Study

Curated
Watanabe et al., 2021
Exercise-induced changes in climbing performance
[10.1098/rsos.211275][FBrf0251956]

Description

The authors investigated how the climbing ability changes in response to a regular exercise schedule. They found extensive variation in baseline climbing ability and exercise-induced changes. Climbing ability, and its exercise-induced change, are sex- and genotype-dependent.

Comments from curator

Phenotyping data were extracted from Table S1, available on Figshare.

The exercise-treated flies were subjected to 2h/day exercise session (exercising in response to rotational stimulation on a Treadwheel), for 5 days. Physical fitness in the exercise-treated and control animals was assayed using a rapid iterative negative geotaxis (RING) assay to determine a climbing index for each fly line. With this measure, a larger climbing index indicates that the flies were able to climb the vial walls faster after having been knocked to the bottom of the enclosure (range of possible climbing indexes: 1–4).

Datasets

Dataset Phenotypes DGRP lines
Raw dataset #1 2 phenotypes
Climbing_Index_CTRL Climbing_Index_T
36 DGRP lines
DGRP_208
DGRP_301
DGRP_304
DGRP_310
DGRP_315
DGRP_317
DGRP_324
DGRP_335
DGRP_358
DGRP_359
DGRP_362
DGRP_365
DGRP_370
DGRP_374
DGRP_379
DGRP_399
DGRP_437
DGRP_443
DGRP_486
DGRP_505
DGRP_517
DGRP_535
DGRP_566
DGRP_639
DGRP_714
DGRP_716
DGRP_721
DGRP_727
DGRP_730
DGRP_774
DGRP_786
DGRP_799
DGRP_820
DGRP_852
DGRP_854
DGRP_859
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