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Results: 1-10 |
Results: 10
PROCESSING OF ESCHERICHIA-COLI ALKALINE-PHOSPHATASE - ROLE OF THE PRIMARY STRUCTURE OF THE SIGNAL PEPTIDE CLEAVAGE REGION
Authors: KARAMYSHEV AL KARAMYSHEVA ZN KAJAVA AV KSENZENKO VN NESMEYANOVA MA
Citation: Al. Karamyshev et al., PROCESSING OF ESCHERICHIA-COLI ALKALINE-PHOSPHATASE - ROLE OF THE PRIMARY STRUCTURE OF THE SIGNAL PEPTIDE CLEAVAGE REGION, Journal of Molecular Biology, 277(4), 1998, pp. 859-870
OVERPRODUCTION, SECRETION, ISOLATION AND PROPERTIES OF RECOMBINANT ALKALINE-PHOSPHATASE ENCODED IN ESCHERICHIA-COLI
Authors: NESMEYANOVA MA KALININ AE KARAMYSHEV AL MIKHALEVA NI KRUPYANKO VI
Citation: Ma. Nesmeyanova et al., OVERPRODUCTION, SECRETION, ISOLATION AND PROPERTIES OF RECOMBINANT ALKALINE-PHOSPHATASE ENCODED IN ESCHERICHIA-COLI, Process biochemistry, 32(1), 1997, pp. 1-7
EFFECT OF AMINO-ACID SUBSTITUTIONS IN THE SIGNAL PEPTIDE CLEAVAGE REGION ON THE PROCESSING OF ESCHERICHIA-COLI ALKALINE-PHOSPHATASE
Authors: KAJAVA AV KARAMYSHEV AL KARAMYSHEVA ZN KSENZENKO VN KALININ A NESMEYANOVA MA
Citation: Av. Kajava et al., EFFECT OF AMINO-ACID SUBSTITUTIONS IN THE SIGNAL PEPTIDE CLEAVAGE REGION ON THE PROCESSING OF ESCHERICHIA-COLI ALKALINE-PHOSPHATASE, The FASEB journal, 11(9), 1997, pp. 430-430
BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTANT FORMSIN ESCHERICHIA-COLI - IV - CHANGES IN THE SIGNAL PEPTIDE C-PROXIMAL DOMAIN AFFECT PROCESSING
Authors: KARAMYSHEVA ZN KARAMYSHEV AL KSENZENKO VN SHLYAPNIKOV MG KAYAWA AV NESMEYANOVA MA
Citation: Zn. Karamysheva et al., BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTANT FORMSIN ESCHERICHIA-COLI - IV - CHANGES IN THE SIGNAL PEPTIDE C-PROXIMAL DOMAIN AFFECT PROCESSING, Molecular biology, 31(5), 1997, pp. 768-774
POSITIVELY CHARGED LYSINE AT THE N-TERMINUS OF THE SIGNAL PEPTIDE OF THE ESCHERICHIA-COLI ALKALINE-PHOSPHATASE PROVIDES THE SECRETION EFFICIENCY AND IS INVOLVED IN THE INTERACTION WITH ANIONIC PHOSPHOLIPIDS
Authors: NESMEYANOVA MA KARAMYSHEV AL KARAMYSHEVA ZN KALININ AE KSENZENKO VN KAJAVA AV
Citation: Ma. Nesmeyanova et al., POSITIVELY CHARGED LYSINE AT THE N-TERMINUS OF THE SIGNAL PEPTIDE OF THE ESCHERICHIA-COLI ALKALINE-PHOSPHATASE PROVIDES THE SECRETION EFFICIENCY AND IS INVOLVED IN THE INTERACTION WITH ANIONIC PHOSPHOLIPIDS, FEBS letters, 403(2), 1997, pp. 203-207
EFFECT OF LYS(-20) SUBSTITUTIONS IN ALKALINE-PHOSPHATASE SIGNAL PEPTIDE ON SECRETION OF THE ENZYME
Authors: KARAMYSHEVA ZN KARAMYSHEV AL KSENZENKO VN NESMEYANOVA MA
Citation: Zn. Karamysheva et al., EFFECT OF LYS(-20) SUBSTITUTIONS IN ALKALINE-PHOSPHATASE SIGNAL PEPTIDE ON SECRETION OF THE ENZYME, Biochemistry, 61(4), 1996, pp. 541-548
BLOCK OF ALKALINE-PHOSPHATASE PROCESSING DUE TO SINGLE AMINO-ACID SUBSTITUTIONS AFFECTS PHOSPHOLIPID CONTENT AND TURNOVER IN ESCHERICHIA-COLI-CELLS SECRETING THE MUTANT PROTEINS
Authors: KALININ AE KARAMYSHEV AL NESMEYANOVA MA
Citation: Ae. Kalinin et al., BLOCK OF ALKALINE-PHOSPHATASE PROCESSING DUE TO SINGLE AMINO-ACID SUBSTITUTIONS AFFECTS PHOSPHOLIPID CONTENT AND TURNOVER IN ESCHERICHIA-COLI-CELLS SECRETING THE MUTANT PROTEINS, Biochemistry, 61(1), 1996, pp. 73-80
STUDY OF BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTANT FORMS IN ESCHERICHIA-COLI .2. EFFECT OF AMINO-ACID SUBSTITUTIONS IN THE PROCESSING SITE AND THE N-TERMINUS OF MATURE POLYPEPTIDE-CHAIN ON ITS BIOGENESIS
Authors: KARAMYSHEV AL KALININ AE TSFASMAN IM KSENZENKO VN NESMEYANOVA MA
Citation: Al. Karamyshev et al., STUDY OF BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTANT FORMS IN ESCHERICHIA-COLI .2. EFFECT OF AMINO-ACID SUBSTITUTIONS IN THE PROCESSING SITE AND THE N-TERMINUS OF MATURE POLYPEPTIDE-CHAIN ON ITS BIOGENESIS, Molecular biology, 28(2), 1994, pp. 245-252
STUDY OF BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTANT FORMS IN ESCHERICHIA-COLI .3. SUBSTITUTIONS OF ALKALINE-PHOSPHATASE N-TERMINAL AMINO-ACID AFFECT ENZYME BIOGENESIS
Authors: KARAMYSHEV AL KALININ AE KHMELNITSKII MI SHLYAPNIKOV MG KSENZENKO VN NESMEYANOVA MA
Citation: Al. Karamyshev et al., STUDY OF BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTANT FORMS IN ESCHERICHIA-COLI .3. SUBSTITUTIONS OF ALKALINE-PHOSPHATASE N-TERMINAL AMINO-ACID AFFECT ENZYME BIOGENESIS, Molecular biology, 28(2), 1994, pp. 253-258
BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTATED FORMS IN ESCHERICHIA-COLI .1. SITE-DIRECTED MUTATIONS IN THE ALKALINE-PHOSPHATASE GENE
Authors: KARAMYSHEV AL SHLYAPNIKOV MG KHMELNITSKII MI NESMEYANOVA MA KSENZENKO VN
Citation: Al. Karamyshev et al., BIOGENESIS AND SECRETION OF ALKALINE-PHOSPHATASE AND ITS MUTATED FORMS IN ESCHERICHIA-COLI .1. SITE-DIRECTED MUTATIONS IN THE ALKALINE-PHOSPHATASE GENE, Molecular biology, 28(1), 1994, pp. 99-104
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