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Molecular hypotheses for position-effect variegation: Anti-sense transcription and promoter occlusion
R. Frankham
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Corresponding author for this work
Research output
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Contribution to journal
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Article
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peer-review
10
Citations (Scopus)
Overview
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Dive into the research topics of 'Molecular hypotheses for position-effect variegation: Anti-sense transcription and promoter occlusion'. Together they form a unique fingerprint.
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Mathematics
Promoter
83%
Occlusion
79%
Transcription
73%
Rearrangement
43%
Gene
26%
Predict
12%
Messenger RNA
9%
Phenotype
8%
Locus
6%
Prediction
5%
Agriculture & Biology
position effect (genetics)
75%
transcription (genetics)
40%
promoter regions
38%
antisense RNA
24%
genes
9%
inheritance (genetics)
8%
prediction
6%
phenotype
5%
loci
5%
gene expression
5%
Chemistry
Complementary Rna
100%
Spreading
57%
Strength
17%
Length
16%
Engineering & Materials Science
Transcription
62%
Genes
51%
RNA
32%
Messenger RNA
19%
Medicine & Life Sciences
Chromosomal Position Effects
90%
Antisense RNA
23%
Genes
10%
Gene Expression
5%
Messenger RNA
5%