Critical-care-land

Critical-Care Land outline:

The following is the outline for this project. The project concludes critical-care/emergency case reports based on the CARE Guidelines, Scientific Models that illustrate the scientific bases and theory behind these phenomena in a miniaturized form of the actualization, and finally some guidelines summaries, typically from NICE, AHA, ATS, ESC, and SCCM.

Case Reports:

[!NOTE] All patient information are protected! These reports didn’t require an informed consent at the moment of writing; as patient demographic data are completely wiped out, these are anonymous docs.

All these reports are Open Access and based on the CARE guidelines.

• Traumatic Brain Injury, Diffuse Axonal Injury (TBI/DAI): A case report.
• Pulmonary Embolism: A case report
• Anti-phospholipid Syndrome presented with stroke: A case report
• Carotid A. Dissection as a result of M.V.A: A case report
• D.V.T in pregnancy: A case report
• Diabetic Complications - Hyperosmolar Hyperglycemic Syndrome: A case report
• Kawasaki Disease: A case report

Scientific Models:

Physiological/Pathological models (A blend of Conceptual, Iconic, and Symbolic formalizations):

• Pressurization in lungs and mechanical ventilation
• Pressurization in the arteriovenous circulation and the heart hemodynamics
• Interactions among the cardiopulmonary system dynamics
• Analogous Structural Model for the Human Heart
• Generic Model for Electrocardiography
• Generic Model for the Electrocardiographical Defects
• Generic Model for Electroencephalography
• Generic Model for the Electroencephalography defects
• Generic Model for Stroke Syndromes
• Generic Model for Shock Syndromes
• Generic Model for X-ray devices
• Specific Model for CXR Imaging
• Generic Model for MRI devices
• Specific Model for Brain MRI/MRA Imaging
• Specific Model for Cardiac MRI Imaging
• Generic Model for Ultrasonographic devices
• Specific Model for Echocardiography
• Specific Model for Carotid Doppler
• Generic Model for drugs pharmacokinetics and pharmacodynamics

Clinically-based models (A blend of Conceptual, and Iconic formalizations):

• Cover Model for Critical Care Algorithms
• Generic Model for History analysis, physical examination, diagnostic evaluation, and patient timeline
• Generic Model for Cerebral Stroke Syndromes
• Generic Model for Myocardial Stroke Syndromes
• Generic Model for Septic Shock Syndromes
• Generic Model for Hypovolemic Shock Syndromes
• Generic Model for Hemorrhagic Shock Syndromes
• Generic Model for Obstructive Shock Syndromes
• Generic Model for Cardiogenic Shock Syndromes
• Specific Model for MI-induced Cardiogenic Shock Syndromes
• Specific Model for Pulmonary Embolism
• Specific Model for Tension Pneumothorax
• Specific Model for Aortic Dissection Syndromes
• Generic Model for cardiogenic conduction defects

Models for Guidelines:

• Dealing with patients presenting with Stroke
• Dealing with patients presenting with MI
• Dealing with patients presenting with PE
• Dealing with patients presenting with Shock
• Dealing with patients presenting with Cardiopulmonary Arrest
• Dealing with patients presenting with Diabetic complications
• Dealing with patients presenting with Endocrinological disorders
• Dealing with patients presenting with Respiratory Distress
• Dealing with patients requiring mechanical ventilatory support
• Dealing with patients presenting with AF
• Dealing with patients presenting with HF and HF identification

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