Reboldi Lab
@reboldilab.bsky.social
๐ค 199
๐ฅ 183
๐ 0
Mucosal Immunology Lab
@umasschan.bsky.social
https://www.umassmed.edu/reboldilab/
reposted by
Reboldi Lab
Frascoli Lab
3 months ago
Excited to be part of this Women in STEM Viepoint ๐ Huge thanks to
@jem.org
for the invite - what an inspiring lineup!
add a skeleton here at some point
1
10
3
reposted by
Reboldi Lab
Frederick "Erick" Matsen
4 months ago
Why does selection feel so weak relative to mutation in affinity maturation? A new blog post giving three perspectives, including our new transformer-based model of natural selection on antibodies:
matsen.group/general/202...
loading . . .
The term 'affinity maturation' understates the influence of somatic hypermutation
Three recent papers quantify how nucleotide-level mutation processes drive antibody evolution.
https://matsen.group/general/2025/08/17/mut-sel-in-bcrs.html
0
23
9
reposted by
Reboldi Lab
Mauro Gaya
7 months ago
Dr. Andrea Reboldi from UMass Chan Medical School ๐บ๐ธ will be presenting his work on "Metabolic regulation of intestinal humoral response". Check his recent study on how receptor signaling controls gut humoral response:
pubmed.ncbi.nlm.nih.gov/37714151/
@reboldilab.bsky.social
#EMBOBarrierTissues
0
1
1
reposted by
Reboldi Lab
Mauro Gaya
8 months ago
๐จ๐ฆ ๐ฌ Last month to register to the EMBO workshop on Adaptive Immunity in Barrier Tissues. ๐ Where: Basel, Switzerland ๐ When: 26thโ29th August 2025 ๐ Registration deadline: 30th May 2025 Childcare support & travel grants from
@embo.org
and
@efis-immunology.bsky.social
#EMBOBarrierTissues
loading . . .
Adaptive immunity in barrier tissues
Immune responses lie at the heart of almost every aspect of human health, including host responses to infection, autoimmunity, cancer, metabolism and aging. While adaptive immune responses by B and Tโฆ
https://meetings.embo.org/event/25-barrier-tissues
27
49
29
reposted by
Reboldi Lab
Journal of Experimental Medicine
10 months ago
Kellog,
@reboldilab.bsky.social
, Vanni et al. reveal that
#microbiome-driven
tuft cellsโ hyperplasia in the colon helps defend against Clostridioides difficile infection.
https://buff.ly/3CRIPNy
๐ In HostโMicrobe Interactions 2025 ๐
https://buff.ly/40XMv8r
0
7
3
reposted by
Reboldi Lab
Mucosal Immunology
11 months ago
Follow our new podcast for more Mucosal Immunology -
#MucosalMondays
, coming to you the last Monday of every month.
add a skeleton here at some point
0
10
7
reposted by
Reboldi Lab
Carolyn King
12 months ago
Registration is live!! May 30th deadline for
#EMBOTissueImmunity
in Basel๐จ๐ญ (home to Eurocup 2025, Eurovision 2025, Art Basel, world renowned architecture and muuuuuch more!) Be our guest for groundbreaking
#immunology
discussion, swimming & fun along the Rhine.
meetings.embo.org/event/25-bar...
0
32
16
reposted by
Reboldi Lab
UMass Chan Medical School
about 1 year ago
Toronto-based ImmVue Therapeutics Inc. has licensed cancer-fighting technology from UMass Chan Medical School:
direc.to/m4zC
This partnership was facilitated by BRIDGE Innovation and Business Development at UMass Chan.
loading . . .
UMass Chan licenses potential small molecule immunotherapeutic for cancer treatment to ImmVue Therapeutics Inc.
Toronto-based ImmVue Therapeutics Inc. has exclusively licensed allosteric small molecule compounds identified in the laboratory of Joonsoo Kang.
https://direc.to/m4zC
0
5
1
reposted by
Reboldi Lab
Carolyn King
about 1 year ago
Speaker line up for
#EMBOTissueImmunity
to take place in Basel ๐จ๐ญ 26-29 August 2025. Come join
@maurogaya.bsky.social
and I for some fantastic
#immunology
along the Rhine! Please share this invitation - we hope you will join us. Registrations will be open soon.
3
89
43
reposted by
Reboldi Lab
Waggoner Lab
about 1 year ago
Microbiome-derived succinate-driven tuft cell hyperplasia in the colon helps defend against Clostridioides difficile infection, providing a pathway through which host/microbe interactions protect against pathogens
doi.org/10.1084/jem....
@reboldilab.bsky.social
@jexpmed.bsky.social
loading . . .
Succinate-producing microbiota drives tuft cell hyperplasia to protect against Clostridioides difficile
The microbial metabolite succinate promotes tuft cell hyperplasia, which enhances the gutโs ability to protect against intestinal infections. This study re
https://doi.org/10.1084/jem.20232055
0
7
2
you reached the end!!
feeds!
log in