Schema for RepeatModeler - Transposons Identified by RepeatModeler
  Database: DeugGB2    Primary Table: RepeatModeler_RC Data last updated: 2014-11-20
Big Bed File: /gbdb/DeugGB2/bbi/DeugGB2_RC.bb
Item Count: 7,255
Format description: RepeatMasker .out record
fieldexampledescription
chromAFPQ02000031Genomic sequence name
chromStart9066Start in genomic sequence
chromEnd9128End in genomic sequence
namernd-3_family-30Name of repeat
score0always 0 place holder
strand+Relative orientation + or -
swScore395Smith Waterman alignment score
milliDiv16.1Base mismatches in parts per thousand
milliDel0.0Bases deleted in parts per thousand
milliIns0.0Bases inserted in parts per thousand
genoLeft-37381-#bases after match in genomic sequence
repClassRCClass of repeat
repFamilyHelitronFamily of repeat
repStart681Start (if strand is +) or -#bases after match (if strand is -) in repeat sequence
repEnd742End in repeat sequence
repLeft-416-#bases after match (if strand is +) or start (if strand is -) in repeat sequence

Sample Rows
 
chromchromStartchromEndnamescorestrandswScoremilliDivmilliDelmilliInsgenoLeftrepClassrepFamilyrepStartrepEndrepLeft
AFPQ0200003190669128rnd-3_family-300+39516.10.00.0-37381RCHelitron681742-416
AFPQ020000311572116792rnd-3_family-300-84275.10.04.3-29717RCHelitron01158132
AFPQ020000311996820081rnd-2_family-90-40523.90.93.6-26428RCHelitron-238628519
AFPQ020000312038020461rnd-5_family-16520+28320.81.25.1-26048RCHelitron783860-1074
AFPQ020000312054521148rnd-3_family-300+310916.41.73.7-25361RCHelitron192782-376
AFPQ020000312257422659rnd-1_family-270+28424.74.70.0-23850RCHelitron27115-5
AFPQ020000312267322957rnd-3_family-300-89921.44.35.9-23552RCHelitron-1461012818
AFPQ020000312422524592rnd-3_family-300+265018.96.21.4-21917RCHelitron148819-339
AFPQ020000312487724915rnd-3_family-300+265018.96.21.4-21594RCHelitron820892-266
AFPQ020000312524625528rnd-3_family-300-140913.621.30.9-20981RCHelitron-304854516

RepeatModeler (RepeatModeler) Track Description
 

Description

This track shows the transposon fragments identified by RepeatMasker using the species-specific RepeatModeler library constructed by the GEP. The consensus sequences produced by RepeatModeler were reclassified using the protocol described in the supplemental methods section.

References

Smit, AFA, Hubley, R. RepeatModeler Open-1.0. http://www.repeatmasker.org. 2008-2010.

Smit AFA, Hubley R, Green P. RepeatMasker Open-3.0. http://www.repeatmasker.org. 1996-2010.