adhynamic.bsky.social
Our lab aim is to grasp the molecular mechanisms by which cells adhere to and move through the body environment in cancer, vascular and rare genetic diseases. https://www.dep-oncology.unito.it/do/docenti.pl/Show?_id=gserini#tab-profilo
👤 Joined on 23 February 2025
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@adhynamic.bsky.socialVariants in genes involved in the production of extracellular matrix molecules could have enabled the skeletal adaptations that distinguish humans from other great apes go.nature.com/4yhrllp
Show PostWhat does it take to truly understand #cancer in all of its complexity? Delighted to share our Review in Cell "Cancer ecosystems: A dynamic interplay across scales" with Daniela Quail, where we propose a multi-scale framework connecting tumor ecology with physiology 🧪⚕️ www.cell.com/cell/fulltex...
Show Post#Macrophages don't simply follow cues to locate sites of infection. @robinsall.bsky.social &co show that they extract directional information from their environment from a constant concentration of C5a #chemoattractant, self-generate a gradient & enhance guidance @plosbiology.org 🧪 plos.io/4txkZez
Show PostThe architecture of plants and their development differ markedly from those of animals. From their rigid cell walls to their intrinsic stemness, they are equipped with several safeguards against cancer growth.See:https://n ature.com/articles/nrc2942.pdf
Show PostDo plants develop cancer? Since trees live long and have many cells, shuld we expect to see "tumoral forests" as the on in the image (my drawing)? Spoiler: negative answers to both questions (with exceptions). Understanding why is a fascinating story @guimaguade.bsky.social
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