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Protein engineering

Showing results (1371-1380 of 1,995) with videos related to

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Protein Engineering|August 1, 1987
Construction of a plasmid vector for the regulatable high level expression of eukaryotic genes in Escherichia coli: an application to overproduction of chicken lysozymeT Miki, T Yasukochi, H Nagatani, et al.
Protein Engineering|August 1, 1987
Point mutation of alanine (31) to valine prohibits the folding of reduced lysozyme by sulfhydryl-disulfide interchangeT Imoto, H Yamada, T Yasukochi, et al.
Protein Engineering|August 1, 1987
Expression of synthetic genes coding for completely new, nutritionally rich, artificial proteinsJ Biernat, H Köster
Protein Engineering|April 1, 1990
A thermoresistant mutant of ribonuclease T1 having three disulfide bondsS Nishikawa, J Adiwinata, H Morioka, et al.
Protein Engineering|May 1, 1990
Modeling the intact form of the alpha 1-proteinase inhibitorR A Engh, H T Wright, R Huber
Protein Engineering|April 1, 1997
Sequence-structure specificity--how does an inverse folding approach work?W P Hu, A Godzik, J Skolnick
Protein Engineering|April 1, 1997
Prediction of protein side-chain conformations by principal component analysis for fixed main-chain atomsK Ogata, H Umeyama
Protein Engineering|April 1, 1997
Comparison of ras-p21 bound to GDP and GTP: differences in protein and ligand dynamicsL V Mello, D M van Aalten, J B Findlay
Protein Engineering|April 1, 1997
Computer modelling of the receptor-binding domains of VEGF and PIGFT P Walsh, G H Grant
Protein Engineering|April 1, 1997
Asparagine-127 of xylanase A from Streptomyces lividans, a key residue in glycosyl hydrolases of superfamily 4/7: kinetic evidence for its involvement in stabilization of the catalytic intermediateM Roberge, C Dupont, R Morosoli, et al.
Pageof 200

Showing results (1371-1380 of 1,995) with videos related to

Sort By:
Pageof 200
Protein Engineering|August 1, 1987
Construction of a plasmid vector for the regulatable high level expression of eukaryotic genes in Escherichia coli: an application to overproduction of chicken lysozymeT Miki, T Yasukochi, H Nagatani, et al.
Protein Engineering|August 1, 1987
Point mutation of alanine (31) to valine prohibits the folding of reduced lysozyme by sulfhydryl-disulfide interchangeT Imoto, H Yamada, T Yasukochi, et al.
Protein Engineering|August 1, 1987
Expression of synthetic genes coding for completely new, nutritionally rich, artificial proteinsJ Biernat, H Köster
Protein Engineering|April 1, 1990
A thermoresistant mutant of ribonuclease T1 having three disulfide bondsS Nishikawa, J Adiwinata, H Morioka, et al.
Protein Engineering|May 1, 1990
Modeling the intact form of the alpha 1-proteinase inhibitorR A Engh, H T Wright, R Huber
Protein Engineering|April 1, 1997
Sequence-structure specificity--how does an inverse folding approach work?W P Hu, A Godzik, J Skolnick
Protein Engineering|April 1, 1997
Prediction of protein side-chain conformations by principal component analysis for fixed main-chain atomsK Ogata, H Umeyama
Protein Engineering|April 1, 1997
Comparison of ras-p21 bound to GDP and GTP: differences in protein and ligand dynamicsL V Mello, D M van Aalten, J B Findlay
Protein Engineering|April 1, 1997
Computer modelling of the receptor-binding domains of VEGF and PIGFT P Walsh, G H Grant
Protein Engineering|April 1, 1997
Asparagine-127 of xylanase A from Streptomyces lividans, a key residue in glycosyl hydrolases of superfamily 4/7: kinetic evidence for its involvement in stabilization of the catalytic intermediateM Roberge, C Dupont, R Morosoli, et al.
Pageof 200