1.Eczema within a Capillary Malformation: A Case of Meyerson Phenomenon.
Annals of Dermatology 2016;28(6):781-782
No abstract available.
Capillaries*
;
Eczema*
2.The role of histamine on angiogenesis and capillary network formation.
In Soon KIM ; Suk Yong LEE ; Jung Hee KIM ; Young Jin CHO ; Sang Bok LEE
Journal of the Korean Cancer Association 1993;25(4):607-615
No abstract available.
Capillaries*
;
Histamine*
3.Proximal and Lateral Chromonychia with Capillary Proliferation on the Distal Nail Matrix.
Young Bok LEE ; Eujin CHO ; Hyun Jeong PARK ; Baik Kee CHO
Annals of Dermatology 2012;24(2):240-241
No abstract available.
Capillaries
;
Nails
4.Comparison of blood glucose concentrations from capillaries and veins in SMBG.
Journal of Korean Academy of Nursing 1998;28(1):143-147
No abstract available.
Blood Glucose*
;
Capillaries*
;
Veins*
5.Development of the Unsteady Capillary Tube Viscometer and Viscosity Measurement of Blood Analogue Fluid.
Sang Ho SUH ; Min Tae CHO ; Byung Boong LEE ; Dong Ik KIM
Journal of the Korean Society for Vascular Surgery 2002;18(1):23-28
The purpose of the present study is to measure the viscosity of liquid in the capillary tube viscometer using the unsteady flow concept. The capillary tube viscometer is consisted of a small cylindrical reservoir, capillary tubes, and the mass flow rate measuring system interfaced with computer. Two capillary tubes with 1.152 and 3.002 mm (inner diameter) are used to determine the diameter effects on the viscosity measurements. The instantaneous shear rate and gravitational driving force in the capillary tube are determined by measuring the mass flow rate through the capillary tube instantaneously. The measured viscosities of water and aqueous Separan solution as the blood analogue fluid are in good agreement with the reported experimental data.
Capillaries*
;
Viscosity*
;
Water
6.Comparison of capillary transfer, vacuum transfer and electro-transfer in DNA analysis.
Mon Ho SUH ; Mee Yeol WHANG ; Sung Duck PAIK ; Won Ki BAEK ; Seong Il SUH ; Jong Wook PARK ; Jae Ryong KIM
Journal of the Korean Society for Microbiology 1993;28(4):295-302
No abstract available.
Capillaries*
;
DNA*
;
Vacuum*
7.Electron microscopic study on the brain capillary and pericapillary structures of the head-irradiated rats.
E Tay AHN ; Choong Nam OH ; Nam Gil YANG ; Jeong Sik KO ; Kyung Ho PARK ; Jin Gook KIM
Korean Journal of Anatomy 1993;26(3):311-325
No abstract available.
Animals
;
Brain*
;
Capillaries*
;
Rats*
8.Morphometrical study of capillary density in the skeletal meuscles of the rat following nerve injury and reinnervation.
Won Seok SIR ; Hye Youn LEE ; In Hyuk CHUNG
Korean Journal of Anatomy 1992;25(1):12-21
No abstract available.
Animals
;
Capillaries*
;
Rats*
9.A Case of Superficial Spreading Capillary Hemangioma.
Suk young LEE ; Jong Baik KIM ; Hoo Min CHOI ; Sung Min KIM ; Eun Jung KO ; Byung In RO ; Han Kyoung CHO
Korean Journal of Dermatology 2018;56(6):396-397
No abstract available.
Capillaries*
;
Hemangioma, Capillary*
10.Effect of Physical Vibration on Blood Viscosity
Sang Ho SUH ; Sang Sin YOO ; Dong Ik KIM ; Byung Boong LEE
Journal of the Korean Society for Vascular Surgery 1998;14(1):29-33
The objective of the current study is to investigate the effect of physical vibration on blood viscosity. The "capillary tube viscometer concept" is applied to measure blood viscosity. Blood viscosity can be measured at the minimum shear rate of 12 s(-1) by the capillary tube viscometer. To examine the effect of physical vibration on blood viscosity, the vibrations are produced by contact with an electronic speaker. The frequencies of vibration are varied from 0 to 1000 Hz. The experimental results show that blood viscosity can be effectively reduced by applying vibration. Blood viscosity decreases as much as 10~12 % by applying vibration.
Blood Viscosity
;
Capillaries
;
Vibration
Result Analysis
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