Larissa Dougherty

R&D Scientist at Ceva Animal Health 🐣 || Moderate ⛰ 🪴 🐶 ☕️ 📷 enthusiast || She/her

[Larissa Dougherty @L_L_Dougherty]

We did the thing! Couldn’t have done this without Prachee (and a whole lot of other people who helped get me here). I’m so lucky to have gotten to learn so much from her. Thank you for everything ❤️

[Prachee Avasthi @PracheeAC]

Defense day for my final graduate student @L_L_Dougherty from @MCBDartmouth! 🎉

[Larissa Dougherty @L_L_Dougherty]

@PracheeAC @BiggeBrae 😂❤️❤️❤️

[Larissa Dougherty @L_L_Dougherty]

@PracheeAC @BiggeBrae Hahahah SO TRUE. I remember sending something big at midnight and you had it looked over by like 3am 🤣it’s a super power, I swear.

[Larissa Dougherty @L_L_Dougherty]

@jmdelgado_ Things are great! I miss you all too!!!

[Larissa Dougherty @L_L_Dougherty]

@kodakandlag Thank you!!! 🙏

[Larissa Dougherty @L_L_Dougherty]

Paper 2 is finally out!

[LifeScienceAlliance @LSAjournal]

@L_L_Dougherty and @PracheeAC find that depolymerization of cytoplasmic microtubules that normally occurs during deciliation is not required for ciliogenesis in Chlamydomonas reinhardtii https://t.co/O3HlM5zius

[Larissa Dougherty @L_L_Dougherty]

@LacefieldLab Congratulations!!!

[Larissa Dougherty @L_L_Dougherty]

@SarveshVSurve Thank you!!!

[Larissa Dougherty @L_L_Dougherty]

I’m going to miss you too!!! I’m going to try to come see you and @BiggeBrae soon!

[Prachee Avasthi @PracheeAC]

I will really miss her 🥰

[José Delgado, Ph.D. @jmdelgado_]

Ann Lavanway is one of the best members of the Dartmouth biological sciences community.

Forever grateful for all of her support.

Teacher, Researcher, Microscope Master https://t.co/15KVYXhstq

[Larissa Dougherty @L_L_Dougherty]

🎶 It's electric 🎶

[Larissa Dougherty @L_L_Dougherty]

@jmdelgado_ @shoemaker_lab Woo hoo!! Congrats!!!

[LifeScienceAlliance @LSAjournal]

ERK1/2 controls the cell cycle but also has new roles impacting various mechanisms affecting ciliogenesis. DUSP6 inhibition activates ERK to immediately inhibit ciliary assembly and upstream pathways. @l_l_dougherty @dutta_soumita @PracheeAC @ReviewCommons https://t.co/llEls1s0Ai

[Larissa Dougherty @L_L_Dougherty]

Thank you thank you all! Very excited 🙌🏼

[Larissa Dougherty @L_L_Dougherty]

My first-first author paper is out! 🙌🏼🥳

[LifeScienceAlliance @LSAjournal]

@l_l_dougherty @dutta_soumita @PracheeAC find ERK1/2 has new roles impacting various mechanisms affecting ciliogenesis. DUSP6 inhibition activates ERK to immediately inhibit ciliary assembly and upstream pathways. @ReviewCommons

https://t.co/llEls1sypQ

[Larissa Dougherty @L_L_Dougherty]

@lethargicbug Thank you!!

[Larissa Dougherty @L_L_Dougherty]

@_AmandaYa Thank you!!

[Larissa Dougherty @L_L_Dougherty]

@dynlacht Hi Irma! Thank you for this clarification. I can see how the way we present it might be misleading. I agree, BCI inhibits DUSP6, and by doing so allows an accumulation of phosphorylated/activated ERK. BCI does not phosphorylate ERK itself.

[Larissa Dougherty @L_L_Dougherty]

@MCBDartmouth @DartmouthBCB @DartGRAD Thank you!!!

[Larissa Dougherty @L_L_Dougherty]

@cdmacquarrie Thank you!!!