Yuya Karita
@yuyakarita.bsky.social
Studying microbial populations in spatial structures. UTokyo, Japan.
Excited to share my postdoc work with @paulbrainey.bsky.social !
Common adaptive types in air-liquid-interface colonization turn out to grow slowly and colonize the niche inefficiently. They even fail when monocultured from low inocula. How can they reliably succeed in laboratory evolution? [1/5]
Common adaptive types in air-liquid-interface colonization turn out to grow slowly and colonize the niche inefficiently. They even fail when monocultured from low inocula. How can they reliably succeed in laboratory evolution? [1/5]
May 6, 2025 at 5:51 AM
Excited to share my postdoc work with @paulbrainey.bsky.social !
Common adaptive types in air-liquid-interface colonization turn out to grow slowly and colonize the niche inefficiently. They even fail when monocultured from low inocula. How can they reliably succeed in laboratory evolution? [1/5]
Common adaptive types in air-liquid-interface colonization turn out to grow slowly and colonize the niche inefficiently. They even fail when monocultured from low inocula. How can they reliably succeed in laboratory evolution? [1/5]