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Results: 1-7 |
Results: 7
THE CONFORMATION OF HEPATITIS-C VIRUS NS3 PROTEINASE WITH AND WITHOUTNS4A - A STRUCTURAL BASIS FOR THE ACTIVATION OF THE ENZYME BY ITS COFACTOR
Authors: LOVE RA PARGE HE WICKERSHAM JA HOSTOMSKY Z HABUKA N MOOMAW EW ADACHI T MARGOSIAK S DAGOSTINO E HOSTOMSKA Z
Citation: Ra. Love et al., THE CONFORMATION OF HEPATITIS-C VIRUS NS3 PROTEINASE WITH AND WITHOUTNS4A - A STRUCTURAL BASIS FOR THE ACTIVATION OF THE ENZYME BY ITS COFACTOR, Clinical and diagnostic virology, 10(2-3), 1998, pp. 151-156
THE CRYSTAL-STRUCTURE OF HEPATITIS-C VIRUS NS3 PROTEINASE REVEALS A TRYPSIN-LIKE FOLD AND A STRUCTURAL ZINC-BINDING SITE
Authors: LOVE RA PARGE HE WICKERSHAM JA HOSTOMSKY Z HABUKA N MOOMAW EW ADACHI T HOSTOMSKA Z
Citation: Ra. Love et al., THE CRYSTAL-STRUCTURE OF HEPATITIS-C VIRUS NS3 PROTEINASE REVEALS A TRYPSIN-LIKE FOLD AND A STRUCTURAL ZINC-BINDING SITE, Cell, 87(2), 1996, pp. 331-342
CHARACTERIZATION OF HUMAN RECOMBINANT CALCINEURIN HETERODIMER COEXPRESSED IN BACTERIA AND INSECT CELLS
Authors: LEWIS C GASTINEL L HABUKA N TUCKER K CHEN XH MALDONADO F VILLAFRANCA JE
Citation: C. Lewis et al., CHARACTERIZATION OF HUMAN RECOMBINANT CALCINEURIN HETERODIMER COEXPRESSED IN BACTERIA AND INSECT CELLS, The FASEB journal, 9(6), 1995, pp. 1346-1346
CRYSTAL-STRUCTURES OF HUMAN CALCINEURIN AND THE HUMAN FKBP12-FK506-CALCINEURIN COMPLEX
Authors: KISSINGER CR PARGE HE KNIGHTON DR LEWIS CT PELLETIER LA TEMPCZYK A KALISH VJ TUCKER KD SHOWALTER RE MOOMAW EW GASTINEL LN HABUKA N CHEN XH MALDONADO F BARKER JE BACQUET R VILLAFRANCA JE
Citation: Cr. Kissinger et al., CRYSTAL-STRUCTURES OF HUMAN CALCINEURIN AND THE HUMAN FKBP12-FK506-CALCINEURIN COMPLEX, Nature, 378(6557), 1995, pp. 641-644
IMPROVED CRYSTALS OF THE TOXIC PROTEIN MAP BY PROTECTION ENGINEERING TOWARDS THE HOST-SPECIFICITY
Authors: AGO H HABUKA N KATAOKA J FURUNO M TSUGE H NOMA M MIYANO M WANG BC XUONG NH
Citation: H. Ago et al., IMPROVED CRYSTALS OF THE TOXIC PROTEIN MAP BY PROTECTION ENGINEERING TOWARDS THE HOST-SPECIFICITY, Acta crystallographica. Section D, Biological crystallography, 50, 1994, pp. 404-407
X-RAY STRUCTURE OF A POKEWEED ANTIVIRAL PROTEIN, CODED BY A NEW GENOMIC CLONE, AT 0.23 NM RESOLUTION - A MODEL STRUCTURE PROVIDES A SUITABLE ELECTROSTATIC-FIELD FOR SUBSTRATE-BINDING
Authors: AGO H KATAOKA J TSUGE H HABUKA N INAGAKI E NOMA M MIYANO M
Citation: H. Ago et al., X-RAY STRUCTURE OF A POKEWEED ANTIVIRAL PROTEIN, CODED BY A NEW GENOMIC CLONE, AT 0.23 NM RESOLUTION - A MODEL STRUCTURE PROVIDES A SUITABLE ELECTROSTATIC-FIELD FOR SUBSTRATE-BINDING, European journal of biochemistry, 225(1), 1994, pp. 369-374
NUCLEOTIDE-SEQUENCE OF A GENOMIC GENE ENCODING TRITIN, A RIBOSOME-INACTIVATING PROTEIN FROM TRITICUM-AESTIVUM
Authors: HABUKA N KATAOKA J MIYANO M TSUGE H AGO H NOMA M
Citation: N. Habuka et al., NUCLEOTIDE-SEQUENCE OF A GENOMIC GENE ENCODING TRITIN, A RIBOSOME-INACTIVATING PROTEIN FROM TRITICUM-AESTIVUM, Plant molecular biology, 22(1), 1993, pp. 171-176
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