Prasanna Padmanaban MSc. Hons., PhD (@prasannapadman7) 's Twitter Profile
Prasanna Padmanaban MSc. Hons., PhD

@prasannapadman7

Postdoctoral fellow | EIPOD EMBL | Marie Curie COFUND| Towards making functional engineered tissues 🇮🇳 🇩🇪 🇧🇪🇳🇱🇪🇸 Post & comments represent my own view

ID: 878518878846029825

linkhttp://www.prasanna.biz calendar_today24-06-2017 07:43:17

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Hirase lab@KU (@hiraselab_ku) 's Twitter Profile Photo

Vittani, Lee, Wang, Hiraoka, et al. KI mouse expressing red fluorescent blood In situ SpyTag/Catcher attachment of biosensor ECS SpyCatcher to capture BBB leak doi.org/10.1101/2025.0… We hope this method is useful to a wide range of the biology community.

Vittani, Lee, Wang, Hiraoka, et al. 
KI mouse expressing red fluorescent blood
In situ SpyTag/Catcher attachment of biosensor
ECS SpyCatcher to capture BBB leak
doi.org/10.1101/2025.0…
We hope this method is useful to a wide range of the biology community.
Quanta Magazine (@quantamagazine) 's Twitter Profile Photo

If you had the chance to change your fate, would you? New research suggests that environmental factors, like environment and diet, can trigger metabolic pathways that contribute to an embryo’s survival, cell death and even cancer. quantamagazine.org/how-metabolism…

Farid Alisafaei (@faridalisafaei) 's Twitter Profile Photo

1️⃣For years, scientists have known that mechanical tension influences cell behavior. But in our recent study in Nature Materials we found that it is not just the amount of tension—it is the direction! nature.com/articles/s4156…

Confinement Mechanobiology Lab at MBI (@confinementlab) 's Twitter Profile Photo

Fascinating in vivo tracking of collective cell migration under confinement PNASNews! Reveals self-organized antiparallel streams and compressive ECM deformation. Now wondering: How do single cells navigate these complex microenvironments? 🤔 -LY www-pnas-org.libproxy1.nus.edu.sg/doi/10.1073/pn…

Fascinating in vivo tracking of collective cell migration under confinement <a href="/PNASNews/">PNASNews</a>! Reveals self-organized antiparallel streams and compressive ECM deformation. Now wondering: How do single cells navigate these complex microenvironments? 🤔 -LY
www-pnas-org.libproxy1.nus.edu.sg/doi/10.1073/pn…
Organoid News (@organoidscience) 's Twitter Profile Photo

.AMOLF scientists introduce LabelFreeTracker, a label-free machine-learning-based method to visualize the nuclei and membranes in bright-field images of 3D mouse intestinal #organoids. 🔎 Discover more: bit.ly/3EcXNyo

.<a href="/_amolf/">AMOLF</a> scientists introduce LabelFreeTracker, a label-free machine-learning-based method to visualize the nuclei and membranes in bright-field images of 3D mouse intestinal #organoids. 

🔎 Discover more: bit.ly/3EcXNyo
Computational Fluid Dynamics Lab UniBw_M (@cfd_unibw_m) 's Twitter Profile Photo

Using multiphase DNS, this new study explores how viscosity and surface tension differences in colliding droplets affect mixing efficiency and quality in bioprinting. These findings could help optimize printing techniques. Read more at: DOI.org/10.1007/s10494…

Using multiphase DNS, this new study explores how viscosity and surface tension differences in colliding droplets affect mixing efficiency and quality in bioprinting. These findings could help optimize printing techniques. Read more at: DOI.org/10.1007/s10494…