Moderately increased ventricular areas in P7 Katnal2-KO mice and largely normal intracranial brain volumes in P70 Katnal2-KO mice.

<p>(A) Moderately increased areas of lateral ventricles in Katnal2-KO mice at P7, as shown by measurements derived from coronal brain slices. Note that brain areas are not increased at P7. AP axis, anterior-posterior axis. Scale bar, 2 mm. (<i>n</i> = 5 mice [WT], 6 [KO], two-way R...

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Main Author:	Ryeonghwa Kang (6793046) (author)
Other Authors:	Kyungdeok Kim (6793049) (author), Yewon Jung (9213287) (author), Sang-Han Choi (6371315) (author), Chanhee Lee (3542690) (author), Geun Ho Im (713696) (author), Miram Shin (18522861) (author), Kwangmin Ryu (18522864) (author), Subin Choi (2186788) (author), Esther Yang (5412929) (author), Wangyong Shin (6793040) (author), Seungjoon Lee (2094892) (author), Suho Lee (161437) (author), Zachary Papadopoulos (18522867) (author), Ji Hoon Ahn (9608488) (author), Gou Young Koh (8660559) (author), Jonathan Kipnis (18522870) (author), Hyojin Kang (2848577) (author), Hyun Kim (127301) (author), Won-Ki Cho (13009650) (author), Soochul Park (211242) (author), Seong-Gi Kim (8269452) (author), Eunjoon Kim (260465) (author)
Published:	2024
Subjects:	Cell Biology Genetics Neuroscience Physiology Mental Health Biological Sciences not elsewhere classified frequently accompany macrocephaly expression prevents ciliary ependymal ciliary hyperfunction hydrocephalus accompanying asd early postnatal katnal2 mice </ p mice leads related phenotypes related molecular related behavioral potential treatment motile cilia katnal2 leads causal relationship behavioral phenotypes beating frequency
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Moderately increased ventricular areas in P7 Katnal2-KO mice and largely normal intracranial brain volumes in P70 Katnal2-KO mice.

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