Alejandro Gutierrez

[FASEB @FASEBorg]

We've extended the abstract deadline for the Hematologic Malignancies Conference. Share your latest findings for a short talk or an in-person poster/e-poster and help contribute to the conference's success. #HMCSRC @The_Will_Lab @theaglab
Info: https://t.co/0j32wDnS0F

[Britta Will @The_Will_Lab]

Count down, all!

Give us your exciting, your latest, your most surprising
data yearning to be discussed.

...with brilliant and inspirational colleagues...
...extensively...
...over beer (tasting) & Dan's margaritas and DJ @iannisaifantis1 soundbites.

See you at #FASEBHM2023

[Barbara Marte @BarbMarte]

new out in Nature, very cool https://t.co/pb6ja63gG8

[Alejandro Gutierrez @theaglab]

@IgnatovaLab @Nature Congrats, beautiful work. I am impressed and surprised by the selectivity for disease-causing vs native stop codons. Is this fully explained by whether or not the stop codon is subjected to nonsense-mediated decay? https://t.co/S6mTOMX9Hn

[Susan Prockop MD @SusanProckopMD]

Grateful to @MSKCancerCenter former and always team CMV colleagues. Out in @jclinicalinvest with a nice commentary from George Chan and @EJShpallMD Third-party CMV-specific T cells improved survival in refractory CMV after HCT.
https://t.co/gccPqfrTIq

[Alejandro Gutierrez @theaglab]

Interesting work with insights on substrates for genome evolution. https://t.co/CmzHueazfH

[Kentsis Research Group @KentsisResearch]

Read our latest, led by inimitable @LuzJubierre, defining the physiologic functions of PGBD5: A transposase-derived gene required for human brain development https://t.co/4nK4wMFol7

[Alejandro Gutierrez @theaglab]

@JiZhang32146855 Very nice, congrats!

[Alejandro Gutierrez @theaglab]

Very nice to see this in print. Interesting and important work of @drdavidoconnor @Marcrmansour and colleagues
https://t.co/UxVqbB5QT1

[nature @Nature]

Seventy years on from the discovery of the structure of DNA, controversy still surrounds two central points: how much credit Rosalind Franklin deserved, and the degree to which she was denied it https://t.co/nSHwbJ2fxA

[The Roberts Lab @TheRobertsLab1]

A great time in Orlando catching up at #AACR2023 with friends, collaborators and colleagues. @theaglab @Armstrong_dfci @BradEBernstein @fischerlab1 @CKadoch

[FASEB @FASEBorg]

Register now to learn about new blood disease research at the Hematologic Malignancies Conference on Aug 6. Join you colleagues and tap the proverbial vein of knowledge in Southbridge, Massachusetts! #HMCSRC @theaglab @The_Will_Lab
Register:
https://t.co/3Mrx5C6x7E

[Florian Perner @florian_perner]

Happy to share our story out today in @Nature on novel point mutations in MEN1 that cause resistance to #Menin inhobitor treatment in #AML. This was a fantastic team effort @shengfcai @Armstrong_dfci @rosslevinemd, Eytan Stein and everyone contributing! https://t.co/IH2Qa31Ix9

[Britta Will @The_Will_Lab]

📢📯📨 Registration is now open for the 2023 FASEB SRC on Hematologic Malignancies - back in person!! August 6th - 11th 2023, Southbridge MA https://t.co/wX96ANDy0C

[AACR @AACR]

Register by January 13 to get the lowest rates for the AACR Special Conference on Pediatric Hematologic Malignancies (February 19-22, 2023; New Orleans), chaired by Terry J. Fry, Mignon L. Loh, and Alejandro Gutierrez. Learn more:
https://t.co/Jwa1lWzRoN
#AACRped23 @theaglab

[Walter W. Chen, MD, PhD @WalterWChen1]

Nice review of how metabolism is compartmentalized by ⁦@LironBarPeled⁩ ⁦@KoryLab⁩

Principles and functions of metabolic compartmentalization | Nature Metabolism https://t.co/rJcmIEyASw

[Lowe Lab @LoweLabMSKCC]

New Preprint! Led by #DynamicDuo @BarrigaFM & @KTsanov, this study set out to understand how somatic copy number alterations (CNAs) promote cancer. CNAs are prevalent across cancer types & correlate w/ clinical outcomes but remain difficult to study. 1/n
https://t.co/gKauUVzL0x

[Gerta Hoxhaj Lab @Gerta_Hoxhaj]

We’re excited to share our latest paper @MolecularCell. We report the crystal structure of NADK2, revealing a dimeric organization and regulation by lysine acetylation. Led by our talented Mona @HSoflaee & Charline, in collaboration with Labesse lab. https://t.co/DUVVQeeCny 1/10

[Joelle Straehla @jstraehlaMD]

Very excited to share our work on cancer nanomedicine now out in @ScienceMagazine. This was a really fun and collaborative project co-led by @natalie_boehnke and supported by an amazing group of scientists @kochinstitute @broadinstitute @DFBC_PedCare https://t.co/Rkgvv1wwxL

[David M. Sabatini @DMSabatini]

One of the most important nutrient sensing-mTOR papers from our lab. @acangelosi shows that Sestrin is a bona fide leucine sensor in vivo in mice and controls new leucine-sensitive physiology. @sciencemagazine https://t.co/Ei4blaXJvt