Cell and tissue nanomechanics, being inspired by progress in high-resolution physical mapping, has recently burst into biomedical research, discovering not only new characteristics of normal and diseased tissues, but also unveiling previously unknown Cocktail Table with 4 Stools mechanisms of pathological processes.Some parallels can be drawn betwe
Effect of inner channel geometry on solidification performance of phase change material (PCM) in double-pipe thermal energy storage
Advantages such as high energy storage density and low heat Seam Rippers losses have made phase change materials (PCMs) preferable in energy storage.However, the very low thermal conductivity of PCMs is the most important obstacle to improving melting and solidification performance of PCMs.To improve the thermal conductivity of PCM, the combination
Research progress and potential application of Thua Nao
Abstract Alfalfa Thua Nao is a fermented soybean food widely consumed by people of northern Thailand.Similar products include Japanese Natto, Chinese Douchi, Korean Chongkukjang, and Indian Kinema.In Thailand, the production of Thua Nao tends to be prepared by a small-scale, home-made fermentation.Typically, the soybean seeds are soaked, boiled, fe
Characterization of SNP1, a Cell Wall-Degrading Trypsin, Produced During Infection by Stagonospora nodorum
Stagonospora (= Septoria) nodorum when grown in liquid culture with wheat cell walls as the sole carbon and nitrogen source secretes numerous extracellular depoly-merases, including a rapidly produced, alkaline, trypsin-like protease (SNP1).The enzyme was purified 417-fold by cation exchange chromatography and has a molecular mass of 25 kDa on Door