Facilitated diffusion:
The facilitative propagation is a simple technique proposed to explain the passage of waterborne compounds. The main characteristics of this transit system are the increased permeability of the membrane than expected by the co-coefficients. Diffusion occurs towards the lower concentration gradient, the passage is saturable and competition occurs between the isomers. Exploitation is used to explain the cellular uptake of sugar and amino acids.
Six sugary vectors were identified in humans with different tissue distributions and substrate motility and quality. A number of softened amino acids were also identified. The L (System L) system, which transfers amino acids such as leucine and phenylalanine, is probably the most famous.
The facilitative propagation is a simple technique proposed to explain the passage of waterborne compounds. The main characteristics of this transit system are the increased permeability of the membrane than expected by the co-coefficients. Diffusion occurs towards the lower concentration gradient, the passage is saturable and competition occurs between the isomers. Exploitation is used to explain the cellular uptake of sugar and amino acids.
Six sugary vectors were identified in humans with different tissue distributions and substrate motility and quality. A number of softened amino acids were also identified. The L (System L) system, which transfers amino acids such as leucine and phenylalanine, is probably the most famous.