1.Progressive Memory Disturbance.
Journal of the Korean Medical Association 1999;42(7):691-694
No abstract available.
Memory*
2.A Study to Know the Difference between IPSS Based on Memory and IPSS Based on Voiding Diary.
Jong Sung KIM ; Chang Kyung CHOI ; Joung Sik RIM
Korean Journal of Urology 2000;41(9):1097-1102
No abstract available.
Memory*
3.In memory of Ralph Steinman.
Journal of Periodontal & Implant Science 2011;41(5):209-210
No abstract available.
Memory
4.In memory of professor Soon Ho Nam.
Korean Journal of Anesthesiology 2015;68(6):624-625
No abstract available.
Memory*
5.Designing the Memory File System for Standardizing A Korean Medical Healthe IC Card.
Journal of Korean Society of Medical Informatics 1999;5(2):75-80
The Medical health IC card should allow consistent, complete management of a patient's medial information across different medical centers. Even though many medical institutions are researching on a medical health IC card, as yet no standard is determined for the items that should be stored in the cards. Since there are no standards for the items, the use of the card is limited and confined within specific hospitals or regions. In this paper, we investigated various standardized items adopted in the medical health IC card and how they are actually stored in a card. We proposed a storage mechanism that categorizes each item into 3 hierarchical classes: the Global class, the Interest class, and the Detail class. In addition, the memory file system for the medical health IC card was also designed to conform to the international standards. The proposed memory file system can store the standard item within the limited memory capacity of IC cards. The memory file system also facilitates selective storage mechanism to save memory space by allowing only the selected items can be stored as needed. That is, except the information needed for the security purpose, all other items can be selectively stored as needed. Therefore, it is necessary that application programs accessing the medical health IC card must provide means of security.
Memory*
6.In the memory of Professor Felicidad Cua-Lim
Asia Pacific Allergy 2014;4(4):185-186
No abstract available.
Memory
8.Effect of Intensity of Unconditional Stimulus on Reconsolidation of Contextual Fear Memory.
Chuljung KWAK ; Jun Hyeok CHOI ; Joseph T BAKES ; Kyungmin LEE ; Bong Kiun KAANG
The Korean Journal of Physiology and Pharmacology 2012;16(5):293-296
Memory reconsolidation is ubiquitous across species and various memory tasks. It is a dynamic process in which memory is modified and/or updated. In experimental conditions, memory reconsolidation is usually characterized by the fact that the consolidated memory is disrupted by a combination of memory reactivation and inhibition of protein synthesis. However, under some experimental conditions, the reactivated memory is not disrupted by inhibition of protein synthesis. This so called "boundary condition" of reconsolidation may be related to memory strength. In Pavlovian fear conditioning, the intensity of unconditional stimulus (US) determines the strength of the fear memory. In this study, we examined the effect of the intensity of US on the reconsolidation of contextual fear memory. Strong contextual fear memory, which is conditioned with strong US, is not disrupted by inhibition of protein synthesis after its reactivation; however, a weak fear memory is often disrupted. This suggests that a US of strong intensity can inhibit reconsolidation of contextual fear memory.
Memory
9.Cherishing the memory of Professor Sang-In Kim.
Korean Journal of Hematology 2011;46(2):59-59
No abstract available.
Memory
10.Neuropsychological effects of chronic alcoholism on the tactual-spatial performance and memory.
Jong Sub LEE ; Chan Hyung KIM ; Sung Hoon LEE ; Won Joon HWANG ; Kae Joon YOO
Journal of Korean Neuropsychiatric Association 1993;32(1):59-69
No abstract available.
Alcoholism*
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Memory*
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