Principal coordinate analysis (PCoA) of community population based on the Jaccard Index (a and b) and community structure based on the Yue-Clayton Index (c and d) of the fecal microbiota of commercial mink, by year (n = 332) (a and c) and season (n = 117) (b and d).

Principal coordinate analysis (PCoA) plot illustrating ecological relatedness of RZ and BK soil microbial communities with 22.4% variance explained.

Katrina L. Callender (2541289)
Sébastien Roy (17820)
Damase P. Khasa (2541295)
Lyle G. Whyte (2541292)
Charles W. Greer (335578)

February 2016

Principal coordinate analysis (PCoA) plot illustrating ecological relatedness of RZ and BK soil m...

Principal coordinate analysis (PCoA) of bacterial community structures.

Akito Taniguchi (90975)
Ryuichiro Aoki (13919495)
Isamu Inoue (13919498)
Mitsuru Eguchi (340936)

October 2022

(a) PCoA constructed using all samples, rearing water (blue letters), feed (green letters) and intes...

Principal coordinate analysis (PCoA) based on weighted-UniFrac analysis of bacterial populations associated with P. monodon intestines from the wild-caught group (WC1, WC2, and WC3) and the domesticated group (DB1, DB2 and DB3).

Wanilada Rungrassamee (399945)
Amornpan Klanchui (107611)
Sawarot Maibunkaew (399947)
Sage Chaiyapechara (399946)
Pikul Jiravanichpaisal (218252)
Nitsara Karoonuthaisiri (107618)

March 2014

Principal coordinate analysis (PCoA) based on weighted-UniFrac analysis of bacterial populations ...

Alpha diversity indices (Chao 1: Richness; Shannon: Evenness; Inverse Simpson’s: Diversity) observed in the feces of commercial mink by year (n = 332), season (n = 117), and life stage (n = 332).

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Samples were obtained from 43, 46, and 39 farms in 2014, 2015, and 2016, respectively.</p

Median relative abundance of predominant taxonomic classifications of bacteria from the feces of commercial mink (n = 366).

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Samples were obtained from 49 farms in the summers of 2014 and 2015 and winter 2016.</p

Relative abundance of the 20 most predominant bacterial genera present in the feces of commercial mink (n = 366).

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Samples were obtained from 43, 46, and 39 farms in 2014, 2015, and 2016, respectively.</p

Fecal bacterial microbiota of Canadian commercial mink (Neovison vison): Yearly, life stage, and seasonal comparisons.

Nicole R Compo
Diego E Gomez
Brian Tapscott
J Scott Weese
Patricia V Turner

January 2018

The gastrointestinal microbiome is known to play a critical role in animal health but has been relat...

Summary of differences in taxa, LEfSE analysis, and beta diversity indices between all comparison groups of the fecal microbiota of mink.

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Summary of differences in taxa, LEfSE analysis, and beta diversity indices between all comparison gr...

Number of pooled fecal samples collected from adult females and weaned kits collected from commercial mink farms in Ontario.

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Number of pooled fecal samples collected from adult females and weaned kits collected from commercia...

Principal coordinates analyses (PCoAs) based on Bray-Curtis distances among communities recovered by16S rRNA and gyrB gene sequencing of (A) mock communities and (B) food samples.

Simon Poirier (5787488)
Olivier Rué (3489182)
Raphaëlle Peguilhan (5787491)
Gwendoline Coeuret (5787494)
Monique Zagorec (460696)
Marie-Christine Champomier-Vergès (460697)
Valentin Loux (236648)
Stéphane Chaillou (460693)

September 2018

All OTUs within the communities were identified to the level of genus. The first and second axes of ...

Principal coordinate analysis (PCoA) of the communities from 5 body sites, including 16 sub sites.

Gary Xie (866)
Chien-Chi Lo (123129)
Matthew Scholz (509530)
Patrick S. G. Chain (123064)

January 2014

PCoA clustering is based on read-mapping-based genus-level composition of 43 shotgun metagenomes....

Principal coordinates analysis (PCoA) of microbiota samples.

Ines Yang (193850)
Daniel Eibach (301821)
Friederike Kops (443722)
Birgit Brenneke (443723)
Sabrina Woltemate (443724)
Jessika Schulze (443725)
André Bleich (2201215)
Achim D. Gruber (141051)
Sureshkumar Muthupalani (178522)
James G. Fox (139309)
Christine Josenhans (243414)
Sebastian Suerbaum (61077)

August 2013

Based on Jaccard index distances measuring dissimilarity of OTU-level microbiota composition betw...

Principal coordinates analysis plots showing differences in bacterial community composition between farming practices.

Jonathan W. Leff (384725)
Noah Fierer (121024)

March 2013

Plots are based on Bray-Curtis dissimilarities comparing surface bacterial communities of convent...

The bacterial populations of the 83 mink kit feces pool samples derived from 16S rRNA classification and grouped according to the litter age.

Julie Melsted Birch (5870768)
Karin Ullman (501485)
Tina Struve (508627)
Jens Frederik Agger (5870771)
Anne Sofie Hammer (460581)
Mikael Leijon (2951661)
Henrik Elvang Jensen (392915)

October 2018

Pools were grouped according the non-diarrheic (top panel) diarrheic (bottom panel) status. Populati...

The β-diversity of the bacterial populations of the 83 mink kit feces pool samples.

Julie Melsted Birch (5870768)
Karin Ullman (501485)
Tina Struve (508627)
Jens Frederik Agger (5870771)
Anne Sofie Hammer (460581)
Mikael Leijon (2951661)
Henrik Elvang Jensen (392915)

October 2018

The β-diversity is shown as a three-dimensional principal component plot using the Jaccard diversity...

Principal coordinate analysis (PCoA) plot illustrating ecological relatedness of RZ and BK soil microbial communities with 22.4% variance explained.

Katrina L. Callender (2541289)
Sébastien Roy (17820)
Damase P. Khasa (2541295)
Lyle G. Whyte (2541292)
Charles W. Greer (335578)

February 2016

Principal coordinate analysis (PCoA) plot illustrating ecological relatedness of RZ and BK soil m...

Principal coordinate analysis (PCoA) of bacterial community structures.

Akito Taniguchi (90975)
Ryuichiro Aoki (13919495)
Isamu Inoue (13919498)
Mitsuru Eguchi (340936)

October 2022

(a) PCoA constructed using all samples, rearing water (blue letters), feed (green letters) and intes...

Principal coordinate analysis (PCoA) based on weighted-UniFrac analysis of bacterial populations associated with P. monodon intestines from the wild-caught group (WC1, WC2, and WC3) and the domesticated group (DB1, DB2 and DB3).

Wanilada Rungrassamee (399945)
Amornpan Klanchui (107611)
Sawarot Maibunkaew (399947)
Sage Chaiyapechara (399946)
Pikul Jiravanichpaisal (218252)
Nitsara Karoonuthaisiri (107618)

March 2014

Principal coordinate analysis (PCoA) based on weighted-UniFrac analysis of bacterial populations ...

Alpha diversity indices (Chao 1: Richness; Shannon: Evenness; Inverse Simpson’s: Diversity) observed in the feces of commercial mink by year (n = 332), season (n = 117), and life stage (n = 332).

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Samples were obtained from 43, 46, and 39 farms in 2014, 2015, and 2016, respectively.</p

Median relative abundance of predominant taxonomic classifications of bacteria from the feces of commercial mink (n = 366).

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Samples were obtained from 49 farms in the summers of 2014 and 2015 and winter 2016.</p

Relative abundance of the 20 most predominant bacterial genera present in the feces of commercial mink (n = 366).

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Samples were obtained from 43, 46, and 39 farms in 2014, 2015, and 2016, respectively.</p

Fecal bacterial microbiota of Canadian commercial mink (Neovison vison): Yearly, life stage, and seasonal comparisons.

Nicole R Compo
Diego E Gomez
Brian Tapscott
J Scott Weese
Patricia V Turner

January 2018

The gastrointestinal microbiome is known to play a critical role in animal health but has been relat...

Summary of differences in taxa, LEfSE analysis, and beta diversity indices between all comparison groups of the fecal microbiota of mink.

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Summary of differences in taxa, LEfSE analysis, and beta diversity indices between all comparison gr...

Number of pooled fecal samples collected from adult females and weaned kits collected from commercial mink farms in Ontario.

Nicole R. Compo (5954504)
Diego E. Gomez (5954507)
Brian Tapscott (4425040)
J. Scott Weese (313510)
Patricia V. Turner (210748)

November 2018

Number of pooled fecal samples collected from adult females and weaned kits collected from commercia...

Principal coordinates analyses (PCoAs) based on Bray-Curtis distances among communities recovered by16S rRNA and gyrB gene sequencing of (A) mock communities and (B) food samples.

Simon Poirier (5787488)
Olivier Rué (3489182)
Raphaëlle Peguilhan (5787491)
Gwendoline Coeuret (5787494)
Monique Zagorec (460696)
Marie-Christine Champomier-Vergès (460697)
Valentin Loux (236648)
Stéphane Chaillou (460693)

September 2018

All OTUs within the communities were identified to the level of genus. The first and second axes of ...

Principal coordinate analysis (PCoA) of the communities from 5 body sites, including 16 sub sites.

Gary Xie (866)
Chien-Chi Lo (123129)
Matthew Scholz (509530)
Patrick S. G. Chain (123064)

January 2014

PCoA clustering is based on read-mapping-based genus-level composition of 43 shotgun metagenomes....

Principal coordinates analysis (PCoA) of microbiota samples.

Ines Yang (193850)
Daniel Eibach (301821)
Friederike Kops (443722)
Birgit Brenneke (443723)
Sabrina Woltemate (443724)
Jessika Schulze (443725)
André Bleich (2201215)
Achim D. Gruber (141051)
Sureshkumar Muthupalani (178522)
James G. Fox (139309)
Christine Josenhans (243414)
Sebastian Suerbaum (61077)

August 2013

Based on Jaccard index distances measuring dissimilarity of OTU-level microbiota composition betw...

Principal coordinates analysis plots showing differences in bacterial community composition between farming practices.

Jonathan W. Leff (384725)
Noah Fierer (121024)

March 2013

Plots are based on Bray-Curtis dissimilarities comparing surface bacterial communities of convent...

The bacterial populations of the 83 mink kit feces pool samples derived from 16S rRNA classification and grouped according to the litter age.

Julie Melsted Birch (5870768)
Karin Ullman (501485)
Tina Struve (508627)
Jens Frederik Agger (5870771)
Anne Sofie Hammer (460581)
Mikael Leijon (2951661)
Henrik Elvang Jensen (392915)

October 2018

Pools were grouped according the non-diarrheic (top panel) diarrheic (bottom panel) status. Populati...

The β-diversity of the bacterial populations of the 83 mink kit feces pool samples.

Julie Melsted Birch (5870768)
Karin Ullman (501485)
Tina Struve (508627)
Jens Frederik Agger (5870771)
Anne Sofie Hammer (460581)
Mikael Leijon (2951661)
Henrik Elvang Jensen (392915)

October 2018

The β-diversity is shown as a three-dimensional principal component plot using the Jaccard diversity...

Principal coordinate analysis (PCoA) plot illustrating ecological relatedness of RZ and BK soil microbial communities with 22.4% variance explained.

Katrina L. Callender (2541289)
Sébastien Roy (17820)
Damase P. Khasa (2541295)
Lyle G. Whyte (2541292)
Charles W. Greer (335578)

February 2016

Principal coordinate analysis (PCoA) plot illustrating ecological relatedness of RZ and BK soil m...

Principal coordinate analysis (PCoA) of bacterial community structures.

Akito Taniguchi (90975)
Ryuichiro Aoki (13919495)
Isamu Inoue (13919498)
Mitsuru Eguchi (340936)

October 2022

(a) PCoA constructed using all samples, rearing water (blue letters), feed (green letters) and intes...

Principal coordinate analysis (PCoA) based on weighted-UniFrac analysis of bacterial populations associated with P. monodon intestines from the wild-caught group (WC1, WC2, and WC3) and the domesticated group (DB1, DB2 and DB3).

Wanilada Rungrassamee (399945)
Amornpan Klanchui (107611)
Sawarot Maibunkaew (399947)
Sage Chaiyapechara (399946)
Pikul Jiravanichpaisal (218252)
Nitsara Karoonuthaisiri (107618)

March 2014

Principal coordinate analysis (PCoA) based on weighted-UniFrac analysis of bacterial populations ...

Principal coordinate analysis (PCoA) of community population based on the Jaccard Index (a and b) and community structure based on the Yue-Clayton Index (c and d) of the fecal microbiota of commercial mink, by year (n = 332) (a and c) and season (n = 117) (b and d).

Abstract

Extracted data

Principal coordinate analysis (PCoA) of community population based on the Jaccard Index (a and b) and community structure based on the Yue-Clayton Index (c and d) of the fecal microbiota of commercial mink, by year (n = 332) (a and c) and season (n = 117) (b and d).

Abstract

Extracted data

Related items

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