strikingly small in amplitude, especially in the limb leads, and there are widespread T-wave inversions across the tracing without accompanying ST-segment shift. The QT looks long. Nothing on the ECG points to an acute coronary event, and the low voltages and diffuse T-wave changes together give the tracing a flat, blunted appearance out of keeping with a primary cardiac catastrophe.
Bradycardia (in severe cases marked, e.g. around 30 bpm)
Low QRS voltage, especially in the limb leads
Widespread T-wave inversions, usually without ST deviation
QT prolongation
First-degree AV block and interventricular conduction delay may also be seen
Pearls
Bradycardia, low voltage, and diffuse T-wave inversion together form the classic myxedema triad — reading them as one picture in a hypothermic, obtunded patient points you at the thyroid rather than the heart.
The changes are driven by myxedematous gelatinous infiltration of the myocardium, reduced sympathetic activity, and the blunted inotropy and chronotropy of low thyroxine.
The ECG can track treatment: with thyroid replacement (e.g. intravenous T3 and T4) the rate normalizes and T-wave inversions correct, though low limb-lead voltage may persist from residual myxedematous infiltration.
Pitfalls
Widespread T-wave inversion invites an ischemic or ACS read; here it is typically without ST deviation and accompanies bradycardia and low voltage, pointing away from coronary occlusion.
Low QRS voltage has other causes (e.g. effusion); anchoring on those and missing the thyroid in a bradycardic, hypothermic patient delays the real diagnosis.
Hypotension refractory to inotropes should raise myxedema coma rather than prompting escalating pressors alone — the ECG is a prompt to check thyroid function.
At the Bedside
Let the triad trigger thyroid testing (TSH, T4) in the coma/hypothermia/bradycardia patient and start thyroid hormone replacement for myxedema coma; expect the rate and T-wave changes to correct with treatment rather than chasing them cardiac-first.
For educational use only. Verify ECG interpretation against the LITFL entry and your institution’s practice before clinical decision-making.
Case of the Day
From the lead · Prostatitis
Self-Examination
Test Your Understanding
A 58-year-old man has fever, dysuria, perineal pain, and a tender boggy prostate. Which examination maneuver should be avoided?
AGentle single-finger prostate examination
BCostovertebral-angle percussion
CVigorous prostate massage
DScrotal examination
Reveal answer
Correct answer · C
Vigorous prostate massage. It can force bacteria into the bloodstream and precipitate bacteremia. A gentle examination may support the diagnosis, but massage is unnecessary and hazardous in acute infection.
Study Pace4 topics today; Issue 70 of 94 — Renal and Urogenital (Week 39)Deadline · June 1, 2026