College Station, TX
Joined November 2016
The lab is hiring! We have a 4-year NSF funded postdoctoral position to move the needle on the molecular bases of seasonal rhythms/photoperiodism using the charismatic monarch butterfly as a model and cutting-edge approaches (CRISPR, scRNA-seq,...). Details below. Please 🔃
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Great opportunity!
My lab will soon be reruiting a postdoc to work on the molecular bases of seasonal rhythms/photoperiodism in monarchs. CRISPR mutants/Bulk RNA-seq/scRNA-seq/bioinformatics on the menu, among many other great things. Email me if interested [email protected] @neuroethology
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Congrats Kira! This is so great and I’m super happy for you!!
Replying to @kedelmore
@kedelmore is the FIRST faculty to win a NSF CAREER in the history of @TAMU_Biology 🥳🥰. Please, join me in making some well-deserved noise about it @TAMU_CBCR, @TAMUScience, @TAMU and retweet!! She is recruiting to work on really cool projects!
Jerome Menet retweeted
Another legacy from @sassonecorsilab Special thanks for an elegant supervision from @JuleenRZierath Check this resource @Cell_Metabolism out if you love and need exercise. Fantastic dream team @DyarKen @lutter_dominik @treebak sciencedirect.com/science/ar…
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Why working on butterflies? Amazing creatures inspiring technological innovations. Awesome PBS NOVA documentary to be aired soon. Thankful that our lab was included! @TAMU @TAMUScience @TAMUBiology Check out the preview @PBS: NOVA, Butterfly Blueprints video.nhpbs.org/video/butter….
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Hot off the press 🥳! A study from our lab reveals that the monarch butterfly light sensitive Cryptochrome 1 - but not the mammalian-like Cryptochrome 2 - mediates light-dependent magnetosensing of the Earth's magnetic field inclination disq.us/t/3umqeo5
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The Circadian #2021resolutions anyone can use. * 8 h in bed * Wait for >1 h before first calorie. * Eat within a consistent window of 8-10 h; no longer than 12 h. * >30min outdoor activity under daylight. * No food, no bright light for 2 h before bedtime. REPEAT.
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Based on these and other results, we next examined if genes could exhibit rhythms in relative 3’ UTR length. Hundreds of genes show a rhythm in 3' UTR length with shorter 3' UTR at dusk, mostly b/c distal APA isoforms preferentially peak at dawn while others peak at dusk. 8/n
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Finally, we investigated whether RBP motifs were enriched at the polyadenylation site of rhythmic APA isoforms. Of the 84 RBP motifs examined, almost half showed an enrichment that was rhythmic across the 24-day. 9/n
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Congratulations to @TAMU mathematician Harold Boas, @TAMU_Biology's Paul Hardin and @TAMUChemistry's Karen Wooley, who are among 489 scientists and engineers unveiled today as 2020 Fellows of the American Association for the Advancement of Science (@aaas): tx.ag/AAASFellows2020
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Check this out 👇 @TAMU_Biology is hiring! 3 Faculty positions in Biological Timing and 1 in Microbiology in a diverse and vibrant department. More info @ bio.tamu.edu/about-tamubiolo…. Applications due December, 15. Please, RT!
And the latest paper from the lab, led by grad student Sam Iiams, is out in PNAS! Right in time for Thanksgiving... Photoperiodic and clock regulation of the vitamin A pathway in the brain mediates seasonal responsiveness in the monarch butterfly pnas.org/content/early/2019/…
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Please RT! We have a postdoc position available at my lab for studying the role of circRNA in aging. We have exciting results and look for strong candidates with knowledge of biochemistry and/or genetics and which are eager to learn about circular RNAs. nature.com/naturecareers/job…
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