1.Dialyis Membranes in 1999.
Korean Journal of Nephrology 2000;19(2):214-216
No abstract available.
Membranes*
2.A Case of Binocular Polycoria Due to Extensive Persistence of the Pupillary Membrane.
Byung Sik CHAE ; Jin Hyung YOO ; Jae Ho KIM
Journal of the Korean Ophthalmological Society 1969;10(1):35-37
A rare case of binocular polycoria due to extensive persistence of the pupillary. membrane was reported. Central visions of both eyes in this case were not disturbed because of the presentation of few holes in the thick pupillary membranes.
Membranes*
;
Telescopes*
3.The Effect of Negative electric field using charged PTFE membrane on Bone Healing of Rabbit Long Bone.
Yong Su KWON ; Jin Woo PARK ; Jae Mok LEE ; Jo Young SUH
The Journal of the Korean Academy of Periodontology 2004;34(3):551-562
No abstract available.
Membranes*
;
Polytetrafluoroethylene*
4.Management of Preterm Premature Rupture of the Membranes.
Korean Journal of Obstetrics and Gynecology 2003;46(1):5-9
No abstract available.
Membranes*
;
Rupture*
5.Management of Rupture of the Membranes Remote from Term.
Korean Journal of Perinatology 2007;18(3):203-213
No abstract available.
Membranes*
;
Rupture*
6.An immunosynapse - sites of the membrane glucosyl- phosphate idylinositol
Journal of Medical Research 2001;15(2):42-44
The extracellular proteins bound with the membrane through the sites of glucosyl-phosphat idylinositol (GPI) to generate the complexes of protein with GPI. The GPIs have concentrated structure to generate glycolipid rich sites in the membrane. These sites have inert property with detergent. The GPI bound extracellular proteins can transmit the sign to cells. This sign is the same as this transmitted from receptor MD. The exist of structure GPI may be an example of the concentration of many suitable molecules which intact mutually to implement optimal a function. These GPI related with the costimulation phenomena and their play likes as a synapse MD
Membranes
;
Proteins
7.A study of cellurality in human Reissner's membrane by age.
Tae Hyun YOON ; Jae Ho KIM ; Sang Yoon KIM
Korean Journal of Otolaryngology - Head and Neck Surgery 1991;34(4):668-672
No abstract available.
Humans*
;
Membranes*
8.Advanced applications of membrane technology in biological detection.
Jinxuan ZHANG ; Jianquan LUO ; Zhongyuan REN ; Hao ZHANG ; Xiangrong CHEN ; Yinhua WAN
Chinese Journal of Biotechnology 2019;35(12):2257-2268
Membrane creates the functions of protection, supporting, dispersion and separation. More functions can be designed by modifying membrane surface and grafting/loading selective ligands or catalysts on the membrane, thus membrane technology has been widely applied in biological detection, and its application approaches becomes diverse. Rational design of functional membranes can meet the demands in different steps of biological detection process, including sample pretreatment, preparation, response and sensing. This review summarized the functionalization methods of filtration membranes, applications of membrane technology in sample preparation and detection process, as well as the research on the integration of functional membranes. By revisiting the research progress on functional membrane design, preparation and applications for biological detection, it is expected to take better advantage of membrane materials structure and performance for constructing efficient and stable detection platform, which is more "adapted" to the detection environment.
Membranes, Artificial
9.Clinical Experience of High-flux Synthetic Membrane Hemodialysis.
Korean Journal of Nephrology 2000;19(2):217-217
No abstract available.
Membranes*
;
Renal Dialysis*
10.Premature Rupture of Membranes and Its Effect on Neonatal Sepsis.
Journal of the Korean Pediatric Society 1984;27(12):1162-1167
No abstract available.
Membranes*
;
Rupture*
;
Sepsis*
Result Analysis
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