The frameworks that define encounter structure, early assessment logic, immediate stabilization reasoning, and the highest-yield resuscitation domains — the core operating layer of the document library.
Encounter architecture from doorway to disposition
A structured encounter framework that organizes the patient assessment process from initial impression through primary and secondary assessment. The foundational organizing structure for all clinical encounters.
Included
How It Connects
The foundational framework that Phylux Assess is built on. All system library documents extend and apply within this encounter structure.
Access Options →Airway assessment, threat recognition, and management escalation
Frameworks for evaluating airway patency and threat, recognizing escalating airway compromise, making structured airway management decisions, and organizing escalation pathways. A core resuscitation domain.
Included
How It Connects
Connects directly to the Respiratory framework library and feeds into the Oxygen Transport adjunct document.
Access Options →Breathing assessment, respiratory physiology, and treatment reasoning
Frameworks for breathing assessment, respiratory physiology, clinical state organization, and treatment reasoning — from initial evaluation through escalating management decisions.
Included
How It Connects
Builds on Patient Assessment. Connects to the Oxygen Transport adjunct bridge document linking respiratory and cardiovascular reasoning.
Access Options →Hemodynamic assessment, perfusion states, and cardiovascular treatment
Frameworks for hemodynamic assessment, circulatory physiology, perfusion state recognition, shock logic, and cardiovascular treatment reasoning — across emergency and critical care settings.
Included
How It Connects
Builds on Patient Assessment. Connects to the Oxygen Transport adjunct bridge document and the Cardiac & Vascular system library pages.
Access Options →Neurologic assessment, localization, and acute brain injury reasoning
Frameworks for structured neurologic evaluation, consciousness and arousal assessment, anatomic localization of deficits, acute brain injury state recognition, and treatment prioritization for high-acuity neurologic presentations.
Included
How It Connects
Builds on Patient Assessment. Connects to the Toxic-Metabolic system library for altered mental status and toxin-related neurologic presentations.
Access Options →Explore the full document library.