1.CVP Changes in Hemodynamics with Vasoactive Drugs.
Korean Journal of Anesthesiology 1986;19(4):303-316
No abstract available.
Hemodynamics*
2.Optiscope(R) may have less stimulation on hemodynamic changes.
Junyong IN ; Gyungserk SHIM ; Seunghyun CHUNG ; Jeounghyuk LEE
Korean Journal of Anesthesiology 2013;64(4):390-391
No abstract available.
Hemodynamics
3.Normal Versus Abnormal Central Hemodynamics in the Korean Population.
Korean Circulation Journal 2010;40(4):163-164
No abstract available.
Hemodynamics
4.Hemodynamic Characteristics of Vascular Occlusive Disease.
Journal of the Korean Society for Vascular Surgery 2006;22(2):149-154
No abstract available.
Hemodynamics*
5.Hemodynamic Characteristics of Vascular Occlusive Disease.
Journal of the Korean Society for Vascular Surgery 2006;22(2):149-154
No abstract available.
Hemodynamics*
6.Apexcardiogram in Healthy Subjects: With Particular Reference to Intervals of Hemodynamic Events in the Cardiac Cycles.
Korean Circulation Journal 1973;3(1):33-37
By means of simultaneous recording of apexcardiogram and phonocardiogram, determination of intervals of hemodynamic events in cardiac cycles, along with per cent amplitude of rapid filling wave and A wave in the apexcardiogram were done in 50 healthy subjects, and their clinical significance was discussed.
Hemodynamics*
7.Hepatic Ischemia/Reperfusion Injury and Hemodynamic Changes.
The Korean Journal of Critical Care Medicine 2000;15(1):6-10
No abstract available
Hemodynamics*
8.The gait-dependent intermittent pneumatic compression ambulatory boot device: Preliminary reports on calf pressure and venous hemodynamics.
Philippine Journal of Surgical Specialties 2019;74(1):9-14
RATIONALE:
Compression therapy has been demonstrated to be
beneficial in a number of vascular conditions including chronic
arterial ischemia, venous insufficiency and primary and secondary
lymphedema. Its effectivity however is limited and questioned by
the nature of the treatment procedure which requires that the patient
be in a sitting or recumbent position while it is being administered.
METHODS:
The author describes the development of a boot device
which provides gait-dependent intermittent compression to the
ankle and calf
RESULTS:
In volunteer studies, the device produced a cycle of
pressure changes from 15-40 mmHg at the interface. Simulated calf
compression resulted in augmentation of venous flow recorded by
duplex sonography at the superficial femoral vein area, indicating an
improvement in venous hemodynamics with the use of the device.
CONCLUSION
These findings demonstrate the potential for an
attractive ambulatory alternative to the commonly employed nonambulant therapies for venous insufficiency.
Hemodynamics
9.Characteristics of Training Materials for Successful Microvascular Anastomosis and Preclinical Assessment of The Surgical Skills.
Chul Hoon CHANG ; Byung Yun CHOI
Korean Journal of Cerebrovascular Surgery 2007;9(4):243-246
The need for microvascular anastomosis is on the increase for the prevention or treatment of hemodynamic stroke or planned major vessel occlusion for the treatment of complex intracranial vascular lesions or tumors. The surgical skill of the microsurgeon is the most important factor for successful microvascular anastomosis. Thus, surgical experience in the laboratory is essential. With a review of the literature, we demonstrate characteristics of several training materials for the laboratory and preclinical assessments of surgical skills.
Hemodynamics
;
Stroke
10.Insight into the effects of dexmedetomidine on intraoperative hemodynamics and postanesthetic recovery speed.
Korean Journal of Anesthesiology 2012;62(2):111-112
No abstract available.
Dexmedetomidine
;
Hemodynamics
Result Analysis
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