Erin Parry, MD PhD (@erinmparry) 's Twitter Profile
Erin Parry, MD PhD

@erinmparry

Physician-scientist, Lymphoma oncologist @DanaFarber | Tweets are my own and not medical advice. #Lymphoma

ID: 1183103472884944901

calendar_today12-10-2019 19:34:30

24 Tweet

210 Followers

324 Following

Livius Penter (@livius_tacitus) 's Twitter Profile Photo

🐭 Can mitochondrial DNA mutations track lineage in murine cancer modelsā“ Together w/ Elisa ten Hacken plus the mtDNA experts LeifLudwig and Caleb Lareau we investigated this question with mtscATAC-seq using Elisa's #CLL and #RS models. Out now in Cancer Research./1 aacrjournals.org/cancerres/arti…

🐭 Can mitochondrial DNA mutations track lineage in murine cancer modelsā“ Together w/ <a href="/etenhacken/">Elisa ten Hacken</a> plus the mtDNA experts <a href="/LeifLudwig/">LeifLudwig</a> and <a href="/CalebLareau/">Caleb Lareau</a> we investigated this question with mtscATAC-seq using Elisa's #CLL and #RS models. Out now in <a href="/CR_AACR/">Cancer Research</a>./1
aacrjournals.org/cancerres/arti…
Livius Penter (@livius_tacitus) 's Twitter Profile Photo

Elisa ten Hacken has developed a new model for Richter's syndrome, the transition of #CLL to a high-grade lymphoma, which is the perfect context to study clonal evolution using #mtDNA mutations. Check out her brand new Blood Cancer Discovery paper also released today! /4 aacrjournals.org/bloodcancerdis…

Livius Penter (@livius_tacitus) 's Twitter Profile Photo

Finally, we also saw mtDNA mutations that were further enriched in the Richter's model after transplant into a recipient animal. This demonstrates that - like in human - mitochondrial DNA mutations in mice can be dynamic markers of distinct subclones and differential chromatin./9

Finally, we also saw mtDNA mutations that were further enriched in the Richter's model after transplant into a recipient animal. This demonstrates that - like in human - mitochondrial DNA mutations in mice can be dynamic markers of distinct subclones and differential chromatin./9
Elisa ten Hacken (@etenhacken) 's Twitter Profile Photo

1/Very excited to see this out online at Blood Cancer Discovery! Check out our novel mouse models reflective of chronic lymphocytic leukemia (CLL) transformation into Richter’s syndrome achieved via combinatorial CRISPR-Cas9 gene editing! aacrjournals.org/bloodcancerdis…

Blood Cancer Discovery (@bcd_aacr) 's Twitter Profile Photo

In vivo modeling of #CLL transformation to #Richtersyndrome reveals convergent evolutionary paths and therapeutic vulnerabilities, by Elisa ten Hacken et al. bit.ly/3uxoFRe Dana-Farber News Dana-Farber Harvard Medical School #chroniclymphocyticleukemia

In vivo modeling of #CLL transformation to #Richtersyndrome reveals convergent evolutionary paths and therapeutic vulnerabilities, by <a href="/etenhacken/">Elisa ten Hacken</a> et al.
bit.ly/3uxoFRe
<a href="/DanaFarberNews/">Dana-Farber News</a> <a href="/DanaFarber/">Dana-Farber</a> <a href="/harvardmed/">Harvard Medical School</a> #chroniclymphocyticleukemia
Christine Ryan, MD (@christineryanmd) 's Twitter Profile Photo

This was all only possible because of the study’s lead investigator and my incredible mentor Matthew Davids, MD, MMSc. Many, many thanks to him for the generous opportunity to present these results yesterday! #ASH22 Dana-Farber Dana-Farber News

Dana-Farber News (@danafarbernews) 's Twitter Profile Photo

During an early morning session here at #ASH22, there’s an overflow crowd for Dana-Farber Caron Jacobson’s, MD, MMSc, presentation on her findings from her investigator-initiated study of CAR T-cell therapy for CNS lymphoma. There’s not an empty seat in the ballroom.

During an early morning session here at #ASH22, there’s an overflow crowd for <a href="/DanaFarber/">Dana-Farber</a> Caron Jacobson’s, MD, MMSc, presentation on her findings from her investigator-initiated study of CAR T-cell therapy for CNS lymphoma. There’s not an empty seat in the ballroom.
Dana-Farber (@danafarber) 's Twitter Profile Photo

The story behind Venetoclax, a new cancer therapy, started nearly 40 years ago. How it went from the discovery of a protein to a game-changing cancer drug is a story of persistence and momentum and the first episode of season two of the Unraveled podcast. podcasts.apple.com/us/podcast/unr…

Matthew Davids, MD, MMSc (@drmdavids) 's Twitter Profile Photo

⁦Inhye Ahn, MD⁩ from ⁦Dana-Farber⁩ presenting at #iwcll2023 on one of the largest datasets ever reported for BTKi resistance mechanisms in CLL ⁦⁦iwCLL⁩

⁦<a href="/inhyeahn/">Inhye Ahn, MD</a>⁩ from ⁦<a href="/DanaFarber/">Dana-Farber</a>⁩ presenting at #iwcll2023 on one of the largest datasets ever reported for BTKi resistance mechanisms in CLL ⁦⁦<a href="/iwCLL/">iwCLL</a>⁩
iwCLL (@iwcll) 's Twitter Profile Photo

Congratulations to Dr. Susan O’Brien (UCI Health) and Dr. Catherine Wu (@DanaFaber), recipients of the iwCLL Binet-Rai Medals for outstanding contributions to CLL research at #iwCLL2023

Congratulations to Dr. Susan O’Brien (<a href="/UCIrvineHealth/">UCI Health</a>) and Dr. Catherine Wu (@DanaFaber), recipients of the iwCLL Binet-Rai Medals for outstanding contributions to CLL research at #iwCLL2023
RƩmy DulƩry (@remydulery) 's Twitter Profile Photo

#ASH23 - Abstract 223 Outstanding presentation by Katie Maurer šŸ‘šŸ»šŸ‘šŸ»šŸ‘šŸ» Response to axi-cel is associated with: āœ…The presence of > 0.5% circulating B-cells at baseline āœ…Higher ALC/AMC at baseline āœ…Enrichment of clonally expanded CD8+ TEM cells in IP #CARTcell

#ASH23 - Abstract 223
Outstanding presentation by <a href="/Dr_KatieM/">Katie Maurer</a> šŸ‘šŸ»šŸ‘šŸ»šŸ‘šŸ»

Response to axi-cel is associated with:
āœ…The presence of &gt; 0.5% circulating B-cells at baseline
āœ…Higher ALC/AMC at baseline
āœ…Enrichment of clonally expanded
CD8+ TEM cells in IP
#CARTcell
Dana-Farber News (@danafarbernews) 's Twitter Profile Photo

At #ASH23, Reid Merryman, MD Dana-Farber reveals results from a pilot study that uses circulating tumor DNA to reliably predict relapse in patients with diffuse large B-cell lymphoma (#DLBCL). Press release: ms.spr.ly/6013iTO1S

Lachelle Dawn (@lachelle_dawn) 's Twitter Profile Photo

#ASH23 is about running from a meeting in the Marriot all the way to room 28 in the conference center to see Becky Zon, MD rock her presentation on CHIP and VTE in the UKBiobank

#ASH23 is about running from a meeting in the Marriot all the way to room 28 in the conference center to see <a href="/beckyzon/">Becky Zon, MD</a> rock her presentation on CHIP and VTE in the UKBiobank
ASH (@ash_hematology) 's Twitter Profile Photo

šŸ”¬Are you an early-career researcher ready to take the next step in your research career? Apply for ASH & European Hematology Association's #TRTH program! Read the testimonials to see what past participants had to say about their experiences! Apply by June 20: ow.ly/GoW250RJTko #hematology

šŸ”¬Are you an early-career researcher ready to take the next step in your research career? Apply for ASH &amp; <a href="/EHA_Hematology/">European Hematology Association</a>'s #TRTH program! Read the testimonials to see what past participants had to say about their experiences! Apply by June 20: ow.ly/GoW250RJTko
#hematology
AACR (@aacr) 's Twitter Profile Photo

#AACRlymph24 cochair Ari M. Melnick, Sandrine Roulland, and Erin M. Parry discussed "Lymphoma Clonal Precursors and Transformation" in a plenary session at the Fourth AACR International Meeting on Advances in Malignant Lymphoma. Melnick Lab @SRoulland Erin Parry, MD PhD

#AACRlymph24 cochair Ari M. Melnick, Sandrine Roulland, and Erin M. Parry discussed "Lymphoma Clonal Precursors and Transformation" in a plenary session at the Fourth AACR International Meeting on Advances in Malignant Lymphoma. <a href="/LabMelnick/">Melnick Lab</a> @SRoulland <a href="/ErinMParry/">Erin Parry, MD PhD</a>
Lili Wang Lab (@liliwanglab) 's Twitter Profile Photo

Excited to share our latest publication from the Lili Wang lab! by Prajish Iyer et al.🌟 MGA deletion drives Richter’s transformation by modulating mitochondrial OXPHOS, highlighting new therapeutic avenues. Danilov Lab CLL Society Inc. science.org/doi/10.1126/sc…