Check out our new work on how estrogen regulates blood vessel changes in bone during pregnancy & menopause, published in @NatureCVR. Congrats to lead author Julia Rodrigues, the whole team and @kusumbelab.
https://t.co/gW04KUQ2uC
Research Highlight on the recent study by Biswas et al. @CellCellPress demonstrating the presence of #LymphaticVessels in the #bone and that these vessels are essential for hematopoiesis and bone regeneration. @LincolnBiswas https://t.co/zqo16QXWJg
👉https://t.co/RJIoW8huwJ
Lymphatic vessels in bone tissue? Yes, you read that right. See how the UltraMicroscope supported this fantastic work from Dr. Anjali P. Kusumbe and team, recently published in Cell. 👉 https://t.co/hGGpeeOFDW
Did you know almost 90% of our total body citrate is stored in our bones? Have you ever wondered how it gets there and what it’s function is in bone? Find your answers in our new publication -> https://t.co/yWbuaPRM9i
We are hiring! If you are interested in metabolomics research, have experience with LC-MS workflows and want to use a brand-new nanoLC-Orbitrap MS to help unravel cancer and stem cell metabolism, they apply for an open Scientist position in our lab @deDuveInstitute @UCLouvain_be
Many patients don’t know that breast cancer treatment can lead to bone loss. Share our patient resources on breast cancer and bone loss to help teach various preventive measures they can take to mitigate bone loss: https://t.co/UHdJfD9Xuc
Our October issue is out! Read about spatio-temporal transcriptomic in viral #myocarditis, #estrogen and #bone angiogenesis, intracellular K+ channels and #arrhythmias, maintenance of adult #endothelium and more! https://t.co/4plTTB202W
Primary tumors can inhibit metastases through hitherto poorly understood mechanisms. Proteolytic cleavage of pro-tumorigenic ANGPTL4 liberates anti-tumorigenic nANGPTL4. Thanks to everybody who contributed to this spectacular 8 year study. Now in @JExpMed https://t.co/6sO7riqWP7
Vertebral (spine) #fractures can lead to back pain, height loss, deformity, immobility, increased number of bed days, and reduced pulmonary function #ASBMR#WorldOsteoporosisDay@iofbonehealth
https://t.co/poeN2kdmWv
RESEARCH| Julia Rodriguez et al. @RamasamyLab, they show how #estrogen levels regulate #bone endothelial cell physiology, #metabolism, and bone vascular #aging in adult mice.
@MRC_LMS https://t.co/8fYAjvGlbU