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Kinematics of Antennal Grooming Following Experimental Perturbations (Replication Data for Figure 3)

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DataCite Commons2025-01-06 更新2025-04-15 收录
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https://dataverse.harvard.edu/citation?persistentId=doi:10.7910/DVN/LJORSA
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<p> This folder contains the antennal grooming body part kinematics data recorded after various morphological and kinematics used for Figure 3 and its supplementary figures. Additionally, a PDF illustrating the locations of the tracked key points (<code>tracked_keypoints.pdf</code>) is provided. </p> <p> This dataset represents the raw data. The data was further segmented and passed through behavioral checks for analysis, as described in the paper. </p> <h2>Column Descriptions</h2> <ul> <li><strong>Date:</strong> Date of the experiment.</li> <li><strong>Genotype:</strong> Genotype of the experimental animal. <code>aJO-GAL4 x UAS-Chrimson</code> is the genotype for the optogenetic activation of the antennal JO-F neurons.</li> <li><strong>Fly:</strong> Fly number.</li> <li> <strong>Exp_Type:</strong> Type of experiment. Values include: <ul> <li><code>Beh</code>: Intact.</li> <li><code>HF</code>: Head-fixed.</li> <li><code>RLA</code>: Antennae amputation.</li> <li><code>RLF</code>: Foreleg amputation.</li> </ul> All experiments were carried out using optogenetic stimuli. </li> <li><strong>Trial:</strong> Trial number.</li> <li><strong>Frame:</strong> Frame number captured at 100 frames per second.</li> <li> <strong>Pose_<side>_<key_point>_<axis>:</strong> Pose of the <code><key_point></code> in the <code><side></code> of the fly in 3D coordinates. The <code><axis></code> can be 'x', 'y', or 'z'. Key point names are provided in the accompanying PDF file. The origin point is defined as the center of the fly thorax. </li> <li> <strong>Angle_<side>_<joint>:</strong> Angle of the <code><joint></code> in the <code><side></code> of the fly, given in degrees. Joint angles are defined as described in Lobato-Rios, 2022, Nature Methods. </li> <li><strong>Stimulus:</strong> Whether the optogenetic stimulus was on or off at the time of frame capture.</li> <li><strong>Time:</strong> Time in seconds from the start of the experiment.</li> </ul>
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Harvard Dataverse
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2024-12-13
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