A dialysis membrane is a semi-perme

A dialysis membrane is a semi-permeable film (usually a sheet of regenerated
cellulose) containing various sized pores. Molecules larger than the pores cannot pass
through the membrane but small molecules can do so freely. In this manner, dialysis may
be used to perform purification or buffer exchange for samples containing
macromolecules. The time required to accomplish dialysis is determined by factors that
affect the rate of diffusion of a molecule. Because heat affects the thermodynamics of
molecules, increasing temperature speeds diffusion. Therefore, dialysis will proceed
faster at room temperature than at 4°C. The rate of diffusion is also directly proportional
to the concentration of a molecule, while inversely proportional to its molecular weight.
As the concentration of a molecule increases, so does the probability that one of those

Results (English) 1:

A dialysis membrane is a semi-permeable film (usually a sheet of regeneratedcellulose) containing various sized pores. Molecules larger than the pores cannot passthrough the membrane but small molecules can do so freely. In this manner, dialysis maybe used to perform purification or buffer exchange for samples containingmacromolecules. The time required to accomplish dialysis is determined by factors thataffect the rate of diffusion of a molecule. Because heat affects the thermodynamics ofmolecules, increasing temperature diffusion speeds. Therefore, dialysis will proceedfaster at room temperature than at 4° c. The rate of diffusion is also directly proportionalto the concentration hand of a molecule, while inversely proportional to its molecular weight.As the concentration hand of a molecule increases, so does the probability that one of those

Results (English) 2:

A dialysis membrane is a semi-permeable film (Thường a sheet of regenerated
cellulose) containing various sized pores. Larger molecules can not pass coal the pores
through the membrane but small compared Freely molecules can do. In this a manner dialysis unfortunately
be used to perform purification or buffer exchange for samples containing
macromolecules. The time required to Accomplish Factors có dialysis is quyết by
the rate of diffusion hưởng of a molecule. Because heat affects the thermodynamics of
molecules, tăng tốc temperature diffusion. Therefore, PROCEED sẽ dialysis
at room temperature coal Faster at 4 ° C. The rate of diffusion is cũng trực proportional
to the concentration of a molecule, while inversely proportional to molecular weight ITS.
As the concentration of a molecule increases, than does the probability có one of những