Dhyd\Minos
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| Symbol | Dhyd\Minos | Species | D.hydei |
| Name | Minos element | FlyBase ID | FBte0000026 |
| Feature type | natural transposable element | ||
Recent Updates
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| Description |
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| FB2013_03 | |||
| FB2013_02 | |||
| All updates | Click here to see a list of all updates to this record from FB2010_08 and on. | ||
Sequences & Components
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| Complete element (bp) |
1775
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| Terminal repeat (bp) |
255
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| Reference sequence | transposon_sequence_set.embl.txt.gz | ||
| Component genes | |||
Sequence Accessions
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Sequence Ontology (SO)
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| Transposon type | |||
Insertions & Copy Number
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| Copy number and comments |
to 30
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| Search for | |||
| Target Site Duplication | |||
| Size (bp) |
0 or 1
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Orthologs
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| Curated drosophilid orthologs | |||
Comments
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Mi{ET1} insertions in D. melanogaster are over-represented in both testis-specific and all other loci within underreplicated regions
of the genome (URs) compared to flanks; this pattern is the opposite of that observed with insertions of P-element and Tni\piggyBac transgenic constructs.
A defective Dhyd\Minos transposon that is inserted into the D.melanogaster genome is stable in the absence of Dhyd\Minos\T but is mobilised at relatively high frequencies in the presence of transposase. Transposase can induce transposition of defective
Dhyd\Minos to a new location. Analysis of structures remaining after excision suggests the breaks can be repaired by two alternative
mechanisms: gap repair or ligation repair.
Precise excisions can be recovered only from heterozygotes, and not from hemi- or homozygotes. Footprints of 6 nucleotides
are generally left in excisions from hemi- or homozygotes and are left at a frequency of 25% in excisions from heterozygotes.
The gap left after Dhyd\Minos excision might be repaired by an alternative mechanism not involving gene conversion and the structure of the repaired donor
sites might, in some way, reflect the mechanism of action of Dhyd\Minos transposase.
Dhyd\Minos elements actively transpose in the germ line, and are characterised by a striking degree of sequence and size homogeneity.
Elements insert in a TA nucleotide that is probably duplicated during the process.
A Dhyd\Minos element has been cloned and sequenced.
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Other Information
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Etymology
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External Crossreferences
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| Sequence Crossreferences | |||
| Other Crossreferences | |||
Synonyms & Secondary IDs
( 7 )
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| Reported As | |||
| Symbol Synonym |
Dhyd\Minos
Mi
minos
Minos-3
Minos-like
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| Name Synonym |
Minos element
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| Secondary FlyBase IDs | |||
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References
( 48 )
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Recent research papers ( 5 )
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Recent reviews (0)
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| All reviews listed in FlyBase were published before 2011 | |||
Recent Updates
