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1.
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A comparative phenotypic and genomic analysis of C57BL/6J and C57BL/6N mouse strains
Michelle
M
Simon,
Simon
Greenaway,
Jacqueline
K
White,
Helmut
Fuchs,
Valérie
Gailus-Durner,
Sara
Wells,
Tania
Sorg,
Kim
Wong,
Elodie
Bedu,
Elizabeth
J
Cartwright,
Romain
Dacquin,
Sophia
Djebali,
Jeanne
Estabel,
Jochen
Graw,
Neil
J
Ingham,
Ian
J
Jackson,
Andreas
Lengeling,
Silvia
Mandillo,
Jacqueline
Marvel,
Hamid
Meziane,
Frédéric
Preitner,
Oliver
Puk,
Michel
Roux,
David
J
Adams,
Sarah
Atkins,
Abdel
Ayadi,
Lore
Becker,
Andrew
Blake,
Debra
Brooker,
Heather
Cater,
Marie-France
Champy,
Roy
Combe,
Petr
Danecek,
Armida
di Fenza,
Hilary
Gates,
Anna-Karin
Gerdin,
Elisabetta
Golini,
John
M
Hancock
et al.
Genome Biology 2013, 14:R82 (31 July 2013)
Abstract | Provisional PDF
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Editor’s summary
A comprehensive genomic and phenotypic analysis identifies significant differences between the widely used C57BL/6J and C57BL/6N mouse strains |
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2.
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Sequencing and characterization of the FVB/NJ mouse genome
Kim
Wong,
Suzannah
Bumpstead,
Louise
Van Der Weyden,
Laura
G
Reinholdt,
Laurens
G
Wilming,
David
J
Adams,
Thomas
M
Keane
Genome Biology 2012, 13:R72 (23 August 2012)
Abstract | Full text | PDF | PubMed | Cited on BioMed Central
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Editor’s summary
The genome of the FVB/NJ mouse is sequenced, revealing variants specific to this strain
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3.
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Transposable elements: not as quiet as a mouse
Rita
Rebollo,
Ying
Zhang,
Dixie
L
Mager
Genome Biology 2012, 13:159 (20 June 2012)
Abstract | Full text | PDF | PubMed
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Editor’s summary
Identification of over 100,000 transposon element variants in 18 mouse genomes reveals the role of negative selection in their evolution
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4.
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The genomic landscape shaped by selection on transposable elements across 18 mouse strains
Christoffer
Nellåker,
Thomas
M
Keane,
Binnaz
Yalcin,
Kim
Wong,
Avigail
Agam,
T Grant
Belgard,
Jonathan
Flint,
David
J
Adams,
Wayne
N
Frankel,
Chris
P
Ponting
Genome Biology 2012, 13:R45 (15 June 2012)
Abstract | Full text | PDF | PubMed | Cited on BioMed Central
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Editor’s summary
A comprehensive catalog of transposable elements across 18 mouse strains, and a subsequent analysis of selection acting on these transposable elements
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5.
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High levels of RNA-editing site conservation amongst 15 laboratory mouse strains
Petr
Danecek,
Christoffer
Nellåker,
Rebecca
E
McIntyre,
Jorge
E
Buendia-Buendia,
Suzannah
Bumpstead,
Chris
P
Ponting,
Jonathan
Flint,
Richard
Durbin,
Thomas
M
Keane,
David
J
Adams
Genome Biology 2012, 13:r26 (23 April 2012)
Abstract | Full text | PDF | PubMed | Cited on BioMed Central
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Editor’s summary
An extensive, genome-wide analysis of RNA editing in the brain transcriptomes of 15 mouse strains
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6.
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The fine-scale architecture of structural variants in 17 mouse genomes
Binnaz
Yalcin,
Kim
Wong,
Amarjit
Bhomra,
Martin
Goodson,
Thomas
M
Keane,
David
J
Adams,
Jonathan
Flint
Genome Biology 2012, 13:R18 (20 March 2012)
Abstract | Full text | PDF | PubMed | Cited on BioMed Central
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Editor’s summary
An extensive characterization of structural variations in the genomes of seventeen inbred mouse strains
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7.
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Mutation discovery in mice by whole exome sequencing
Heather
Fairfield,
Griffith
J
Gilbert,
Mary
Barter,
Rebecca
R
Corrigan,
Michelle
Curtain,
Yueming
Ding,
Mark
D'Ascenzo,
Daniel
J
Gerhardt,
Chao
He,
Wenhui
Huang,
Todd
Richmond,
Lucy
Rowe,
Frank
J
Probst,
David
E
Bergstrom,
Stephen
A
Murray,
Carol
Bult,
Joel
Richardson,
Benjamin
T
Kile,
Ivo
Gut,
Jorg
Hager,
Snaevar
Sigurdsson,
Evan
Mauceli,
Federica
Di Palma,
Kerstin
Lindblad-Toh,
Michael
L
Cunningham,
Timothy
C
Cox,
Monica
J
Justice,
Mona
S
Spector,
Scott
W
Lowe,
Thomas
Albert,
Leah
Donahue,
Jeffrey
Jeddeloh,
Jay
Shendure,
Laura
G
Reinholdt
et al.
Genome Biology 2011, 12:R86 (14 September 2011)
Abstract | Full text | PDF | PubMed | Cited on BioMed Central | f1000
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Editor’s summary
In solution capture reagents are developed for the mouse exome and demonstrated in multiple inbred strains and novel mutant strains
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8.
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The mouse genetics toolkit: revealing function and mechanism
Louise
van der Weyden,
Jacqueline
K
White,
David
J
Adams,
Darren
W
Logan
Genome Biology 2011, 12:224 (24 June 2011)
Abstract | Full text | PDF | PubMed | Cited on BioMed Central
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Editor’s summary
Many tools and technologies are now available for discovering disease genes, manipulating their function and understanding genetic variation in mice
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