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The sequence of the 3.3-kilobase repetitive element from Dipodomys ordii suggests a mechanism for its amplification and interspersion
Paul Keim
, Karl G. Lark
Biological Sciences
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Article
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peer-review
3
Scopus citations
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Dive into the research topics of 'The sequence of the 3.3-kilobase repetitive element from Dipodomys ordii suggests a mechanism for its amplification and interspersion'. Together they form a unique fingerprint.
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Agriculture & Biology
Dipodomys ordii
96%
consensus sequence
60%
Dipodomys
39%
terminal repeat sequences
31%
genome
29%
DNA-directed RNA polymerase
27%
DNA
27%
promoter regions
19%
clones
18%
yeasts
17%
genomics
17%
nucleotide sequences
16%
Medicine & Life Sciences
Dipodomys
100%
Consensus Sequence
61%
RNA Polymerase III
37%
Genome
36%
Terminal Repeat Sequences
32%
DNA
30%
Yeasts
21%
Clone Cells
21%
Earth & Environmental Sciences
amplification
51%
genome
50%
DNA
44%
clone
28%
RNA
27%
genomics
26%
yeast
26%
comparison
11%