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THE TETRACYCLINE ANALOGS MINOCYCLINE AND DOXYCYCLINE INHIBIT ANGIOGENESIS IN-VITRO BY A NON-METALLOPROTEINASE-DEPENDENT MECHANISM (VOL 36, PG 418, 1995)
Authors: GILBERTSONBEADLING S POWERS EA STAMPCOLE M SCOTT PS WALLACE TL COPELAND J PETZOLD G MITCHELL M LEDBETTER S POORMAN R WILKS JW FISHER C
Citation: S. Gilbertsonbeadling et al., THE TETRACYCLINE ANALOGS MINOCYCLINE AND DOXYCYCLINE INHIBIT ANGIOGENESIS IN-VITRO BY A NON-METALLOPROTEINASE-DEPENDENT MECHANISM (VOL 36, PG 418, 1995), Cancer chemotherapy and pharmacology, 37(1-2), 1995, pp. 194-194
THE TETRACYCLINE ANALOG MINOCYCLINE AND DOXYCYCLINE INHIBIT ANGIOGENESIS IN-VITRO BY A NON-METALLOPROTEINASE-DEPENDENT MECHANISM
Authors: GILBERTSONBEADLING S POWERS EA STAMPCOLE M SCOTT PS WALLACE TL COPELAND J PETZOLD G MITCHELL M LEDBETTER S POORMAN R WILKS JW FISHER C
Citation: S. Gilbertsonbeadling et al., THE TETRACYCLINE ANALOG MINOCYCLINE AND DOXYCYCLINE INHIBIT ANGIOGENESIS IN-VITRO BY A NON-METALLOPROTEINASE-DEPENDENT MECHANISM, Cancer chemotherapy and pharmacology, 36(5), 1995, pp. 418-424
INTERSTITIAL COLLAGENASE IS REQUIRED FOR ANGIOGENESIS IN-VITRO
Authors: FISHER C GILBERTSONBEADLING S POWERS EA PETZOLD G POORMAN R MITCHELL MA
Citation: C. Fisher et al., INTERSTITIAL COLLAGENASE IS REQUIRED FOR ANGIOGENESIS IN-VITRO, Developmental biology, 162(2), 1994, pp. 499-510
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