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MeSH:(Hindlimb Suspension*)

2.A Histochemical Changes of Calf Muscle Fibers after Rat Hindlimb Suspension.

Han Young JUNG ; Jun Ki LEE ; Yoon Koo KANG

Journal of the Korean Academy of Rehabilitation Medicine 1997;21(1):186-193

3.Implementation of a Two-dimensional Behavior Matrix to Distinguish Individuals with Differential Depression States in a Rodent Model of Depression.

Jin Young PARK ; Tae Kyung KIM ; Juli CHOI ; Jung Eun LEE ; Hannah KIM ; Eun Hwa LEE ; Pyung Lim HAN

Experimental Neurobiology 2014;23(3):215-223

4.Changes in muscle spindle afferent discharge activities in rat soleus following hindlimb immobilization.

Xuehong ZHAO ; Wenjing ZHANG ; Xi ZHOU ; Yan GAO ; Xiaoli FAN ; Guangbin LIU

Journal of Southern Medical University 2015;35(2):252-255

6.Morphological changes in rat testes after Hindlimb Unloading model.

Hae Chul AHN ; Chul Hyun KIM ; Jae Hyeng IM ; Gi ho LEE ; Sahng LEE ; Mi Ja PARK ; Chan KIM

Korean Journal of Aerospace and Environmental Medicine 2006;16(3):49-56

7.Relationship between simulated weightlessness-induced muscle spindle change and muscle atrophy.

Xue-Hong ZHAO ; Xiao-Li FAN

Acta Physiologica Sinica 2013;65(1):96-100

9.Spectral analysis of blood pressure signal in conscious rats released from simulated microgravity.

Jiu-Hua CHENG ; Shou-Yan WANG ; Li-Fan ZHANG ; Xin LIU ; Yang LIU ; Jin MA

Acta Physiologica Sinica 2008;60(1):74-82

10.A brief review of bone adaptation to unloading.

Ping ZHANG ; Kazunori HAMAMURA ; Hiroki YOKOTA

Genomics, Proteomics & Bioinformatics 2008;6(1):4-7

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