Skip to content
cardio.webdr
ToolsSpecialtiesEchoHeart sounds
ToolsSpecialtiesEchoHeart soundsFavoritesPrivate notes
cardio.webdr

Clinical clarity, in seconds. Built for focused decisions—not data collection.

Patient inputs stay on this device.
ExploreAll toolsSpecialtiesEchocardiographyHeart sounds
Your workspaceFavoritesPrivate notesCalculation historyOffline access
PlatformAboutFAQDevelopersFeedbackContact
© 2026 CardioWebdr Clinical support, not a substitute for judgment.PrivacyTermsStorageSupportReport an issue
All tools/ICU, Sepsis & Critical Care
Interactive worksheet8 clinical inputsPatient data not stored

SOFA Score for Organ Dysfunction Calculator

SOFA Score for Organ Dysfunction Explanation and Clinical Context The Sequential Organ Failure Assessment score is a clinical tool that evaluates the severity of organ dysfunction across six major organ systems. These systems include respiration coagulation liver function cardiovascular status central nervous system and renal function. Each system receives a subscore between zero and four based on objective clinical

Interactive worksheet

Clinical inputs

0/8 filled
Inputs stay on this device
Active structured worksheetActive local worksheet for structured input capture, review, copying, and export on this device. It deliberately makes no numerical or evidence claim without a reproducible primary source.
Clinical contextWhy this tool matters and how to interpret it

Understand the result,
not just the number.

SOFA Score for Organ Dysfunction Explanation and Clinical Context The Sequential Organ Failure Assessment score is a clinical tool that evaluates the severity of organ dysfunction across six major organ systems. These systems include respiration coagulation liver function cardiovascular status central nervous system and renal function. Each system receives a subscore between zero and four based on objective clinical and laboratory values.

The total score reflects the global burden of organ dysfunction. Higher scores indicate greater severity of illness and are associated with increased mortality risk. The score is widely used in intensive care units to monitor progression or improvement over time and to support prognostic discussion.

It is also used in sepsis diagnosis where an increase in score of two or more points represents a significant change in clinical status. The respiratory component assesses the ratio of arterial oxygen to inspired oxygen and the need for invasive ventilation. The cardiovascular component considers mean arterial pressure and vasopressor support.

Renal assessment can be based on serum creatinine or urine output. Consistent measurement and trending over time provide valuable insight into a patient clinical trajectory. Reference Vincent JL comma Moreno R comma Takala J comma et al.

The SOFA score to describe organ dysfunction and predict outcome in sepsis. Intensive Care Medicine. 1996 volume 22 issue 7 pages 707 to 710.

Clinical discussionModerated, tool-specific conversation

Loading discussion…

Moderated before publishingNever include patient identifiers.

Workspace mode

Structured worksheet

Active local worksheet for structured input capture, review, copying, and export on this device. It deliberately makes no numerical or evidence claim without a reproducible primary source.

On this pageWorksheet Clinical context Discussion

Privacy by default

Inputs, results, favorites, and notes remain in your browser unless you explicitly export them.

Privacy details
Report formula or content issue
Continue exploring

Related clinical tools

More in this specialty
Interactive worksheet

RSBI Mechanical Ventilation Weaning Index Calculator

ICU, Sepsis & Critical Care
Interactive worksheet

Minute Ventilation and Work of Breathing Calculator

ICU, Sepsis & Critical Care
Interactive worksheet

SAPS II ICU Severity Score Calculator

ICU, Sepsis & Critical Care
Interactive worksheet

POSSUM and P POSSUM Mortality Score Calculator

ICU, Sepsis & Critical Care
This active worksheet captures and exports structured inputs locally. It does not assert a numerical formula or evidence claim without a reproducible primary source.