1.Could we predict the development of slow/no-reflow phenomenon after reperfusion therapy?.
Korean Journal of Medicine 2008;74(1):1-3
No abstract available.
Reperfusion
2.Ischemic Reperfusion Injury and Anesthetics.
Korean Journal of Anesthesiology 2007;52(5):499-510
No Abstract available.
Anesthetics*
;
Reperfusion Injury*
;
Reperfusion*
3.Intracellular Calcium Alterations Induced during Reperfusion Injury are Altered by Local Anesthetics and Hypothermia.
Myung Hee KIM ; Yu Hong KIM ; Taehyung HAN ; Baekhyo SHIN
Korean Journal of Anesthesiology 1996;30(4):392-400
No abstract available.
Anesthetics, Local*
;
Calcium*
;
Hypothermia*
;
Reperfusion Injury*
;
Reperfusion*
4.Effects of preconditioning against reperfusion injury in rat skeletal muscle.
Kyu Jeong HAN ; Chang Sub UHM ; Dong Ho KIM ; Young Suk SUH
Korean Journal of Anatomy 1993;26(2):199-213
No abstract available.
Animals
;
Muscle, Skeletal*
;
Rats*
;
Reperfusion Injury*
;
Reperfusion*
5.Changes in Infarct Size after Reperfusion with Time in a Reversible Cerebral Ischemic Model in Rats.
Byoung Woo JUNG ; Byung Yon CHOI ; Soo Ho CHO ; Oh Lyong KIM ; Jang Ho BAE ; Seong Ho KIM
Journal of Korean Neurosurgical Society 2000;29(9):1171-1178
No abstract available.
Animals
;
Rats*
;
Reperfusion*
6.Rectus and oblique muscles of eyeball: a morphometric study of Indian population.
Sunita ATHAVALE ; Sheetal KOTGIRWAR ; Rekha LALWANI
Anatomy & Cell Biology 2015;48(3):201-204
During the strengthening and weakening procedures of intraocular muscles, distance of insertion from the sclerocorneal junction is an important determinant in the identification of muscles. During repositioning of the aponeurosis of the muscles, it is desired that the width should not change in order to avoid diversion of forces. Available anatomic studies on insertions of extraocular muscles are few, date back to early twentieth century and have been conducted on mostly white population. The present study is an attempt to document the insertions of recti and oblique muscles in Indian population. Forty eyeballs were removed from orbit. Insertion of recti and obliqui were cleaned and eyeballs were perfused with normal saline to regain the volume (hence shape and size) before recording observations. Insertion of recti and obliqui muscles were observed under various study parameters. The distance of insertion of recti from the limbus were found to be 7.3 mm, 8.06 mm, 8.71 mm, and 8.74 mm for medial, inferior, lateral, and superior rectus, respectively. The superior oblique was aponeurotic and found to be more variable in mode of insertion as compared to inferior oblique which had a fleshy and relatively constant insertion. The observations on insertion of recti and obliqui as obtained in present study differ from earlier studies to the tune of 1-1.5 mm. This may be attributed to adoption of method of reperfusion of eyeball before recording observations thus maintaining size close to in vivo. The observations are expected to be closer to actual.
Muscles*
;
Orbit
;
Reperfusion
;
Strabismus
7.Renal protection for ischemic and reperfusional injury in rats.
Sung Su YUN ; Myeong Jun SHIN ; Sun Kyo SONG ; Hong Jin KIM ; Minn Chul SHIM ; Koing Bo KWUN
Journal of the Korean Surgical Society 1991;41(5):628-634
No abstract available.
Animals
;
Rats*
;
Reperfusion*
8.Volatile anesthetics and ischemia-reperfusion injury.
Korean Journal of Anesthesiology 2015;68(3):211-212
No abstract available.
Anesthetics*
;
Reperfusion Injury*
9.Effect of Lidocaine on Intracellular Calcium Alterations during Energy Depletion and Reperfusion in Glial Cells.
Myung Hee KIM ; Soo Ryun LEE ; Baek Hyo SHIN
Korean Journal of Anesthesiology 1996;30(5):516-522
No abstract available.
Calcium*
;
Lidocaine*
;
Neuroglia*
;
Reperfusion*
10.The Role of Free Radicals in Reperfusion Myocardial Injury.
Yeungnam University Journal of Medicine 1991;8(2):1-12
No abstract available.
Free Radicals*
;
Reperfusion*
Result Analysis
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