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- Title:
- Concept diagram: Determinants of Blood Pressure
- Description:
- Concept diagram: Determinants of Blood Pressure
- Keyword:
- Pressure, Blood, Pressure, Systolic, Pressure, Pulse, Pulse Pressure, Pressure, Diastolic Pressure, Pressures, Systolic, Systolic Pressure, Pressure, Diastolic
- Subject:
- Cardiovascular Physiological Phenomena, Arteries, Diagnostic Techniques and Procedures, Circulatory and Respiratory Physiological Phenomena, Blood Pressure, Vital Signs, Blood, Physical Examination, Hemodynamics, Blood Vessels
- Creator:
- Joel Michael, PhD
Professor Emeritus
Department of Physiology and Biophysics
Rush Medical College
- Publisher:
- Rush Medical College
- Language:
- English
- Copyright Holder:
- Rush Medical College
- Rights:
- http://www.i-human.com/service-agreement-print
- Resource Type:
- Chart/Diagram
- Identifier:
- 2718
- Title:
- Concept diagram: Compensation for orthostasis
- Description:
- Compensation for orthostasis
- Keyword:
- Lightheadedness, Light-Headedness, Light Headedness, Dizzyness, Orthostasis
- Subject:
- Cardiovascular Physiological Phenomena, Circulatory and Respiratory Physiological Phenomena, Sensation Disorders, Dizziness, Blood Pressure, Nervous System Diseases, Neurologic Manifestations
- Creator:
- Joel Michael, PhD
Professor of Physiology and Biophysics
Rush Medical College
- Publisher:
- Rush Medical College
- Language:
- English
- Copyright Holder:
- Rush Medical College
- Rights:
- http://www.i-human.com/service-agreement-print
- Resource Type:
- Chart/Diagram
- Identifier:
- 2453
- Title:
- S1 and S2 Heart Sound Visualization
- Description:
- Top panel: Normal physiologic splitting. During expiration A2 and P2 are separated by less than 30 ms and are heard as a single sound. During inspiration the splitting interval widens and A2 and P2 are clearly separated into two distinctively audible sounds.
Bottom panel: Audible expiratory splitting . In contrast to normal physiological splitting two distinct sounds and easily heard during expiration. Wide hysiological splitting is due to delay . Reverse splitting is due to delay in A2, resulting in paradoxical movement; that is, with inspiration P2 moves toward A2 and the splitting interval narrows.
Narrow physiological splitting is seen in pulmonary hypertension, and both A2 and P2 are heard during the expiration at a narrow splitting interval due to increased intensity and high-frequency composition of P2.
- Keyword:
- Reversed Splitting, Wide Physiologic Splitting, Heart Sounds, Normal Physiologic Splitting, Narrow Physiologic Splitting
- Subject:
- Cardiovascular Physiological Phenomena, Heart Sounds, Hemodynamics
- Creator:
- Paul Kent, MD
Rush Medical College
- Publisher:
- Rush Medical College
- Language:
- English
- Copyright Holder:
- Rush Medical College
- Rights:
- http://www.i-human.com/service-agreement-print
- Resource Type:
- Illustration
- Identifier:
- 1801
