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Cell-Type Specificity of Genomic Imprinting in Cerebral Cortex.
Neuron, 2020 Laukoter S +8 more
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2002
Abstract Genomic imprinting refers to a surprising discovery in the 1980s that in mammals (and flowering plants, such as corn) some genes in an individual have their pattern of expression affected by the sex of the parent that contributed the gene.
Katharine L. Arney +2 more
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Abstract Genomic imprinting refers to a surprising discovery in the 1980s that in mammals (and flowering plants, such as corn) some genes in an individual have their pattern of expression affected by the sex of the parent that contributed the gene.
Katharine L. Arney +2 more
+4 more sources
Current Opinion in Pediatrics, 1995
Parental, or genomic, imprinting is a newly described form of genetic regulation, leading to the differential behavior of each parental copy of a gene. The precise mechanism responsible for the imprint, or allele-specific behavior of gene transcription, is still unclear; it is thought that modifications not involving the DNA base sequence (therefore ...
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Parental, or genomic, imprinting is a newly described form of genetic regulation, leading to the differential behavior of each parental copy of a gene. The precise mechanism responsible for the imprint, or allele-specific behavior of gene transcription, is still unclear; it is thought that modifications not involving the DNA base sequence (therefore ...
openaire +2 more sources
GENOMIC IMPRINTING AND CARCINOGENESIS
The Lancet, 1988Genomic imprinting might play an important part in the development of several tumours. It is suggested that in Wilms' tumorigenesis, imprinting normally renders inactive a transforming gene on the maternally derived chromosome 11, leaving intact the paternally inherited chromosome 11 and the Wilms' transforming gene that it carries. A similar mechanism
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1995
Abstract The inheritance systems described in the last chapter were concerned with the faithful transmission of epigenetic information either in somatic cell lineages, or from one generation of unicellular organisms to the next. It is usually taken for granted that in multicellular organisms, unless reproduction occurs vegetatively, such
Eva Jablonka, Marion J Lamb
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Abstract The inheritance systems described in the last chapter were concerned with the faithful transmission of epigenetic information either in somatic cell lineages, or from one generation of unicellular organisms to the next. It is usually taken for granted that in multicellular organisms, unless reproduction occurs vegetatively, such
Eva Jablonka, Marion J Lamb
openaire +1 more source