(1/6) First and foremost, Auxenochlorella spp. are oily green algae that can be readily transformed by homologous recombination, enabling efficient site-specific transformation of the nuclear genome. This is a first for chlorophytes, and we hope that it will facilitate lots of interesting research
October 29, 2025 at 6:59 AM
(1/6) First and foremost, Auxenochlorella spp. are oily green algae that can be readily transformed by homologous recombination, enabling efficient site-specific transformation of the nuclear genome. This is a first for chlorophytes, and we hope that it will facilitate lots of interesting research
Looks interesting and cool topic too! What I kind of don't understand is how this is PPB-independent? If trm678 have more 4WJ, there is direct effect on avoidance phenomenon, no?
May 9, 2025 at 8:17 AM
Looks interesting and cool topic too! What I kind of don't understand is how this is PPB-independent? If trm678 have more 4WJ, there is direct effect on avoidance phenomenon, no?
Thank you, definitely putting to my must read list! Have you also tried to put this collinearity test outside of Bryopsida (let's say Takakia, Sphagnum, or Marchantia)?
March 4, 2025 at 9:40 PM
Thank you, definitely putting to my must read list! Have you also tried to put this collinearity test outside of Bryopsida (let's say Takakia, Sphagnum, or Marchantia)?