Gelatin-modified 3D printed elastic hierarchical porous scaffold exhibits outstanding elasticity and fatigue durability and enhances cartilage regeneration #biomaterials

A drug eluting stent restores the lumen, inhibits biofilm formation, prevents tumor progression, and improves postoperative malignant central airway obstruction patency

An innovative millifluidic organ-on-a-chip device displays key gut epithelium features and provides the basis to build a customizable #multiorgan-on-a-chip platform

Unpleasant odors compared to pleasant ones cause higher cortical activations detectable by functional near-infrared spectroscopy and observable mostly in females

The use of #graphenequantumdot in #photothermaltherapy - an effective technology against #cancer - read more below 👇

The mechanisms of #CardiogenicPulmonaryEdema, #AcuteRespiratoryDistressSyndrome (#ARDS), and the effects of #PEEP unravelled bya microvascular model of fluid transport in the alveolar septa

Inhibiting #PCSK9 can reduce #VascularInflammation at the #AtheroscleroticPlaque - first demonstration in Tissue-engineered blood vessels (#TEBV)

#SpinalCordInjuty - the interplay between electrodes placement, current magnitude and spinal cord morphology

Noninvasive biopsy for gynecological studies - the #OpticalCoherenceTomography opportunity

Which relationship between chronic kidney disease and performance of vascular graft? A solid response based on an in vivo study is given by the Medical Center of the Utrecht University.

How can we calibrate computational models of thrombosis? UK researchers answer by presenting the first in silico study of spontaneous thrombosis prevalence across a broader set of aneurysm phenotypes.

A 3D real-scale blood–brain barrier (BBB) microfluidic system assembled by magnetic forces is the novel proposal by IIT researchers for #braincancer screening

Electrodes to perform #electromyography and to avoid problems of skin preparation are working efficiently? Yes, if #PEDOT is used. Rylie Green and colleague illustrate how this polymer can work!

We developed tunable 3D scaffolds on-chip to mimic brain tissue, enabling real-time study of how cancer cells invade and interact with blood vessels. @ananyaroyhere @mariatenje @forsbergnilsson Learn more 👇

Italian CNR researchers recognize neuroblastoma circulating tumor cells in liquid biopsy: an intelligent #biomedical #imaging solution at the lab-on-the-chip level.

Cell pores get "salty": salt ions near the #membrane provide extra potential to promote the pore initiation. Via @CQU1929.

New findings from @CQU1929 suggests that when under shear stress, TET1s is reduced and damages endothelial cells. #biomechanics #bloodflow

Congratulations to Dr. @JennyNJiang, the 2025 CMBE (Cellular and Molecular Bioengineering) Momentum Award Winner! We were honored to sponsor this award. 🏆 #CMBE2025 Learn more 👇

Taking up all the air the room': cell–cell interaction affects oxygen dynamics via @Unipisa.

This research examines textile techniques for cardiac patches, vascular grafts, and stents, focusing on parameters that influence their properties and suggesting future research for improved outcomes. Learn more 👇