Cluster-level statistics of activations for anesthetized dogs, low concentration of odorant.*

Proportions of 2-day-old rabbit pups responding in an oral activation test to (A) the V-IA sub-mixture (including the more RC-typical components for humans; white bar), the single odorants V and IA (grey bars) and the RC mixture (black bar) after conditioning to V-IA (n = 20 pups), or (B) the EA-B sub-mixture (including the less RC-typical components for humans), the single odorants EA, B and the RC mixture after conditioning to EA-B (n = 18).

Sébastien Romagny (632794)
Thierry Thomas-Danguin (288430)
Gérard Coureaud (288435)

September 2014

In each graph, statistical differences are indicated by the letters on top of the bars (p<0.05).<...

The Acute Effects of Isoflurane and Propofol on the Olfactory-Cognitive Ability of Brown Root Rot Disease Fungus Detection Dogs

Lien, Jessie

January 2018

Scent detection dogs may get injured when performing their tasks and anesthesia is needed for medica...

Reliable Frequency-Selective Regions in the Behaving and in the Anesthetized Animals

Christopher I Petkov (20015)
Christoph Kayser (20016)
Mark Augath (20017)
Nikos K Logothetis (20018)

February 2013

Observed throughout these examples are the two pairs of high and low frequency selective regions ...

Cluster-level statistics of activations for anesthetized dogs, high concentration of odorant.*

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...

Cluster-level statistics of activations for awake dogs, high concentration of odorant.*

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...

Cluster-level statistics of activations for parametric modulation of awake dogs.*

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...

Comparisons of fitted time series obtained from the GLM for ROIs in anesthetized dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...

Comparisons of fitted time series obtained from the GLM for ROIs in awake dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...

Group activation maps for awake dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) Three orthogonal ...

Comparison of the olfactory detection threshold values (expressed as vapor phase concentrations) of the CD-1 mice for aliphatic carboxylic acids and those of other mammalian species.

Selçuk Can Güven (328034)
Matthias Laska (328036)

February 2013

(Human data: <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0034301#pone.0...

Proportions of 2-day-old rabbit pups responding in an oral activation test to (A) the V-IA-F sub-mixture (including the more RC-typical components for humans; white bar), the single odorants V, IA, F (grey bars) and the RC mixture (black bar) after conditioning to V-IA-F (n = 20 pups), (B) the EA-B-D sub-mixture (including the less RC-typical components for humans), the single odorants EA, B, D and the RC mixture after conditioning to EA-B-D (n = 17), (C) the V-IA-D sub-mixture, the single odorants V, IA, D and the RC mixture after conditioning to V-IA-D (n = 19), or (D) the EA-B-F sub-mixture, the single odorants EA, B, F and the RC mixture after conditioning to EA-B-F (n = 19).

Sébastien Romagny (632794)
Thierry Thomas-Danguin (288430)
Gérard Coureaud (288435)

September 2014

In each graph, statistical differences are indicated by the letters on top of the bars (p<0.05).<...

Distribution of effective odorant concentration for the activation of partner receptors.

Ji Hyun Bak (2096773)
Seogjoo J. Jang (5244338)
Changbong Hyeon (118468)

May 2018

a. Histogram of EC50 calculated for all dose-response data (gray). Among the 53...

Group activation maps for anesthetized dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) Three orthogonal ...

Influences of indication response requirement and target prevalence on dogs’ performance in a scent-detection task

Edwards, Timothy L.
Giezen, Claudia
Browne, Clare Melody

January 2022

Scent-detection dogs assist humans with many socially significant tasks and hold promise for assisti...

Canine Olfactory Thresholds to Amyl Acetate in a Biomedical Detection Scenario

Concha, Astrid R.
Guest, Claire M.
Harris, Robert
Pike, Thomas
Feugier, Alexandre
Zulch, Helen
Mills, Daniel S.

January 2019

Dogs’ abilities to respond to concentrations of odorant molecules are generally deemed superior to e...

Proportions of 2-day-old rabbit pups responding in an oral activation test to (A) the V-IA sub-mixture (including the more RC-typical components for humans; white bar), the single odorants V and IA (grey bars) and the RC mixture (black bar) after conditioning to V-IA (n = 20 pups), or (B) the EA-B sub-mixture (including the less RC-typical components for humans), the single odorants EA, B and the RC mixture after conditioning to EA-B (n = 18).

Sébastien Romagny (632794)
Thierry Thomas-Danguin (288430)
Gérard Coureaud (288435)

September 2014

In each graph, statistical differences are indicated by the letters on top of the bars (p<0.05).<...

The Acute Effects of Isoflurane and Propofol on the Olfactory-Cognitive Ability of Brown Root Rot Disease Fungus Detection Dogs

Lien, Jessie

January 2018

Scent detection dogs may get injured when performing their tasks and anesthesia is needed for medica...

Reliable Frequency-Selective Regions in the Behaving and in the Anesthetized Animals

Christopher I Petkov (20015)
Christoph Kayser (20016)
Mark Augath (20017)
Nikos K Logothetis (20018)

February 2013

Observed throughout these examples are the two pairs of high and low frequency selective regions ...

Cluster-level statistics of activations for anesthetized dogs, high concentration of odorant.*

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...

Cluster-level statistics of activations for awake dogs, high concentration of odorant.*

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...

Cluster-level statistics of activations for parametric modulation of awake dogs.*

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

*: ROIs shown in bold face were commonly activated for low (<a href="http://www.plosone.org/artic...

Comparisons of fitted time series obtained from the GLM for ROIs in anesthetized dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...

Comparisons of fitted time series obtained from the GLM for ROIs in awake dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

The ROIs are in brain regions that were activated by low and high odor concentration, as well as ...

Group activation maps for awake dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) Three orthogonal ...

Comparison of the olfactory detection threshold values (expressed as vapor phase concentrations) of the CD-1 mice for aliphatic carboxylic acids and those of other mammalian species.

Selçuk Can Güven (328034)
Matthias Laska (328036)

February 2013

(Human data: <a href="http://www.plosone.org/article/info:doi/10.1371/journal.pone.0034301#pone.0...

Proportions of 2-day-old rabbit pups responding in an oral activation test to (A) the V-IA-F sub-mixture (including the more RC-typical components for humans; white bar), the single odorants V, IA, F (grey bars) and the RC mixture (black bar) after conditioning to V-IA-F (n = 20 pups), (B) the EA-B-D sub-mixture (including the less RC-typical components for humans), the single odorants EA, B, D and the RC mixture after conditioning to EA-B-D (n = 17), (C) the V-IA-D sub-mixture, the single odorants V, IA, D and the RC mixture after conditioning to V-IA-D (n = 19), or (D) the EA-B-F sub-mixture, the single odorants EA, B, F and the RC mixture after conditioning to EA-B-F (n = 19).

Sébastien Romagny (632794)
Thierry Thomas-Danguin (288430)
Gérard Coureaud (288435)

September 2014

In each graph, statistical differences are indicated by the letters on top of the bars (p<0.05).<...

Distribution of effective odorant concentration for the activation of partner receptors.

Ji Hyun Bak (2096773)
Seogjoo J. Jang (5244338)
Changbong Hyeon (118468)

May 2018

a. Histogram of EC50 calculated for all dose-response data (gray). Among the 53...

Group activation maps for anesthetized dogs.

Hao Jia (196106)
Oleg M. Pustovyy (513859)
Paul Waggoner (513860)
Ronald J. Beyers (513861)
John Schumacher (313692)
Chester Wildey (513862)
Jay Barrett (513863)
Edward Morrison (513864)
Nouha Salibi (513865)
Thomas S. Denney (513866)
Vitaly J. Vodyanoy (513867)
Gopikrishna Deshpande (359071)

January 2014

(Overall FDR = 0.05, cluster threshold = 15 voxels using AlphaSim, t-contrast) Three orthogonal ...

Influences of indication response requirement and target prevalence on dogs’ performance in a scent-detection task

Edwards, Timothy L.
Giezen, Claudia
Browne, Clare Melody

January 2022

Scent-detection dogs assist humans with many socially significant tasks and hold promise for assisti...

Canine Olfactory Thresholds to Amyl Acetate in a Biomedical Detection Scenario

Concha, Astrid R.
Guest, Claire M.
Harris, Robert
Pike, Thomas
Feugier, Alexandre
Zulch, Helen
Mills, Daniel S.

January 2019

Dogs’ abilities to respond to concentrations of odorant molecules are generally deemed superior to e...

Proportions of 2-day-old rabbit pups responding in an oral activation test to (A) the V-IA sub-mixture (including the more RC-typical components for humans; white bar), the single odorants V and IA (grey bars) and the RC mixture (black bar) after conditioning to V-IA (n = 20 pups), or (B) the EA-B sub-mixture (including the less RC-typical components for humans), the single odorants EA, B and the RC mixture after conditioning to EA-B (n = 18).

Sébastien Romagny (632794)
Thierry Thomas-Danguin (288430)
Gérard Coureaud (288435)

September 2014

In each graph, statistical differences are indicated by the letters on top of the bars (p<0.05).<...

The Acute Effects of Isoflurane and Propofol on the Olfactory-Cognitive Ability of Brown Root Rot Disease Fungus Detection Dogs

Lien, Jessie

January 2018

Scent detection dogs may get injured when performing their tasks and anesthesia is needed for medica...

Reliable Frequency-Selective Regions in the Behaving and in the Anesthetized Animals

Christopher I Petkov (20015)
Christoph Kayser (20016)
Mark Augath (20017)
Nikos K Logothetis (20018)

February 2013

Observed throughout these examples are the two pairs of high and low frequency selective regions ...

Cluster-level statistics of activations for anesthetized dogs, low concentration of odorant.<sup>*</sup>

Abstract

Extracted data

Cluster-level statistics of activations for anesthetized dogs, low concentration of odorant.<sup>*</sup>

Abstract

Extracted data

Related items

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