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The 79 pages that link to Sepsis, each with the reason it gives.

• Acute kidney injuryRelated: Sepsis can cause acute kidney injury, and kidney dysfunction can complicate sepsis care.

• Gram-negative bacteriaRelated: Severe Gram-negative infections can trigger sepsis through bacterial products and host inflammation.

• Emergency medicineRelated: Early recognition and treatment are central to managing this rapidly progressive emergency.

• NeutrophilRelated: Neutrophil responses can help control infection yet contribute to systemic tissue damage.

• Emergency departmentRelated: Early recognition and treatment are central tasks in emergency care.

• Blood cultureRelated: Cultures can help identify the infection driving suspected sepsis.

• Disseminated intravascular coagulationRelated: Sepsis is a frequent trigger, and identifying it directs treatment of the underlying cause.

• Acute respiratory distress syndromeRelated: Sepsis is a common systemic trigger of ARDS.

• Healthcare-associated infectionRelated: A healthcare-associated infection can progress to sepsis and organ damage.

• MeningitisRelated: Meningitis-causing pathogens can spread through blood and cause this systemic complication.

• Arterial blood gas testRelated: Blood gases can reveal associated hypoxemia, acid–base changes, or impaired circulation.

• ImmunologyRelated: Sepsis demonstrates how a defense response can itself become systemically harmful.

• LactateRelated: Blood lactate can help assess illness severity and guide evaluation of impaired perfusion.

• LipopolysaccharideRelated: LPS can contribute to the inflammatory response, though sepsis has many microbial and host drivers.

• Multiple organ dysfunction syndromeRelated: It is a frequent cause of MODS, linking infection-triggered inflammation to organ dysfunction.

• Pattern recognition receptorRelated: Excessive microbial sensing can amplify the inflammation and tissue injury characteristic of sepsis.

• Post-intensive care syndromeRelated: Severe sepsis can trigger prolonged intensive care and lasting multisystem impairment.

• ShockRelated: Sepsis can cause distributive shock, often termed septic shock.

• Cytokine stormRelated: Severe infection can trigger systemic inflammation resembling a cytokine storm.

• MicrocirculationRelated: Sepsis can produce heterogeneous microvascular flow and impaired oxygen delivery.

• Stevens–Johnson syndromeRelated: Loss of the skin barrier can permit infection and contribute to severe systemic illness.

• Penetrating traumaRelated: Contaminated penetrating wounds can introduce pathogens into tissues or body cavities.

• Bacterial meningitisRelated: Meningitis-causing bacteria in the bloodstream can trigger sepsis alongside infection of the meninges.

• EndotoxinRelated: Endotoxin can contribute to the host response that produces sepsis.

• Bactericidal antibioticRelated: Severe infection often prompts rapid antibiotic treatment, with drug choice guided by likely pathogens and source.

• James A. GarfieldRelated: Infection spread through Garfield's wounds during his prolonged decline.

• Antibiotic eraRelated: Rapid antibiotic treatment is a cornerstone of care when bacterial sepsis is suspected.

• Incision and drainageRelated: A localized collection can contribute to systemic illness requiring urgent broader treatment.

• Sinus tachycardiaRelated: Infection and circulatory stress can produce persistent sinus tachycardia.

• Intensive care unitRelated: It is a common critical illness requiring prompt treatment and close monitoring.

• Pneumonic plagueRelated: Pneumonic plague can progress rapidly from lung infection to systemic illness.

• Klebsiella pneumoniaeRelated: Klebsiella bloodstream infections can trigger sepsis.

• PhagocyteRelated: Phagocyte responses can help control infection but also contribute to damaging inflammation.

• Bruce BeutlerRelated: Beutler’s research on endotoxin and inflammatory signaling informs understanding of harmful host responses in sepsis.

• Gunshot woundRelated: Infection complicating a wound can progress to systemic illness.

• GangreneRelated: An infection in gangrenous tissue can enter the bloodstream and trigger sepsis.

• Staphylococcal infectionRelated: Staphylococcal infection can trigger sepsis when the host response causes organ dysfunction.

• Bloodstream infectionRelated: A bloodstream infection can lead to sepsis, but sepsis can also arise from infections outside the blood.

• Diagnostic microbiologyRelated: Rapid blood-culture and molecular results can help identify the cause during urgent treatment.

• Harlequin ichthyosisRelated: Fissured skin and barrier failure increase vulnerability to serious infections.

• HyperlactatemiaRelated: Sepsis can raise lactate through altered circulation, metabolism, and clearance.

• MeropenemRelated: Meropenem may be selected for severe suspected bacterial infections, including some cases of sepsis.

• Robert WadlowRelated: An infected blister from a brace led to the infection that preceded Wadlow’s death.

• Toxic epidermal necrolysisRelated: Loss of the skin barrier raises infection risk, including progression to sepsis.

• Acute prostatitisRelated: Prostate infection can enter the bloodstream and progress to this emergency.

• Antibiotic sensitivity testingRelated: Rapid susceptibility information can guide treatment adjustments in serious infections.

• Infectious diseases (medical specialty)Related: Infectious disease physicians help identify the source and tailor treatment for severe infection.

• Respiratory tract infectionRelated: A respiratory infection can trigger sepsis when infection and inflammation spread systemically.

• Urogenital DiseasesRelated: Severe urinary infections can spread and trigger this systemic emergency.