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IID50338
UniprotQ7JQ07
ProteinMariner Mos1 transposase
GenemarinerT
OrganismDrosophila mauritiana
Sequence LLPS PhaSepDB
PhaSePro
LLPSDB
DrLLPS
xml
Structure
Experiment
  :order   disorder   conflict   PDB cluster   ProS   Pfam Domain   SEG
345
 order/disorder by at least rule
     disorder by at least rule
     order by at least rule
 order/disorder by majority rule
Seq 1-343 Homo dimer :
 Evidence X-RAY 3hot B Reference
       Region 3hot B 1-4 disorder
       Region 3hot B 5-239 order
       Region 3hot B 240-242 disorder
       Region 3hot B 243-343 order
 Evidence X-RAY 3hot A Reference
       Region 3hot A 1-4 disorder
       Region 3hot A 5-237 order
       Region 3hot A 238-240 disorder
       Region 3hot A 241-343 order
 Evidence X-RAY 3hos B Reference
       Region 3hos B 1-4 disorder
       Region 3hos B 5-238 order
       Region 3hos B 239-242 disorder
       Region 3hos B 243-343 order
 Evidence X-RAY 3hos A Reference
       Region 3hos A 1-4 disorder
       Region 3hos A 5-237 order
       Region 3hos A 238-242 disorder
       Region 3hos A 243-343 order
Seq 119-343 Homo dimer :
 Evidence X-RAY 2f7t A Reference
       Region 2f7t A 119-165 order
       Region 2f7t A 166-188 disorder
       Region 2f7t A 189-343 order
Seq 121-343 Monomer :
 Evidence X-RAY 4mdb A Reference
       Region 4mdb A 121-121 disorder
       Region 4mdb A 122-164 order
       Region 4mdb A 165-187 disorder
       Region 4mdb A 188-343 order
 Evidence X-RAY 4mda A Reference
       Region 4mda A 121-163 order
       Region 4mda A 164-188 disorder
       Region 4mda A 189-343 order
SeqProS verified 165-187 Homo dimer :
       Region 3hot A 5-237 order
       Region 3hot B 5-239 order
       Region 3hos A 5-237 order
       Region 3hos B 5-238 order
       Region 2f7t A 166-188 disorder
 
Prediction
NeProc
Disorder 1-4,156-167,174-188,193-199
Order 5-155,168-173,189-192,200-345
ProS 156-167,174-188,193-199
AlphaFold
Disorder 1-2,240-241
Order 3-239,242-345
Pfam Hmmer
PF01359 161-241 2.3e-52
SEG 73-89
Function
Function in SwissProt
Mediates transposition of transposon Mos1 by a 'cut and paste' mechanism. Transposases are sequence-specific nucleases and strand transferases that catalyze transposition through an ordered series of events: sequence-specific binding of transposase to the terminal inverted repeats (IR) present at each end of the transposon, pairing of the transposon IRs in a paired-end complex (PEC), cleavage of one or both DNA strands at each transposon end, capture of target DNA, and strand transfer to insert the transposon at a new site.