Xiaojun Tian
@xiaojuntian
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Associate Professor at @ASU, systems biology, synthetic biology, #NSF_Career 2022 Awardee, #NIH_MIRA 2021 Awardee,
Tempe, AZ
Joined September 2012
🧵 Frustrated by synthetic gene circuit failure due to a simple change in the host cell growth? We’re excited to introduce a new approach: Stabilizing Synthetic Circuits with Liquid-Liquid Phase Separation (LLPS)! Check our latest preprint out here:
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RT @srikosuri: It’s been a tough few weeks. My 10yo daughter was diagnosed with a very rare, aggressive cancer called interdigitating dendr…
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RT @chofski: Looking for a #PhD that is at the intersection of #biodesign, #synbio, #openendedness, #evolution? Look no further. Great supe…
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RT @LedesmaAmaro: 🚨3 positions to join my lab Links to apply below 👇👇👇👇👇 1) a group leader position for 4 years:
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RT @random_walker: Something I've observed in academia but I suspect is true in industry as well: as you become more senior, you'll find th…
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RT @_SaraMolly: 🚨 We’re Hiring! 🚨 Join the Molinari Lab @UMD_BioE as a Postdoctoral Associate or Staff Scientist and help shape the future…
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RT @ceronifranci: Please RT, Exciting post doc opportunity: we are seeking a post doc to work with us and @ProfTomEllis on large DNA engine…
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RT @AthiNaganathan: A fascinating study employing phase separation to enhance TF concentration and retain memory in gene circuits. Should b…
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@nandgatesonly Exactly—there are numerous ways we could incorporate condensates into synthetic gene circuit designs.
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13/ Excited to Share! 🎉: The manuscript is out, and we’re thrilled to bring this new strategy to the synthetic biology community. Thank many friends for the great suggestions and comments. Check it out for more details on the experimental setup, results, and broader applications!
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