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Genome imprinting and development in the mouse
M A Surani
, R Kothary
, N D Allen
,
P B Singh
, R Fundele
, A C Ferguson-Smith
, S C Barton
Department of Medicine
Department of Molecular Embryology, AFRC Institute of Animal Physiology and Genetics Research, Babraham, Cambridge, UK.
Research output
:
Contribution to journal
›
Review article
›
peer-review
151
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Citations (Scopus)
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Keyphrases
Chimera
100%
Genomic Imprinting
100%
Imprinted Genes
66%
Germ Cells
66%
Epigenetic Modification
33%
Cell Division
33%
Cell Proliferation
33%
Kidney
33%
Cell Differentiation
33%
Fertilization
33%
Paternal Allele
33%
Skeletal Elements
33%
Cumulative Effects
33%
Growth Retardation
33%
Epidermis
33%
Dermis
33%
Genetic Studies
33%
Mesodermal
33%
Modifier Genes
33%
Abnormal Development
33%
Anterior-posterior Axis
33%
Ectodermal
33%
Cytoplasmic Factors
33%
Cell Selection
33%
Parental Genomes
33%
Extraembryonic Tissue
33%
Embryonic Growth
33%
Androgenetic
33%
Embryonic Tissue
33%
Enhanced Growth
33%
Cell Proliferation Rate
33%
Selective Elimination
33%
INIS
genes
100%
mice
100%
growth
75%
chimeras
75%
cell proliferation
50%
interactions
25%
genetics
25%
tissues
25%
muscles
25%
modifications
25%
phenotype
25%
brain
25%
mammals
25%
kidneys
25%
cell division
25%
elongation
25%
oocytes
25%
cell differentiation
25%
fertilization
25%
germ cells
25%
cumulative effect
25%
epidermis
25%
Biochemistry, Genetics and Molecular Biology
Mouse
100%
Cell Proliferation
100%
Genomic Imprinting
100%
Genetics
50%
Epigenetic Modification
50%
Cell Division
50%
Allele
50%
Cellular Differentiation
50%
Cell Selection
50%
Germline
50%
Modifier Gene
50%
Germ Cell
50%