Confirmatory Results
Analysis of novel domain-specific mutations in the zebrafish ndr2/cyclops gene generated using CRISPR-Cas9 RNPs
View ORCID ProfileAshley N. Turner, Reagan S. Andersen, Ivy E. Bookout, Lauren N. Brashear, James C. Davis, David M. Gahan, John P. Gotham, Baraa A. Hijaz, Ashish S. Kaushik, Jordan B McGill, Victoria L. Miller, Zachariah P. Moseley, Cerissa L. Nowell, Riddhi K. Patel, Mia C. Rodgers, Yazen A. Shihab, Austin P. Walker, Sarah R. Glover, Samantha D. Foster, View ORCID ProfileAnil K. Challa
doi: https://doi.org/10.1101/277715
Ashley N. Turner
1Department of Genetics
2Graduate Biomedical Sciences Program (Genetics, Genomics & Bioinformatics Theme)
Reagan S. Andersen
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Ivy E. Bookout
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Lauren N. Brashear
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
James C. Davis
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
David M. Gahan
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
John P. Gotham
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Baraa A. Hijaz
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Ashish S. Kaushik
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Jordan B McGill
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Victoria L. Miller
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Zachariah P. Moseley
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Cerissa L. Nowell
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Riddhi K. Patel
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Mia C. Rodgers
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Yazen A. Shihab
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Austin P. Walker
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Sarah R. Glover
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Samantha D. Foster
3Science & Technology Honors Program (all undergraduate students contributed equally in a Course-based Undergraduate Research Experience)
Anil K. Challa
1Department of Genetics
Article usage
Posted August 25, 2018.
Analysis of novel domain-specific mutations in the zebrafish ndr2/cyclops gene generated using CRISPR-Cas9 RNPs
Ashley N. Turner, Reagan S. Andersen, Ivy E. Bookout, Lauren N. Brashear, James C. Davis, David M. Gahan, John P. Gotham, Baraa A. Hijaz, Ashish S. Kaushik, Jordan B McGill, Victoria L. Miller, Zachariah P. Moseley, Cerissa L. Nowell, Riddhi K. Patel, Mia C. Rodgers, Yazen A. Shihab, Austin P. Walker, Sarah R. Glover, Samantha D. Foster, Anil K. Challa
bioRxiv 277715; doi: https://doi.org/10.1101/277715
Analysis of novel domain-specific mutations in the zebrafish ndr2/cyclops gene generated using CRISPR-Cas9 RNPs
Ashley N. Turner, Reagan S. Andersen, Ivy E. Bookout, Lauren N. Brashear, James C. Davis, David M. Gahan, John P. Gotham, Baraa A. Hijaz, Ashish S. Kaushik, Jordan B McGill, Victoria L. Miller, Zachariah P. Moseley, Cerissa L. Nowell, Riddhi K. Patel, Mia C. Rodgers, Yazen A. Shihab, Austin P. Walker, Sarah R. Glover, Samantha D. Foster, Anil K. Challa
bioRxiv 277715; doi: https://doi.org/10.1101/277715
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