
Bree Aldridge
@AldridgeLab
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Our lab develops quantitative methods to design therapies for tuberculosis and to understand complex cell behaviors.
Tufts University, Boston, MA
Joined November 2013
Together this project really underscores the importance of studying fundamentals of cell biology in non-model organisms. This was a really challenging project made possible by an incredible collaboration with Eun Seon Chung, @Ariel_4321, and @KarPrathitha. 5/5 #tuberculosis.
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RT @BayAreaLyme: .@trevercsmith of @TuftsMedSchool has been named winner of the #BAL 2024 Emerging Leader Award. Dr. Smith will receive $15….
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This is an amazing program! Please RT! Would be happy to discuss opportunities in my group or at Tufts for IRACDA fellows!.
WE ARE HIRING! Currently recruiting for our next cycle beginning 9/1/24 for postdoctoral scholar training positions! Applications due 2/1/24! #sciencejobs #postdoc #science #research #career #hiring #jobs @TuftsUniversity @TuftsGSBS @TuftsMedSchool
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RT @MTChinMDPhD: Happy to celebrate the inauguration of new Tufts President Sunil Kumar and share the platform with TUSM Dean @hboucher3 GS….
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Had a great celebratory week welcoming Tufts' 14th president, Sunil Kumar! #TuftsLightingTheWay
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@KarPrathitha @Ariel_432 We have yet to understand why or how Mtb grow linearly and how they systematically create so much heterogeneity, but it is clear that to understand the single-cell characteristics of Mtb, we have to continue to study the pathogen itself 4/5.
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@KarPrathitha @Ariel_432 Most cell types have an exponential growth mode at single-cell level, but we discovered that Mtb growth is linear. We find that Mtb’s (slow) growth has a unique linear growth mode that is overlayed on more cell-to-cell variation than in model organisms 3/5.
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@KarPrathitha @Ariel_432 We report the characteristics of Mtb growth & cell cycle timing for the first time. We find a LOT of variation in growth speed, cell size, and cell cycle timing. But unlike in M. smegmatis, there is not a deterministic relationship between growth pole age & growth behaviors 2/5.
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Excited to share our new preprint describing the single-cell growth behaviors of pathogenic Mycobacterium #tuberculosis with Eun Seon Chung @KarPrathitha @Ariel_432 and Maliwan Kamkaew 1/5.
Mycobacterium tuberculosis grows linearly at the single-cell level with larger variability than model organisms #biorxiv_micrbio.
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@CarolynBertozzi @siegristpalmore @jcslab @MireilleKamariz Oh and also. your hometown is SO EXCITED too! <3 We will take a walk by LHS in your honor today :) @CarolynBertozzi.
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Congratulations to @CarolynBertozzi! Thanks for making tools to help us understand #tuberculosis and also for training amazing colleagues :) @siegristpalmore @jcslab @MireilleKamariz.
Carolyn Bertozzi – awarded the 2022 #NobelPrize in Chemistry – has taken click chemistry to a new dimension and started utilising it in living organisms. Her bioorthogonal reactions take place without disrupting the normal chemistry of the cell.
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Thrilled (and flattered) to read this preview by one of my scientific heroes and leader in the field of drug #combinationtherapy @ac_palmer @SarahCooperUNC.
Online now: Predicting in vivo activity of combination therapies from in vitro drug pairs in diverse environments
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