More than 300 proteins were detected and localised between pI 4 7 and molecular mass range of 20 200 kDa.
α-Hydrogenodimethylsilyl and α-dimethylvinylsilyl PDMS were prepared in the molecular mass range between 2500 and 40000 g mol−1.
The average pore size of the polyacrylamide membranes can be varied to permit passage of proteins in the 5000 800 000 molecular mass range.
The hemicellulose fraction contained polysaccharides in the middle and low molecular mass range (5 kDa-1 MDa) and increased in response to hypergravity.
It was found that although the LCBF increased with the increase of molecular mass, the LCBD showed a maximum value in the medium molecular mass range for most of the PE samples.
Samples and fractions of a membrane-forming polymer, poly 1-trimethylsilyl-1-propyne) (poly 1-trimethylsilyl-1-propyne of molecular hydrodynamics (velocity sedimentation, translational isothermal diffusion and viscometry) in cyclohexane in the molecular mass range 60
A set of ultra-high molecular mass (up to 2×107 g/mol) poly methylmethacrylate), obtained in a previous work by B. Simionescu, was used together with a commercial set of lower molecular mass samples in order to cover two decades of molecular mass range.
Modeling of the results from small-angle neutron scattering (SANS) on the solutions suggests that the structures of the PEGs in the molecular mass range 2000 Da to 8000 Da are paired in the solution, and the separation distance decreases with increasing PEG concentration.
The leaf proteome was established over the pI range from 3.5 to 8 and molecular mass range from 10too 100 kDa.
However the molecular mass range of XylA determined by SDS-PAGE from P. pastoris was 153 to 165 kDa indicating differences in post-translational modification consistent with the predicted glycosylation sites.
The degree of promiscuity of light ligand clusters whose AMW ranged from 200 to 500 tended to be greater than the heavy ones and in this molecular mass range, there were several ligand clusters that interacted with more than 50 different targets.
