Open AccessContent and performance of the MiniMUGA genotyping array: A new tool to improve rigor and reproducibility in mouse research
Author(s) -
J.S. Sigmon,
M.W. Blanchard,
Ralph S. Baric,
Timothy A. Bell,
J. Brennan,
G.A. Brockmann,
A. W. Burks,
J. Mauro Calabrese,
K.M. Caron,
R.E. Cheney,
D. Ciavatta,
F. Conlon,
D.B. Darr,
J. Faber,
C. Franklin,
T.R. Gershon,
Lisa E. Gralinski,
B. Gu,
Christiann H. Gaines,
Robert S. Hagan,
E.G. Heimsath,
Mark T. Heise,
P. Hock,
F. Ideraabdullah,
J. Charles Jennette,
T. Kafri,
A. Kashfeen,
M. Kulis,
V. Kumar,
C.L. Linnertz,
Alessandra LivraghiButrico,
K. C. Kent Lloyd,
C. Lutz,
R.M. Lynch,
Terry Magnuson,
G.K. Matsushima,
Rachel C. McMullan,
Denis R. Miller,
Karen L. Mohlke,
S.S. Moy,
C.E.Y. Murphy,
M. Najarian,
L. Oapos;Brien,
A.A. Palmer,
B.D. Philpot,
S.H. Randell,
L. Reinholdt,
Y. Ren,
S. Rockwood,
A.R. Rogala,
A. Saraswatula,
Chiara Sassetti,
J.C. Schisler,
Sarah A. Schoenrock,
Ginger D. Shaw,
John R. Shorter,
C.M. Smith,
C.L. St. Pierre,
Lisa M. Tarantino,
D.W. Threadgill,
William Valdar,
B.J. Vilen,
K. Wardwell,
Jason K. Whitmire,
Lucy H. Williams,
M.J. Zylka,
Martin T. Ferris,
L. McMillan,
F.P. Manuel de Villena
Publication year - 2020
Publication title -
carolina digital repository (university of north carolina at chapel hill)
Language(s) - English
DOI - 10.17615/tfcg-gt15
Subject(s) - reproducibility , genotyping , biology , computer science , genotype , chromatography , genetics , chemistry , gene