Sam Bloom

[Peter Adams🇪🇺🇺🇳 @AdamsBioAging]

Senescent cells secrete chromatin components via senescence-associated extracellular particles --- New study from recently graduated PhD student in the lab, Lana Zaretski, co-supervised by Malene Hansen @thehansenlab and myself. Great job, Lana! https://t.co/Cd9rbkCOjR

[Metztli Cisneros-Aguirre @CisnerosMetztli]

🧬Register for the GRS on DNA Damage, Mutation & Cancer🧬 @GordonConf
Feb 28–Mar 1 2026, Ventura CA
Accepting abstracts for oral presentations! 
📍 Apply here 👉 https://t.co/wrWjSNYLp8
#DNADamage #GRC #GRS #CallForAbstracts

[Sam Bloom @sambloom28]

@SenMikeLee DO NOT SELL PUBLIC LANDS!!! NONE OF THEM. NOT ONE BIT!!!! THE PUBLIC DOESNT WANT THIS!!

[Salk Institute @salkinstitute]

Introducing Telo-seq: a new tool from @SalkInstitute and Oxford @Nanopore that will revolutionize the study of aging and cancer. Scientists can now measure and sequence telomeres on individual chromosomes with unprecedented resolution. #SalkHealthyAging
https://t.co/bZkbeFDnI9

[The Karlseder Lab @KarlsederLab]

We are excited that our study on telomere sequencing in collaboration with @nanopore is published https://t.co/CZvLmrIONf We developed Telo-seq, a method to determine the length and composition of entire human telomeres in bulk, chromosome arm and in some cases allelic resolution

[ragini bhargava @ginibh31]

Always fun to hang out with this crew!!! @NassourJoe @ArnoultLab @tobiastschmidt @sambloom28 @makotothayashi2 ! Thanks @TeloEMBO2024 for a great meeting!

[ATVB: An AHA Journal @atvbahajournals]

By elucidating endothelial regulation of insulin sensitivity via Arf6 signaling, this study provides a new mechanism of vascular dysfunction and diabetes @aroundthehorn7 @DnisseGrabiela
https://t.co/j535MLbhJn

[University of Utah Microbiology & Immunology @UofUMandI]

Endothelial-Specific Reduction in Arf6 Impairs Insulin-Stimulated Vasodilation and Skeletal Muscle Blood Flow Resulting in Systemic Insulin Resistance in Mice https://t.co/f9JOfnph9Y

[Sam Bloom @sambloom28]

@ZachSClayton @CUDeptMedicine @CUAnschutz Congrats, Zach!

[Md Torikul Islam @MTIslam_]

hot off the press https://t.co/8emv33zIb9

[Joe Nassour @NassourJoe]

Our latest review 'Telomeres as hotspots for innate immunity and inflammation' is now live @repair_dna! Here, we describe how dysfunctional telomeres activate innate immune pathways and fuel inflammaging. Check it out @Sprzetocka @KarlsederLab
https://t.co/8tnZK4ulbn

[Aging Journal @AgingJrnl]

#PaperSpotlight: On October 2, 2023, researchers from @UUtah, @FloridaState and @DeptVetAffairs published a new research paper in Aging's Volume 15, Issue 19, entitled, “Reduction of double-strand DNA break repair exacerbates vascular aging”

DOI: https://t.co/CF9wnCh1Ep

[AgingBiology @AgingBiology01]

Aging Biology : Senolytics Reduce Endothelial Cell DNA Damage and Telomere Dysfunction Despite Reductions in Telomere Length -------------- Samuel Bloom, Anthony Donato and coworkers. https://t.co/98Jq9Uddrp

[GeroScience @GeroScienceAGE]

📢New Article📖in GeroScience
Glycocalyx-targeted therapy ameliorates age-related arterial dysfunction by Daniel R. Machin et al.
https://t.co/bg7qhffJ1B
@UUtah @floridastate
#endothelium #hyaluron #arterialfunction #aging

[GeroScience @GeroScienceAGE]

📢New Recommended Reading📖
#Aging results in DNA damage and telomere dysfunction that is greater in #endothelial versus #vascularsmoothmusclecells and is exacerbated in atheroprone regions by Samuel I. Bloom et al.
https://t.co/DudaZexjDr
@UUtah
#dnadamage #telomeredysfunction

[Nature Reviews Cardiology @NatRevCardiol]

Hot off the press! Donato and colleagues review the mechanisms of endothelial cell senescence and its contribution to metabolic and #cardiovascular diseases: https://t.co/dyo77nwPSb