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Results: 3
DEFENSE AND MELANIZATION DEPEND ON THE EUMELANIN PATHWAY, OCCUR INDEPENDENTLY AND ARE CONTROLLED DIFFERENTIALLY IN DEVELOPING CERATITIS-CAPITATA
Authors: CHARALAMBIDIS ND BOURNAZOS SN LAMBROPOULOU M MARMARAS VJ
Citation: Nd. Charalambidis et al., DEFENSE AND MELANIZATION DEPEND ON THE EUMELANIN PATHWAY, OCCUR INDEPENDENTLY AND ARE CONTROLLED DIFFERENTIALLY IN DEVELOPING CERATITIS-CAPITATA, Insect biochemistry and molecular biology, 24(7), 1994, pp. 655-662
GLYCOSYLATION AND ADHESIVENESS DIFFERENTIATE LARVAL CERATITIS-CAPITATA TYROSINASES
Authors: CHARALAMBIDIS ND BOURNAZOS SN ZERVAS CG KATSORIS PG MARMARAS VJ
Citation: Nd. Charalambidis et al., GLYCOSYLATION AND ADHESIVENESS DIFFERENTIATE LARVAL CERATITIS-CAPITATA TYROSINASES, Archives of insect biochemistry and physiology, 27(4), 1994, pp. 235-248
DEFENSE-MECHANISMS IN INSECTS - CERTAIN INTEGUMENTAL PROTEINS AND TYROSINASE ARE RESPONSIBLE FOR NONSELF-RECOGNITION AND IMMOBILIZATION OF ESCHERICHIA-COLI IN THE CUTICLE OF DEVELOPING CERATITIS-CAPITATA
Authors: MARMARAS VJ BOURNAZOS SN KATSORIS PG LAMBROPOULOU M
Citation: Vj. Marmaras et al., DEFENSE-MECHANISMS IN INSECTS - CERTAIN INTEGUMENTAL PROTEINS AND TYROSINASE ARE RESPONSIBLE FOR NONSELF-RECOGNITION AND IMMOBILIZATION OF ESCHERICHIA-COLI IN THE CUTICLE OF DEVELOPING CERATITIS-CAPITATA, Archives of insect biochemistry and physiology, 23(4), 1993, pp. 169-180
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