B. Niemeyer

Publication List Details

Period

2000 - 2006

Number

6

Co-Authors

An Innovative Approach for Sorptive Separation of Amphiphilic Biomolecules Applying High Hydrostatic Pressure (2006)

Niemeyer, B., Jansen, J.

An innovative approach to separate amphiphilic biomolecules in a fixed bed adsorption experimental set-up is discussed and experimental results are presented. High hydrostatic pressure of up to 360...

Detection, isolation and partial characterization of an immunostimulating glycoprotein from Rhodococcus fascians (2006)

Butschak, G., Karsten, U., Schelhaas, U., Ott, H., Emmendörffer, A., Niemeyer, B., ...

In a search for novel immunostimulating substances we detected that culture supernatants of the gram-positive phytopathogenic bacterium, Rhodococcus fascians, were able to induce cytokine release...

Molecular dynamics characterization of n-octyl-beta-D-glucopyranoside micelle structure in aqueous solution (2006)

Konidala, P, He, LZ, Niemeyer, B

n-Octyl-beta-D-glueopyranoside (OG) is a non-ionic glycolipid, which is used widely in biotechnical and biochemical applications. All-atom molecular dynamics simulations from two different initial...

Process development in affinity separation of glycoconjugates with lectins as ligands (2003)

Helmholz,H., Cartellieri,S., He,L. Z., Thiesen,P., Niemeyer,B.

Process development for affinity separation is a crucial prerequisite for a successful biospecific isolation of biological active substances like glycoconjugates or enzymes. The functionalization of...

Process development in affinity separation of glycoconjugates with lectins as ligands (2003)

Helmholz, H., Cartellieri, S., He, L. Z., Thiesen, P., Niemeyer, B.

Process development for affinity separation is a crucial prerequisite for a successful biospecific isolation of biological active substances like glycoconjugates or enzymes. The functionalization of...

Covariant q-Differential Calculus and its Deformations at q^N=1 (2000)

Kerner, R., Niemeyer, B.

We construct the generalized version of covariant Z_3-graded differential calculus introduced by one of us (R.K.), and then extended to the case of arbitrary Z_N grading. Here our main purpose is to...