Excited to announce that our work exploring the bioenergetics of blood cancer is now published at @eLife#Mitochondria, #CancerMetabolism
https://t.co/Kfp93XUKPV
See original tweetorial for detailed summary and below for a few broader points.
Excited to share the lab’s first ever pre-print exploring the specific role of OXPHOS in AML! What we found might surprise you. Click👇 for paper access and please don't hesitate to provide some feedback. See🧵for details. @researchsquare
https://t.co/56KskQteqe
Collaboration between our group and the Tirosh lab exploring a novel mTOR activator (they devloped) in combination with ixazomib for treatment of Acute Myeloid Leukemia! - https://t.co/aiEsTvYEjY
New review from our group taking a critical look at OxPhos as a cancer target......and suggestions for where the field goes next. Published in @Biochem_Journal
https://t.co/rwU1AIymEK
Blood cancers, such as leukaemia, are challenging to treat. At @wakeforestmed in the US, Dr Kelsey Fisher-Wellman @KFW_Lab is investigating how mitochondria in cancerous cells differ from those in healthy cells. https://t.co/clqTaPPmVa
In this podcast, Dr Kelsey Fisher-Wellman @KFW_Lab from @wakeforestmed shares how he has become a successful cancer biologist despite coming from an unconventional educational background: https://t.co/clqTaPPmVa
Our latest collection of Spanish resources (including article, activity sheet, animation, podcast and PowerPoint) explore cancer biology with Dr Kelsey Fisher-Wellman @KFW_Lab at @wakeforestmed: https://t.co/clqTaPPmVa
In our latest collection of educational resources, we explore cancer biology with Dr Kelsey Fisher-Wellman @KFW_Lab from @wakeforestmed. Learn all about his exciting research and inspiring career journey: https://t.co/clqTaPPmVa
New publication from our group. We examine the primary functional consequences of mtDNA mutations across major organ systems. Spoiler: the cumulative mutational burden broadly phenocopies a complex I deficiency. https://t.co/rvTckbmk1Z
Honored to be listed in Clarivate’s top 1% of cited scientists. I know rankings and citation metrics raise valid concerns about how we evaluate science… but I still feel proud of the work my team and collaborators have done together 💪🏼 #GoBlue 〽️
Big shoutout to the folks over at @FUTURUMCareers for highlighting our work exploring the role of the mitochondria in blood cancers. It was an absolute pleasure to work with such a great team!
https://t.co/JxfNwfhufA
This was a labor of love requiring lots of teamwork over years, repeating in 3 locations! Thanks to all the lab over the years, giving their time generously to this team project, & our wonderful collaborators. The source of fat matters for anti-tumor immunity 🐄🐖🧈🌴🫒🥥
GDF15 is the best biomarker of energetic stress and energy resistance (éR)
New paper showing that GDF15 is on average elevated people with diagnoses of schizophrenia (+61%), bipolar disease (+56%), and major depressive disorder (+82%)
Consistent with the notion that mental health disorders are energetic disorders @ChrisPalmerMD
https://t.co/daOEXpOL9y
@janellison@Metabolic_Mind
Super excited to share new review on metabolic stress and adaptations in pancreatic cancer to these stresses from @ColinSh21573670 https://t.co/p9MwTyQtcs 1/6
📢New @KFW_Lab paper out!
AML mitochondria remain unperturbed & phenotypically stable under diverse nutrient conditions. And rather than specific nutrients or physiological relevance, AML cell proliferation is influenced by the complete nutrient profile
👉
https://t.co/lyrqoo26Zt
New paper alert! Huge congrats to my graduate student @jn_velascosilva on his first author publication in physiological reports https://t.co/KWKKRIWUhU 1/n
The Sable Award lecture at METPHYS2025 was really remarkable!
Tremendous congratulations to this years exceptional member of our community @KivancBirsoy
Final version of our new paper "Mapping Organism-wide Single Cell mRNA Expression Linked to Extracellular Vesicle Biogenesis, Secretion, and Cargo" is now available Open Access.
https://t.co/lNX3RsaZzS
Excited to share new report from collaborative work from @DelgoffeLab and @PatrickJonker4 from our team on a novel metabolic suppressor of T cell function in tumors!
https://t.co/XKEVirgGWm 1/