video fear conditioning system Search Results


96
AutoMate Scientific Inc fear conditioning apparatus
Fear Conditioning Apparatus, supplied by AutoMate Scientific Inc, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Med Associates Inc nir video fear conditioning optogenetics package for mouse
VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of <t>optogenetic</t> identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).
Nir Video Fear Conditioning Optogenetics Package For Mouse, supplied by Med Associates Inc, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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96
AutoMate Scientific Inc sof 843 pclamp molecular devices n a clampfit 11 2 molecular devices n a seurat seurat
VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of <t>optogenetic</t> identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).
Sof 843 Pclamp Molecular Devices N A Clampfit 11 2 Molecular Devices N A Seurat Seurat, supplied by AutoMate Scientific Inc, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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90
Zhongshi Duqing Biotech Co Ltd fear-conditioning video analysis system
VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of <t>optogenetic</t> identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).
Fear Conditioning Video Analysis System, supplied by Zhongshi Duqing Biotech Co Ltd, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Coulbourn Instruments video-based freezeframe fear conditioning system
VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of <t>optogenetic</t> identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).
Video Based Freezeframe Fear Conditioning System, supplied by Coulbourn Instruments, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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90
Actimetrics Inc freezeframe video-based conditioned fear system
VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of <t>optogenetic</t> identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).
Freezeframe Video Based Conditioned Fear System, supplied by Actimetrics Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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SANDOWN SCIENTIFIC LIMITED med associates video fear conditioning system
VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of <t>optogenetic</t> identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).
Med Associates Video Fear Conditioning System, supplied by SANDOWN SCIENTIFIC LIMITED, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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96
Med Associates Inc videofreeze video fear conditioning software
VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of <t>optogenetic</t> identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).
Videofreeze Video Fear Conditioning Software, supplied by Med Associates Inc, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Image Search Results


VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of optogenetic identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).

Journal: bioRxiv

Article Title: Dopamine in the basal amygdala signals salient somatosensory events during fear learning

doi: 10.1101/716589

Figure Lengend Snippet: VTA neurons, and amongst them dopamine neurons, respond to footshocks and acquire CS - responsiveness. ( A ) Schematic showing an optrode with 16 recording channels implanted in the VTA of a DAT Cre × ChR2-eYFP mouse. ( B ) Post-hoc histological image showing the placement of an optrode (dashed line) in the VTA in the example mouse of panels B – H (FT7612). The tracks of two tetrodes are visible (arrows). Bottom, scheme of the design of four tetrodes (T1 - T4) around the optical fiber. ( C ) Illustration of optogenetic identification of putative DAT + units. Raster plot for four electrodes (E1-E4) of one tetrode, showing unsorted spikes aligned to the onsets of n = 100, 2 ms – long laser light pulses (blue shading). Spikes at 2-8 ms after the light pulse were collected and subjected to spike clustering (see Materials and Methods). ( D ) Time course of freezing of the example mouse during the three days of the fear learning protocol. ( E ) Spiking activity of a single opto-tagged putative DAT + unit during day 2 (training day). AP frequency (top) and z-score (bottom) are shown in response to the CS (averages over the n = 30 tone presentations for each tone block), as well as in response to footshocks (averages over the n = 6 footshock presentations; right). ( F ) Spiking activity of the same unit as (E), but for responses to CS presentations on day 3 (threat memory retrieval). Right, AP-waveforms for the unit shown in E, F. ( G, H ) Responses of all units in this mouse (FT7612) to tone presentations during day1 - day 3 (G), and to footshocks on day 2 (H). Z-scores were analyzed and plotted as a function of time (number of tone block). Units classified as CS - entrained are shown in pink, and the others in gray. Thick red and black lines show average ± S.E.M. across these groups, respectively. Square symbols connected by lines represent DAT + units identified by optotagging. ( I, J, K ) Venn-type diagrams showing the number of units in the different response classes and their overlap. The data in (I) is from the example mouse shown in panels B-H. Note the overall similar distribution and overlap of response types across n = 3 mice. Two US responsive units in mouse FT6963 showed a reduction in firing upon the footshock (J, dashed areas).

Article Snippet: A classical auditory cued threat memory paradigm was performed in a conditioning chamber of a NIR Video Fear Conditioning Optogenetics Package for Mouse (MED-VFC-OPTO-M, Med Associates Inc., VT, USA).

Techniques: Activity Assay, Blocking Assay