Researchers utilized the linearly set up cellulose microchannels in asparagus stalks as a biocompatible scaffold for neural stem cell cultures.The earliest dish for cooking asparagus is attributed to Marcus Gavius Apicius, an ancient Roman food lover who many cooking historians think composed the very first cookbook.1 The cardinal guideline for preparing perfect asparagus has survived over the ages: dont overcook it. The success of cell therapy depends on the cell culture conditions, including biocompatible 3D scaffolds that enable cell differentiation, survival, and axon guidance.2 “Years earlier, I was cooking asparagus at home. See More “Apples Lay the Foundation for Regenerating Bone”Nerve cell axons grow in packages and require different chemical and physical cues to assist their regrowth after injury.These bundled microchannels assist transportation water and nutrients along the length of the asparagus spears.3 Their direct arrangement makes them an intriguing, repurposed biomaterial for regenerating nerves, whose typical architecture consists of direct axon packages. Because cells tend to track along linear structures in a process called contact guidance,4 channels encourage cells to migrate and align within their inner and outer surface areas. His group used detergents to chemically get rid of the asparagus plant cells, proteins, and DNA, leaving behind the helpful cellulose microchannel structure.
Scientists used the linearly arranged cellulose microchannels in asparagus stalks as a biocompatible scaffold for neural stem cell cultures.The earliest recipe for cooking asparagus is associated to Marcus Gavius Apicius, an ancient Roman foodie who numerous cooking historians believe composed the very first cookbook.1 The cardinal rule for preparing ideal asparagus has made it through over the ages: do not overcook it. The success of cell treatment depends on the cell culture conditions, including biocompatible 3D scaffolds that allow cell axon, survival, and distinction guidance.2 “Years back, I was cooking asparagus at home. Because cells tend to track along direct structures in a process called contact guidance,4 channels motivate cells to move and line up within their inner and external surface areas.