Study

Curated
Srivastav et al., 2017
Paternal Induction of Hybrid Dysgenesis in Drosophila melanogaster Is Weakly Correlated with Both P-Element and hobo Element Dosage
[10.1534/g3.117.040634][FBrf0235441]

Description

Transposable elements (TEs) produce specific deleterious mutations by insertional inactivation, inducing DNA damage and participating in ectopic recombination. These effects are often assumed to be dosage-dependent, with stronger effects occurring in the presence of higher TE copy numbers. The authors tested this assumption by considering the relationship between the copy number of two active DNA transposons, P-element and hobo element, and the incidence of hybrid dysgenesis, a sterility syndrome associated with transposon activity in the germline.

Comments from curator

The phenotyping data is no longer available from the journal's website.

The phenotyping data are a bit redundant/correlated since the authors tested 6 different pipelines to estimate the structural variation of Full Length (FL) and KP structural variations in P-Elements, and two pipelines to estimate the structural variation of Full Length (FL) and CN structural variations in Hobo Elements. All the pipelines are described in Table 1.
In addition, for Hobo Elements, two different annotation datasets (TIDAL and TEMP) were used.

Corrigendum: A correction has been published correcting the mislabelling of Figure 1.

Datasets

Dataset Phenotypes DGRP lines
Summary dataset 35 phenotypes
CN_Hobo_TEMP CN_Hobo_TEMP_W CN_Hobo_TIDAL CN_Hobo_TIDAL_W Hobo_Relative_Cov pc_CN_Hobo_HC pc_CN_Hobo_HS pc_Deletion_PElem_GC pc_Deletion_PElem_GS pc_Deletion_PElem_HC pc_Deletion_PElem_HS pc_Deletion_PElem_SC pc_Deletion_PElem_SS pc_FLCN_Hobo_HC pc_FLCN_Hobo_HS pc_FL_Hobo_HC pc_FL_Hobo_HS pc_FL_PElem_GC pc_FL_PElem_GS pc_FL_PElem_HC pc_FL_PElem_HS pc_FL_PElem_SC pc_FL_PElem_SS pc_FPKP_PElem_GC pc_FPKP_PElem_GS pc_FPKP_PElem_HC pc_FPKP_PElem_HS pc_FPKP_PElem_SC pc_FPKP_PElem_SS pc_KP_PElem_GC pc_KP_PElem_GS pc_KP_PElem_HC pc_KP_PElem_HS pc_KP_PElem_SC pc_KP_PElem_SS
52 DGRP lines
DGRP_038
DGRP_040
DGRP_042
DGRP_055
DGRP_057
DGRP_075
DGRP_083
DGRP_109
DGRP_142
DGRP_177
DGRP_229
DGRP_235
DGRP_320
DGRP_321
DGRP_370
DGRP_371
DGRP_373
DGRP_377
DGRP_383
DGRP_391
DGRP_392
DGRP_405
DGRP_406
DGRP_409
DGRP_426
DGRP_437
DGRP_439
DGRP_440
DGRP_441
DGRP_443
DGRP_461
DGRP_492
DGRP_502
DGRP_508
DGRP_513
DGRP_517
DGRP_531
DGRP_765
DGRP_774
DGRP_790
DGRP_801
DGRP_802
DGRP_805
DGRP_808
DGRP_812
DGRP_822
DGRP_882
DGRP_887
DGRP_892
DGRP_894
DGRP_907
DGRP_908
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Raw dataset #1 1 phenotypes
Ovarian_Atrophy
33 DGRP lines
DGRP_038
DGRP_040
DGRP_042
DGRP_075
DGRP_083
DGRP_109
DGRP_142
DGRP_177
DGRP_229
DGRP_235
DGRP_320
DGRP_370
DGRP_371
DGRP_373
DGRP_377
DGRP_383
DGRP_391
DGRP_405
DGRP_409
DGRP_439
DGRP_440
DGRP_443
DGRP_461
DGRP_508
DGRP_513
DGRP_517
DGRP_765
DGRP_801
DGRP_802
DGRP_805
DGRP_808
DGRP_855
DGRP_907
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