Oligos for kanMX and natNT2 amplification and gene expression measure and accession numbers of the genomes used to create oligos.

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Bibliographic Details
Main Author:	Javier Pinto (3093564) (author)
Other Authors:	Laura Natalia Balarezo-Cisneros (10031976) (author), Daniela Delneri (41325) (author)
Published:	2025
Subjects:	Microbiology Cell Biology Genetics Evolutionary Biology Ecology Marine Biology Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified significant fitness improvement previous studies identified independently replaced either ideal experimental platform external abiotic factors div >< p constantly changing environment different thermotolerant profiles transcriptional strength plays six candidate genes significantly higher expression involving genes important genes partially responsible four yeast species different genetic backgrounds data consistently showed cold tolerance trait exploring adaptation routes includes eight species redox balance compared different routes two genes transcriptional level genetic interactions genes involved gene expression adaptive genes microbial species wide assessment strains carrying stochastic tuning several loci saccharomyces </ results suggest natural isolates mikatae </ lower temperatures jurei </ eubayanus </ dependent epistasis cold temperatures coding sequences cerevisiae </ biodiversity originates allelic variation affect adaptation adaptive alleles adaptation centred >, suggesting
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Oligos for kanMX and <i>natNT2</i> amplification and gene expression measure and accession numbers of the genomes used to create oligos.