microfibril การใช้

• The microfibril scaffolds and organizes the deposition of amorphous elastin.
• There are, however, relatively weak segments of the microfibril with weaker internal bonding.
• These linear cellulose chains are bundled together as microfibril spiralled together in the walls of plant cell.
• Each RTC floats in the cell's plasma membrane and " spins " a microfibril into the cell wall.
• Tropoelastin does not undergo cleavage and formation of the microfibril is achieved by a self-association process termed coacervation.
• The microbial cellulose produces a sturdy substrate with a microfibril structure that allows the paper to be implanted with dopants.
• Through the application of solutions to the microbial cellulose paper, conductive dopants and electrochromic dyes can be placed into the microfibril structure.
• Eleven protofibrils form a cable called a microfibril, the microfibrils are bundled together into macrofibrils, and a bundle of macrofibrils fills each hair cell.
• Each microfibril exhibits a high degree of three-dimensional internal bonding resulting in a crystalline structure that is insoluble in water and resistant to reagents.
• Microfibril formation has been traced to interactions between its N-terminal subdomain N5 and its C-terminal C5 domain in adjacent type VI collagen monomers.
• However, due to microbial cellulose's higher purity and microfibril structure, it may prove to be an excellent candidate for an electronic paper substrate.
• The elastic fiber is formed from the elastic microfibril ( consisting of numerous proteins such as microfibrillar-associated glycoproteins, fibrillin, fibullin, and the elastin receptor ) and amorphous elastin.
• Buschke-Ollendorff syndrome, Menkes disease, pseudoxanthoma elasticum, and Marfan's syndrome have been associated with defects in copper metabolism and lysyl oxidase or defects in the microfibril ( defects in fibrillin, or fibullin for example ).