The newly sequenced C. albicans commensal isolates include representatives from multiple clades.

A maximum likelihood tree showing the phylogenetic relationships between the 324 isolates analyzed via (neighbor joining). Previous clusters from [<a href="http://www.plosbiology.org/article/info:doi/10.1371/journal.pbio.3001822#pbio.3001822.ref025" target="_blank">...

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Main Author:	Faith M. Anderson (15675369) (author)
Other Authors:	Noelle D. Visser (15675372) (author), Kevin R. Amses (6443678) (author), Andrea Hodgins-Davis (15675375) (author), Alexandra M. Weber (15675378) (author), Katura M. Metzner (15675381) (author), Michael J. McFadden (15675384) (author), Ryan E. Mills (10494949) (author), Matthew J. O’Meara (1659064) (author), Timothy Y. James (7113954) (author), Teresa R. O’Meara (15675387) (author)
Published:	2023
Subjects:	Microbiology Evolutionary Biology Ecology Cancer Infectious Diseases Space Science Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified single nucleotide change identify host niche human mucosal surfaces host strain diversity drive hyper invasion systemic competition assays commensal strain variation commensal colonizing population 35 healthy donors sc5314 reference strain human commensalism results candida albicans </ commensal strains retained albicans </ systemic infection healthy people zms1 </ galleria </ c </ transcription factor study provides specific adaptations significantly different resident microbes remarkably versatile phenotypically diverse opportunistic pathogen nutrient availability invasive disease including outcompeting immune responses global view genetic background frequent colonizer fitness cost cause disease bloodstream isolates
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The newly sequenced <i>C</i>. <i>albicans</i> commensal isolates include representatives from multiple clades.

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