Developmental Biologist
Eugene, OR
Joined August 2015
- Tweets54
- Following128
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Kryn Stankunas retweeted
The #NWDB2022 meeting registration deadline is extended to March 14th (8:59pm PT). Join the virtual meeting on March 17th and 18th, featuring 25 trainee talks plus Brock Grill and Heather Ray (@HRay_Of_Sun). Low or zero registration fees. sdbonline.org/meeting_regist…
Kryn Stankunas retweeted
Submit your abstracts for the virtual #NWDB2022 meeting on March 16-18th, 2022. Postdocs, grad students, and undergrads will present short talks in session groups coached by NW region PIs. Abstract deadline is March 1st.
sdbonline.org/abstract_submi…
Kryn Stankunas retweeted
Registration is open for the 55th NWDB regional meeting, held virtually March 16-18th, 2022. All short talks by trainee groups coached by NWDB PIs. Low or no registration fees. #NWDB2022 sdbonline.org/meeting_regist…
Kryn Stankunas retweeted
Excited to welcome everyone to a trainee-focused program for #NWDB2022, happening online March 16-18th. Abstract deadline March 1. Trainee SDB members attend free! Check out nwdbmeeting.org/for details and registration.
Kryn Stankunas retweeted
The latest @libudalab paper is online in @CurrentBiology! We develop and use an assay to temporally monitor repair of single DSB w/ the sister chromatid or same DNA molecule, and assess its conversion tracks during specific stages of meiosis in C. elegans. sciencedirect.com/science/ar…
Kryn Stankunas retweeted
The abstract submission deadline for the virtual NWDB (NWDB2021; March 15-18, 2021) has been extended until February 25. The NWDB2021 will offer plenary talks, virtual posters and several workshops. Details can be found here: nwdbmeeting.org.
Kryn Stankunas retweeted
Two weeks left to submit an abstract for the Northwest Developmental Biology Meeting @nwdb2021 being held March 15-18, 2021. Deadline: Tuesday, February 23 at 11:59 PM ET. nwdbmeeting.org/
ALT 54th Annual NWDB - March 15-18, 2021
Kryn Stankunas retweeted
Mark your calendar for the second virtual NWDB (NWDB2021; March 15-18, 2021).
Registration and abstraction submission are open: nwdbmeeting.org/.
Kryn Stankunas retweeted
Registration & abstract submission are open for the 54th Northwest Developmental Biology Meeting to be held virtually March 15th-18th, 2021! Organizers Kryn Stankunas @uoregon and Clemens Cabernard @UW are planning a great program. Follow @nwdb2021. nwdbmeeting.org/
Congrats Amy! Thanks for amplifying our work and the essential value of basic research to the biotech pipeline.
Whoa, I won the pitch contest AND audience favorite award for #OregonBio2020 in Basic Research! It feels really good to take a risk and have it pay off. And always great to share @StankLab fin regen work with the wider community. The biotech world is suddenly less intimidating!
Kryn Stankunas retweeted
I'm trying something new and giving a 3 min pitch at #OregonBio2020 Oregon Bioscience Association conference Nov 17-19. It's a great opportunity to make my fin regeneration research broadly accessible. Tune in to hear about great work happening in our local biotech community!
@McKnightLab_UO was an inspiring champion of students overcoming challenges. Please join us in further imprinting Jeff's legacy.
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Enduring wisdom from Jeff, a true role model for all, for now and forever.
Long-awaited structure of active Arp2/3 complex from UO/IMB colleague @BradNolen2 & collaborators. Key knowledge for “full scale” understanding of cytoskeletal dynamics in developmental and other contexts.
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12/12 Congrats to the amazing first author team @JoshuaBraunste3 and @ZfishAmy. Visit Amy’s poster #251 (B1) at #2020SDB!
11/ It’s curious that Shh/Smo promotes skeletal patterning in fins and tetrapod limbs but by ostensibly distinct mechanisms. Could basal mechanistic similarities endure?
10/ Shh is the zone of polarizing activity (ZPA) morphogen that patterns developing limbs, including digits that may share deep homology with rays. Here, we show ray branching is the same in all paired and unpaired fins.
9/ This manuscript follows our earlier ray branching study during regeneration to highlight fin regeneration re-activates latent developmental processes, which can then be better understood in either context. dev.biologists.org/content/1…