Citation: Ap. Mchale et S. Mchale, MICROBIAL BIOSORPTION OF METALS - POTENTIAL IN THE TREATMENT OF METALPOLLUTION, Biotechnology advances, 12(4), 1994, pp. 647-652
Citation: Ap. Mchale et S. Mchale, MICROBIAL BIOSORPTION OF METALS - POTENTIAL IN THE TREATMENT OF METALPOLLUTION, Biotechnology advances, 12(4), 1994, pp. 647-652
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
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
Authors:
BARNETT CR
DOOLEY JSG
MCHALE AP
MCKENNA PG
Citation: Cr. Barnett et al., SPECIAL ISSUE - BIOTECHNOLOGY AND INDUSTRY - PRESENT AND FUTURE - PREFACE, Biotechnology advances, 12(4), 1994, pp. 180000005-180000005
Authors:
BARNETT CR
DOOLEY JSG
MCHALE AP
MCKENNA PG
Citation: Cr. Barnett et al., SPECIAL ISSUE - BIOTECHNOLOGY AND INDUSTRY - PRESENT AND FUTURE - PREFACE, Biotechnology advances, 12(4), 1994, pp. 180000005-180000005