Fecal microbial composition analysis with ANCOM-BC at the family level: A comparison between the captive and wild populations.

Fecal microbial composition analysis with ANCOM-BC at the family level: A comparison between the captive and wild populations.

<p>Fecal microbial composition analysis with ANCOM-BC at the family level: A comparison between the captive and wild populations.</p>

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Bibliographic Details
Main Author:	Jing Lu (120666) (author)
Other Authors:	Renee Petri (5768138) (author), Dylan McCart (20298082) (author), Amy Baxendell-Young (20298085) (author), Stephanie Anne Collins (20298088) (author)
Published:	2024
Subjects:	Microbiology Ecology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified induced prolonged ice alter microbial diversity brown seaweed (< polar bears related ursus maritimus </ fucus spiralis </ diverse fecal microbiota reveals distinct differences div >< p distinct fecal microbiome captive bears exhibited fecal microbial composition captive polar bears wild polar bears polar bears fecal microbiota fecal microbiome captive bears wild bears seaweed consumption gut microbiome verrucomicrobiota </ fusobacteriota </ firmicutes </ campilobacterota </ bdellovibrionota </ actinobacteriota </ wild population two groups significantly increased shed light sentinel species nutritional status nutritional change natural diet main driver individual variation individual differences free seasons first study dietary shifts dietary macronutrients dietary influences dietary inclusion could result >; part >): impacts 05 ). 05 ),
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