1.The First Korean Case of MAN1B1-Congenital Disorder of Glycosylation Diagnosed Using Whole-Exome Sequencing and Matrix-Assisted Laser Desorption Ionization Time-of-Flight Mass Spectrometry
Kyoung Bo KIM ; Gi Su LEE ; Soyoung SHIN ; Dong-Chan KIM ; Donggun SEO ; Hyeongjin KWEON ; Hyein KANG ; Sunggyun PARK ; Do-Hoon KIM ; Namhee RYOO ; Soyoung LEE ; Jung Sook HA
Annals of Laboratory Medicine 2025;45(1):112-115
2.Effect of Cervical Orthosis upon Swallowing.
Nami HAN ; Donggun KIM ; Hyundong KIM ; Hyunmee AN ; Namju LEE
Journal of the Korean Academy of Rehabilitation Medicine 2005;29(6):662-668
OBJECTIVE: To investigate the effect of cervical orthosis upon swallowing and the differences of bracing effect between normal people and spinal cord injured patients. METHOD: 12 normal adults and 32 cervical cord injured patients who were wearing one of the three common cervical orthoses (soft neck collar, Philadelphia brace, and Minerva brace) were recruited. Swallowing function was evaluated by videofluoroscopic swallowing study (VFSS) without cervical bracing for the baseline data and with cervical bracing to compare with baseline data. The parameters observed were oropharyngeal diameter, initiation point of swallowing, hyoid bone movement, laryngeal penetration, aspiration, and residual volume after swallowing. RESULTS: Cervical orthoses decreased oropharyngeal diameter, reduced hyoid bone movement, increased residual volume, and changed initiation point of swallowing. Minerva brace revealed to give more influence than other braces. Normal adult group and patient group showed no difference in cervical bracing effect. CONCLUSION: Attention should be paid to swallowing function when cervical bracing is needed because cervical bracing itself can increase the risk of aspiration.
Adult
;
Braces
;
Deglutition*
;
Humans
;
Hyoid Bone
;
Neck
;
Orthotic Devices*
;
Residual Volume
;
Spinal Cord

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