KIF15 interacts with PSD95 and affect its localization in neuronal cytoplasm neurons of the PFC.

KIF15 interacts with PSD95 and affect its localization in neuronal cytoplasm neurons of the PFC.

<p>A and C: Co-IP result of cortical protein homogenate from P1 <i><i>Kif15</i></i><sup><i>+/+</i></sup> mouse. B: Result of co-IP assays from 293T cells which simultaneous overexpression of KIF15-GFP and PSD95-Flag. Asterisks indicate interactio...

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Bibliographic Details
Main Author:	Xiaomei He (795333) (author)
Other Authors:	Wei Zhang (405) (author), Xu Chen (432759) (author), Zhangji Dong (337485) (author), Chengyuan Wei (22170700) (author), Tao Wu (16763) (author), Dexia Kong (5055602) (author), Roujia Kong (22170703) (author), Ronghua Wu (383371) (author), Yan Liu (25061) (author), Mei Liu (41760) (author)
Published:	2025
Subjects:	Cell Biology Genetics Molecular Biology Neuroscience Developmental Biology Mental Health Biological Sciences not elsewhere classified gabrb1 significantly upregulated associated motor protein obvious manic behavior exhibited significant impacts div >< p associated molecular motor affects neurite growth psd95 protein using psd95 localized close precise neuronal circuitry mice using crispr mice simultaneously exhibited european population showed >< sup >< thus affects molecular mechanism depressive behavior neuronal excitation neuronal development type mice mice showed zebrafish rescued spine morphology significant decrease psychiatric disorders previous studies novel role nmda receptors mushroom spines mood disorders mood disorder ip assays human emotion exogenous co developmental brain dendritic spines dendritic morphology chromosome 3 cell membrane cas9 technology bipolar disorder ></ sup 12 ),
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