File:C.-elegans-Dopaminergic-D2-Like-Receptors-Delimit-Recurrent-Cholinergic-Mediated-Motor-Programs-pgen.1003015.s014.ogv

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C.-elegans-Dopaminergic-D2-Like-Receptors-Delimit-Recurrent-Cholinergic-Mediated-Motor-Programs-pgen.1003015.s014.ogv ‎(Ogg multiplexed audio/video file, Theora/Vorbis, length 11 s, 640 × 480 pixels, 3.41 Mbps overall, file size: 4.48 MB)

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English: DA ray neurons activities increase during vulval spicule insertion attempts. We measured Ca+2 transients in Ray5A, Ray7A and Ray9A ray neurons during mating by comparing the fluorescence emissions of the G-CaMP3 Ca+2 sensor (green channel) and mDSred (red channel) co-expressed from the DA reuptake transporter promoter (Pdat-1). The ray neurons are the most posterior cells in the male tail. We applied a pseudocolor spectrum to the images for better visualization. Blue = baseline fluorescence; Red = maximum fluorescence.
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Source Video S1 from Correa P, LeBoeuf B, García L (2012). "C. elegans Dopaminergic D2-Like Receptors Delimit Recurrent Cholinergic-Mediated Motor Programs during a Goal-Oriented Behavior". PLOS Genetics. DOI:10.1371/journal.pgen.1003015. PMID 23166505. PMC: 3499252.
Author Correa P, LeBoeuf B, García L
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current23:28, 23 November 201211 s, 640 × 480 (4.48 MB)Open Access Media Importer Bot (talk | contribs)Automatically uploaded media file from Open Access source. Please report problems or suggestions here.

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Format Bitrate Download Status Encode time
VP9 480P 996 kbps Completed 16:50, 20 August 2018 21 s
Streaming 480p (VP9) 993 kbps Completed 01:57, 13 January 2024 1.0 s
VP9 360P 360 kbps Completed 16:50, 20 August 2018 14 s
Streaming 360p (VP9) 357 kbps Completed 06:43, 18 January 2024 1.0 s
VP9 240P 163 kbps Completed 16:50, 20 August 2018 11 s
Streaming 240p (VP9) 160 kbps Completed 22:52, 4 December 2023 1.0 s
WebM 360P 497 kbps Completed 15:35, 3 June 2013 24 s
Streaming 144p (MJPEG) 1.09 Mbps Completed 12:22, 1 November 2023 2.0 s
Stereo (Opus) 4 kbps Completed 18:51, 16 November 2023 1.0 s
Stereo (MP3) 129 kbps Completed 17:24, 30 October 2023 1.0 s

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