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Partially redundant actin genes in Chlamydomonas control flagellum-directed traffic and transition zone organization

View ORCID ProfileBrittany Jack, David M. Mueller, Ann C. Fee, Ashley Tetlow, View ORCID ProfilePrachee Avasthi
doi: https://doi.org/10.1101/227553
Brittany Jack
1Department of Anatomy and Cell-Biology University of Kansas Medical Center
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David M. Mueller
1Department of Anatomy and Cell-Biology University of Kansas Medical Center
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Ann C. Fee
2University of Missouri-Kansas City, School of Medicine
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Ashley Tetlow
1Department of Anatomy and Cell-Biology University of Kansas Medical Center
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Prachee Avasthi
1Department of Anatomy and Cell-Biology University of Kansas Medical Center
3Department of Ophthalmology University of Kansas Medical Center
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Posted December 03, 2018.
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Partially redundant actin genes in Chlamydomonas control flagellum-directed traffic and transition zone organization
Brittany Jack, David M. Mueller, Ann C. Fee, Ashley Tetlow, Prachee Avasthi
bioRxiv 227553; doi: https://doi.org/10.1101/227553
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Partially redundant actin genes in Chlamydomonas control flagellum-directed traffic and transition zone organization
Brittany Jack, David M. Mueller, Ann C. Fee, Ashley Tetlow, Prachee Avasthi
bioRxiv 227553; doi: https://doi.org/10.1101/227553

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