https://bma-society.org/
BMAT linked to osteoporosis, fractures, T2D, CVD, cancers
PLOT TWIST: Type 2 diabetes correlates:
✅ Positive with spinal BMAT
❌ Negative with femoral BMAT
Mendelian randomization confirms CAUSAL link to osteoporosis
Site-specific biology = site-specific disease!
BMAT linked to osteoporosis, fractures, T2D, CVD, cancers
PLOT TWIST: Type 2 diabetes correlates:
✅ Positive with spinal BMAT
❌ Negative with femoral BMAT
Mendelian randomization confirms CAUSAL link to osteoporosis
Site-specific biology = site-specific disease!
Xu et al. analyzed 48,000+ UK Biobank participants with MRI to reveal bone marrow adiposity's links to 47 DISEASES across 12 categories
The twist? Location matters MORE than we thought 🦴
This changes EVERYTHING about BMAT biology
Xu et al. analyzed 48,000+ UK Biobank participants with MRI to reveal bone marrow adiposity's links to 47 DISEASES across 12 categories
The twist? Location matters MORE than we thought 🦴
This changes EVERYTHING about BMAT biology
Join us for the 9th Webinar featuring Dr. William Cawthorn. He’ll present “Insights from recent large-scale analyses of bone marrow adiposity in the UK Biobank” uncovering how #BMAT is emerging as a clinically relevant and genetically tractable target for future research.
Join us for the 9th Webinar featuring Dr. William Cawthorn. He’ll present “Insights from recent large-scale analyses of bone marrow adiposity in the UK Biobank” uncovering how #BMAT is emerging as a clinically relevant and genetically tractable target for future research.
Raise awareness about osteoporosis and bone health 🗣️🌏. The BMAS is dedicated to advancing both basic and clinical research to better understand osteoporosis and improve patient outcomes. Join us in supporting innovative science!
#BoneHealth #Osteoporosis #Life
Raise awareness about osteoporosis and bone health 🗣️🌏. The BMAS is dedicated to advancing both basic and clinical research to better understand osteoporosis and improve patient outcomes. Join us in supporting innovative science!
#BoneHealth #Osteoporosis #Life
Femoral BMAT: Higher saturated fats, MORE hematopoietic stem cells
Acetabular BMAT: Different lipid profile, FEWER blood-forming cells
Same patient, different skeleton location = different biology
This work sheds new light on BMAT physiology!
www.mdpi.com/2218-1989/15...
Femoral BMAT: Higher saturated fats, MORE hematopoietic stem cells
Acetabular BMAT: Different lipid profile, FEWER blood-forming cells
Same patient, different skeleton location = different biology
This work sheds new light on BMAT physiology!
www.mdpi.com/2218-1989/15...
Today, let´s learn about BMAT metabolism, nutritional interventions, BMAT modeling, clinical imaging, and group establishment.
@ifmrs.bsky.social
@elsevierconnect.bsky.social
@biologists.bsky.social
Today, let´s learn about BMAT metabolism, nutritional interventions, BMAT modeling, clinical imaging, and group establishment.
@ifmrs.bsky.social
@elsevierconnect.bsky.social
@biologists.bsky.social
Right now, participants from across the globe have gathered for this year’s program. We are proud to welcome participants from 17 countries, all bringing their passion and expertise to advance bone marrow adipose tissue research💡🔬 #BMAS2025
Right now, participants from across the globe have gathered for this year’s program. We are proud to welcome participants from 17 countries, all bringing their passion and expertise to advance bone marrow adipose tissue research💡🔬 #BMAS2025
Today let's explore interactions between BMAT, hematopoiesis, and cancers, BMAT mechanosensitivity, and mitochondrial function. Join our vibrant career session covering Industry vs. Academia.
@ifmrs.bsky.social @elsevierconnect.bsky.social @biologists.bsky.social
Today let's explore interactions between BMAT, hematopoiesis, and cancers, BMAT mechanosensitivity, and mitochondrial function. Join our vibrant career session covering Industry vs. Academia.
@ifmrs.bsky.social @elsevierconnect.bsky.social @biologists.bsky.social
Join us today for outstanding invited lectures and engaging discussions. Hear from BMAS Society presidents Bram van der Eerden and other experts 🇳🇱🇩🇪🇺🇸🇨🇭on bone marrow microenvironment specialization, cutting-edge techniques for BMAT investigation, and grant-writing tips. #bone
Don’t miss your chance to join this exciting virtual event filled with insightful sessions and great networking opportunities.
Secure your spot today and be part of an inspiring learning experience! #BMAS2025
Don’t miss your chance to join this exciting virtual event filled with insightful sessions and great networking opportunities.
Secure your spot today and be part of an inspiring learning experience! #BMAS2025
The abstract submission deadline has been extended to July 11! Just a few days left ⏳
Don´t miss your chance to be part of this virtual event! 💻🦴
Submit now 👉 bma-society.org/bmas-summer-...
#BMAS2025 #BoneResearch #VirtualEvent #Science
The abstract submission deadline has been extended to July 11! Just a few days left ⏳
Don´t miss your chance to be part of this virtual event! 💻🦴
Submit now 👉 bma-society.org/bmas-summer-...
#BMAS2025 #BoneResearch #VirtualEvent #Science
📅 When? September 24–26, 2025
💻 Where? Online (join from anywhere!)
🔬 What? A unique opportunity to dive into the fascinating world of bone marrow adipose tissue (BMAT) with leading experts.
📅 When? September 24–26, 2025
💻 Where? Online (join from anywhere!)
🔬 What? A unique opportunity to dive into the fascinating world of bone marrow adipose tissue (BMAT) with leading experts.
Share and submit to join us for the event 🗣️
Share and submit to join us for the event 🗣️
The registration link will come soon. Stay tuned!
The registration link will come soon. Stay tuned!
🧬 "KIAA1199 (CEMIP) regulates adipogenesis and whole-body energy metabolism" by Chen et al., published in Bone Research. KIAA1199 as a key player in understanding bone-fat crosstalk!
👏 Congrats to @kmeblab.bsky.social & Moustapha Kassem!
📖 lnkd.in/eQKBDAU5
🧬 "KIAA1199 (CEMIP) regulates adipogenesis and whole-body energy metabolism" by Chen et al., published in Bone Research. KIAA1199 as a key player in understanding bone-fat crosstalk!
👏 Congrats to @kmeblab.bsky.social & Moustapha Kassem!
📖 lnkd.in/eQKBDAU5
Apply now for the BMAS-IFMRS Future Global Leaders #award and receive FREE Summer School 2025 registration PLUS one-year BMAS membership waiver!
This is a great opportunity to join the activities of this vibrant society! @ifmrs.bsky.social
Apply now for the BMAS-IFMRS Future Global Leaders #award and receive FREE Summer School 2025 registration PLUS one-year BMAS membership waiver!
This is a great opportunity to join the activities of this vibrant society! @ifmrs.bsky.social
Register at: umn-private.zoom.us/meeting/regi...
This seminar will discuss the regulation of both regulated and constitutive #BMAT within the context of all #adipose tissues, and how this regulatory system evolves in states such as end stage starvation and cachexia.
Register at: umn-private.zoom.us/meeting/regi...
This seminar will discuss the regulation of both regulated and constitutive #BMAT within the context of all #adipose tissues, and how this regulatory system evolves in states such as end stage starvation and cachexia.
Exciting news! The 6th @BMA_Society Webinar "Neural Regulation of Marrow Adipose Tissue is coming up on April 14, 2025 at 11 AM EDT / 5PM CEST featuring Dr. Erica Scheller (@schellerlab) from @wustlcrm @WashU_MRC and Moderated by Thomas Ambrosi and @LingQin6
Exciting news! The 6th @BMA_Society Webinar "Neural Regulation of Marrow Adipose Tissue is coming up on April 14, 2025 at 11 AM EDT / 5PM CEST featuring Dr. Erica Scheller (@schellerlab) from @wustlcrm @WashU_MRC and Moderated by Thomas Ambrosi and @LingQin6