1.Pathophysiology of Acute Brain Injury.
The Korean Journal of Critical Care Medicine 1998;13(1):21-24
No abstract available.
Brain Injuries*
2.Childhood brain injury: A review
Neurology Asia 2015;20(2):105-115
Childhood brain injury is an important and complicated public health issue worldwide. Extensive work
has been done in this field. This review highlights issues that are frequently misinterpreted or overlooked
in the management of childhood brain injury. The incidence of traumatic brain injury is higher than
non-traumatic brain injury. However it is frequently over-reported due to various confounding factors.
In ascertaining the severity of injury, assessment of brainstem functions is important and should be
included in routine clinical assessment. Most rehabilitative efforts are usually aimed at improving the
physical outcome. However, non-physical sequelae are also common and may be more disabling with
significant impact on the learning and functioning of the child. These areas, which include depression,
cognitive functioning and health-related quality of life of children, should not be overlooked in the
management of childhood brain injury. In addition to caregiver’s stress, family dynamic and siblings’
well-being also play a crucial role in the recovery process of the child. By highlighting the frequently
missed issues in the management of childhood brain injury, it is hoped that clinicians and professionals
could pay more attention to these issues and provide a comprehensive medical care for the patients
and their families.
Brain Injuries
3.Hypoxic brain injury with unilateral hemispheric cortical involvement following multiple wasp stings
Jeong Bin Bong ; Hyun Goo Kang ; Bum Joon Kim ; Han Uk Ryu
Neurology Asia 2017;22(3):279-281
The most frequently reported neurological complication of a wasp sting is ischemic stroke. We
treated a patient with wasp sting with unusual complications. A 52-year-old man was hospitalized
for anaphylactic shock after multiple wasp stings. Although the patient recovered consciousness
after 2 days, he had global aphasia and right hemiparesis. Brain magnetic resonance imaging and
angiography revealed high-intensity signals in the left basal ganglia and cerebral cortex and stenosis
of the left middle cerebral artery. After 2 days, the middle cerebral artery stenosis improved. After 5
days, diffusion-weighted imaging showed an enlarged lesion in the left frontal cortex. The infarct in
this case was due to a predominantly unilateral vasoconstrictive hypoxic brain injury from wasp stings.
Brain Injuries
4.Cellular and Biochemical Mechanism of Perinatal Hypoxic-Ischemic Brain Injury.
Journal of the Korean Pediatric Society 2002;45(5):560-567
No abstract available.
Brain Injuries*
;
Brain*
5.Bruxism Secondary to Hypoxic Brain Injury Treated With Botulinum Toxin-A.
Dong Sun KIM ; Hyeyun KIM ; Sang Jun AN ; Go Un KIM ; Ji Sun KWON ; Hyun Jeong HAN
Journal of the Korean Neurological Association 2012;30(4):367-369
No abstract available.
Brain
;
Brain Injuries
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Bruxism
6.Hypoxic-Ischemic Brain Injury and Erythropoietin.
Korean Journal of Perinatology 2004;15(4):350-355
No abstract available.
Brain Injuries*
;
Brain*
;
Erythropoietin*
7.Recent advances in emerging three-dimensional in vitro models for sport-related traumatic brain injury.
Xincheng DU ; Jibo WANG ; Wen ZHAO ; Pu CHEN ; Gaozhi OU
Journal of Biomedical Engineering 2021;38(4):797-804
Sports-related traumatic brain injury (srTBI) is a traumatic brain injury (TBI) caused by sports, which can result in cognitive and motor dysfunction. Currently, research on the molecular mechanism of srTBI and related drug development mainly relies on monolayer culture models and animal models. However, many differences exist in cell populations and inflammatory responses between these models and human pathophysiological processes. Most of the researches derived from the models can't effectively conducted translational research. Emerging three-dimensional (3D)
Animals
;
Brain Injuries
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Brain Injuries, Traumatic
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Humans
8.Hypoxic Brain Injury with Bilateral Dentate Gyrus Involvement.
Hyun Goo KANG ; Sung Kwang PARK ; Han Uk RYU
Journal of the Korean Neurological Association 2017;35(4):264-265
No abstract available.
Brain Injuries*
;
Brain*
;
Dentate Gyrus*
9.Actions of General Anesthetics against Ischemic Brain Injury.
Korean Journal of Anesthesiology 2005;49(5):595-601
No abstract available.
Anesthetics, General*
;
Brain Injuries*
;
Brain*
10.Development and Application of Cognitive Perceptual Assessment for Driving of People with Brain Injury - Comparison with Cognitive Behavioral Driver's Inventory.
Jun Wook LEE ; Soon Ja JANG ; Dong A KIM ; Si Woon PARK ; Won Kook JUNG ; Jung Hun YOO ; Jang Han LEE ; Sun I KIM
Journal of the Korean Academy of Rehabilitation Medicine 2004;28(6):523-531
OBJECTIVE: We developed the Cognitive Perceptual Assessment for Driving (CPAD) to assess the driving ability of people with acquired brain injury. To find out the usefulness of this tool as a screening test for safe driving, we compared it with the Cognitive Behavioral Driver's Inventory (CBDI). METHOD: Subjects were 101 people with acquired brain injury who had driven a car before the injury. Each subject was evaluated with CPAD and CBDI. CPAD consisted of 8 tasks and 10 variables. We calculated CPAD score using 10 variables and compared CPAD with CBDI result and score. RESULTS: The average CPAD score was 49.65 7.97. According to CBDI test, the number of CBDI passing group was 36, borderline group was 27, and failing group was 38. CPAD variables and score showed significant correlation with CBDI score (p<0.05). There was significant difference in CPAD variables and score among the 3 groups (p<0.05). CONCLUSION: CPAD can be a useful tool for assessing the driving ability of the people with acquired brain injury.
Brain Injuries*
;
Brain*
;
Mass Screening