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Results: 1-9 |
Results: 9
SILICATE MODIFICATION OF CORN PROTEIN FILMS
Authors: LEE BI VERGANO PJ LINDSAY L ZHANG H PARK HJ
Citation: Bi. Lee et al., SILICATE MODIFICATION OF CORN PROTEIN FILMS, Journal of materials science letters, 17(5), 1998, pp. 359-361
IN-VIVO ANALYSIS OF SEQUENCE REQUIREMENTS FOR PROCESSING AND DEGRADATION OF THE COLICIN-A LYSIS PROTEIN SIGNAL PEPTIDE
Authors: HOWARD SP LINDSAY L
Citation: Sp. Howard et L. Lindsay, IN-VIVO ANALYSIS OF SEQUENCE REQUIREMENTS FOR PROCESSING AND DEGRADATION OF THE COLICIN-A LYSIS PROTEIN SIGNAL PEPTIDE, Journal of bacteriology, 180(12), 1998, pp. 3026-3030
COMPARATIVE-EVALUATION OF THYROID SIZE ESTIMATION BY PALPATION AND BYULTRASOUND IN SCHOOLCHILDREN - A 4-NATION MULTICENTER STUDY
Authors: MENDOZA I HOUSTON R SULLIVAN K QUAZI S LINDSAY L MARTINEZ H CASTANEDA R
Citation: I. Mendoza et al., COMPARATIVE-EVALUATION OF THYROID SIZE ESTIMATION BY PALPATION AND BYULTRASOUND IN SCHOOLCHILDREN - A 4-NATION MULTICENTER STUDY, The FASEB journal, 11(3), 1997, pp. 1108-1108
CLASSROOM TEACHERS INSTRUCTIONAL INTERACTIONS WITH STUDENTS WHO ARE EXCEPTIONAL, AT RISK, AND TYPICALLY ACHIEVING
Authors: JORDAN A LINDSAY L STANOVICH PJ
Citation: A. Jordan et al., CLASSROOM TEACHERS INSTRUCTIONAL INTERACTIONS WITH STUDENTS WHO ARE EXCEPTIONAL, AT RISK, AND TYPICALLY ACHIEVING, Remedial and special education, 18(2), 1997, pp. 82-93
PHOSPHORYLATION OF SERINE RESIDUE-3, RESIDUE-6, RESIDUE-10, AND RESIDUE-13 DISTINGUISHES MEMBRANE-ANCHORED FROM SOLUBLE GLUTAMIC-ACID DECARBOXYLASE-65 AND IS RESTRICTED TO GLUTAMIC-ACID DECARBOXYLASE 65-ALPHA
Authors: NAMCHUK M LINDSAY L TURCK CW KANAANI J BAEKKESKOV SS
Citation: M. Namchuk et al., PHOSPHORYLATION OF SERINE RESIDUE-3, RESIDUE-6, RESIDUE-10, AND RESIDUE-13 DISTINGUISHES MEMBRANE-ANCHORED FROM SOLUBLE GLUTAMIC-ACID DECARBOXYLASE-65 AND IS RESTRICTED TO GLUTAMIC-ACID DECARBOXYLASE 65-ALPHA, The Journal of biological chemistry, 272(3), 1997, pp. 1548-1557
PHOSPHORYLATION OF SERINE-RESIDUE-3, SERINE-RESIDUE-6, SERINE-RESIDUE-10, AND SERINE-RESIDUE-13 DISTINGUISHES MEMBRANE-ANCHORED FROM SOLUBLE GLUTAMIC-ACID DECARBOXYLASE-65 AND IS RESTRICTED TO GLUTAMIC-ACID DECARBOXYLASE-65-ALPHA (VOL 272, PG 1548, 1997)
Authors: NAMCHUK M LINDSAY L TURCK CW KANAANI J BAEKKESKOV S
Citation: M. Namchuk et al., PHOSPHORYLATION OF SERINE-RESIDUE-3, SERINE-RESIDUE-6, SERINE-RESIDUE-10, AND SERINE-RESIDUE-13 DISTINGUISHES MEMBRANE-ANCHORED FROM SOLUBLE GLUTAMIC-ACID DECARBOXYLASE-65 AND IS RESTRICTED TO GLUTAMIC-ACID DECARBOXYLASE-65-ALPHA (VOL 272, PG 1548, 1997), The Journal of biological chemistry, 272(27), 1997, pp. 17246-17246
10 DIABETES-ASSOCIATED HUMAN MONOCLONAL GAD65-AUTOANTIBODIES DEFINE 6DISTINCT EPITOPES IN GAD65
Authors: SYREN K LINDSAY L STOEHRER B JURY K BAEKKESKOV S RICHTER W
Citation: K. Syren et al., 10 DIABETES-ASSOCIATED HUMAN MONOCLONAL GAD65-AUTOANTIBODIES DEFINE 6DISTINCT EPITOPES IN GAD65, Diabetologia, 40, 1997, pp. 266-266
IMMUNE REACTIVITY OF DIABETES-ASSOCIATED HUMAN MONOCLONAL AUTOANTIBODIES DEFINES MULTIPLE EPITOPES AND DETECTS 2 DOMAIN BOUNDARIES IN GLUTAMATE-DECARBOXYLASE
Authors: SYREN K LINDSAY L STOEHRER B JURY K LUHDER F BAEKKESKOV S RICHTER W
Citation: K. Syren et al., IMMUNE REACTIVITY OF DIABETES-ASSOCIATED HUMAN MONOCLONAL AUTOANTIBODIES DEFINES MULTIPLE EPITOPES AND DETECTS 2 DOMAIN BOUNDARIES IN GLUTAMATE-DECARBOXYLASE, The Journal of immunology, 157(11), 1996, pp. 5208-5214
MULTIPLE PHOSPHORYLATION OF SERINE RESIDUES IN THE N-TERMINAL DOMAIN OF MEMBRANE-ANCHORED GAD65
Authors: NAMCHUK M TURCK C LINDSAY L BAEKKESKOV S
Citation: M. Namchuk et al., MULTIPLE PHOSPHORYLATION OF SERINE RESIDUES IN THE N-TERMINAL DOMAIN OF MEMBRANE-ANCHORED GAD65, Diabetes, 45, 1996, pp. 884-884
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