We integrated datasets from transcriptomic, proteomic, epigenomic, and protein–protein interaction levels to build a global regulatory network to better characterize the mechanisms underlying HSPCs self-renewal.
Sprouting makes avascular tissues vascularized, and splitting can readily increase the vascular density in the vascularized tissues.
Micropatterned lubricant-infused biofunctional surfaces exhibit biofunctionality and omniphobicity simultaneously which leads to targeted cell attachment and alignment, both in surfaces and in microfluidic devices.
Due to the increasing demand for a bone marrow study model, we developed a natural scaffold from decellularized bovine bone marrow (DeBM).
Here, we present a straightforward technique to create bio-functional microfluidic channels using CO2 plasma to induce both carboxylic and hydroxyl groups onto the channel surface.