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THE INTERACTION BETWEEN CYTOTROPHOBLASTS AND THEIR DERIVED TUMOR-CELLS
Authors: RACHMILEWITZ J GOSHEN R ELKIN M GONIK B NEAMAN Z GILOH H STRAUSS B KOMITOWSKY D DEGROOT N HOCHBERG A
Citation: J. Rachmilewitz et al., THE INTERACTION BETWEEN CYTOTROPHOBLASTS AND THEIR DERIVED TUMOR-CELLS, Gynecologic oncology, 57(3), 1995, pp. 356-365
GENE TECHNOLOGY-BASED ANTIMETABOLITE DESIGN - THE USE OF AN IN-VITRO PROTEIN EXPRESSION SYSTEM TO FACILITATE ANTIMETABOLITE DESIGN FOR VIRALLY-INDUCED HUMAN-DISEASES AND MALIGNANT CONDITIONS
Authors: BARNETT YA EGER K ERIKSSON S FOLKERS G HANSEN PE HOFBAUER R KOMITOWSKY D MILON A MUNCHPETERSEN B
Citation: Ya. Barnett et al., GENE TECHNOLOGY-BASED ANTIMETABOLITE DESIGN - THE USE OF AN IN-VITRO PROTEIN EXPRESSION SYSTEM TO FACILITATE ANTIMETABOLITE DESIGN FOR VIRALLY-INDUCED HUMAN-DISEASES AND MALIGNANT CONDITIONS, Biotechnology advances, 12(4), 1994, pp. 663-668
GENE TECHNOLOGY-BASED ANTIMETABOLITE DESIGN - THE USE OF AN IN-VITRO PROTEIN EXPRESSION SYSTEM TO FACILITATE ANTIMETABOLITE DESIGN FOR VIRALLY-INDUCED HUMAN-DISEASES AND MALIGNANT CONDITIONS
Authors: BARNETT YA EGER K ERIKSSON S FOLKERS G HANSEN PE HOFBAUER R KOMITOWSKY D MILON A MUNCHPETERSEN B
Citation: Ya. Barnett et al., GENE TECHNOLOGY-BASED ANTIMETABOLITE DESIGN - THE USE OF AN IN-VITRO PROTEIN EXPRESSION SYSTEM TO FACILITATE ANTIMETABOLITE DESIGN FOR VIRALLY-INDUCED HUMAN-DISEASES AND MALIGNANT CONDITIONS, Biotechnology advances, 12(4), 1994, pp. 663-668
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