RT @BPoD_mrc
Proteins Ccdc57 & #urotensin key in development of spinal curvature #scoliosis #zebrafish. Image & research by Haibo Xie & Yunsi Kang et al @Oceanuniver_CN in @PLOSBiology. Read more on @MRC_LMS's http://bpod.mrc.ac.uk/archive/2023/4/23
#zebrafish #scoliosis #urotensin
A #zebrafish model of #scoliosis due to abnormal #ciliary beating & ependymal polarity defects reveals that uneven distribution of #Urotensin is a major cause of #SpinalCurvature; abnormal Urotensin signaling is also seen in human patients #PLOSBiology https://plos.io/3JbuKuX
#plosbiology #spinalcurvature #urotensin #ciliary #scoliosis #zebrafish
A #zebrafish model of #scoliosis due to abnormal #ciliary beating & ependymal polarity defects reveals that uneven distribution of #Urotensin is a major cause of #SpinalCurvature; abnormal Urotensin signaling is also seen in human patients #PLOSBiology https://plos.io/3JbuKuX
#plosbiology #spinalcurvature #urotensin #ciliary #scoliosis #zebrafish
A #zebrafish model of #scoliosis due to abnormal #ciliary beating & ependymal polarity defects reveals that uneven distribution of #Urotensin is a major cause of #SpinalCurvature; abnormal Urotensin signaling is also seen in human patients #PLOSBiology https://plos.io/3JbuKuX
#plosbiology #spinalcurvature #urotensin #ciliary #scoliosis #zebrafish