1 | Hydroxytyrosol inhibits EGFR signaling and enhances the antitumor effects of EGFR inhibitors in colorectal cancer 1)Donnini S. 2)Terzuoli E. 3)Ziche M. |
2 | ANTI-CANCER PROPERTIES OF ERUCIN, AN ISOTHIOCIANATE PRESENT IN MANY EDIBLE PLANTS OF BRASSICACEAE FAMILY, ON HUMAN PANCREATIC ADENOCARCINOMA CELLS (ASPC-1): IS H2S THE HIDDEN PLAYER? 1)Martelli A. 2)Citi V. 3)Piragine E. 4)Testai L. 5)Pagnotta E. 6)Ugolini L. 7)Cinti S. 8)Malaguti L. 9)Breschi MC. 10)Lazzeri L. 11)Calderone V. |
3 | NARINGENIN PROTECTS MYOCARDIUM AGAINST AGEING-RELATED INJURY 1) L. Testai, 2) E. Piragine , 3) I. Piano , 4) A. Martelli ,5) V. Citi , 6) M.C. Gargini , 7) E. Da Pozzo , 8) C. Martini , 9) M.C. Breschi , 10) V. Calderone |
4 | Nutraceutical properties of Arthrospira platensis and Isochrysis T. lutea rich diets in rats 1)Luceri C. 2)Bigagli E. 3)Cinci L. 4)D'ambrosio M. 5)Lodovici M. 6)Niccolai A. 7)Biondi N. 8)Ridolfi L. 9)Tredici M. |
5 | INHIBITION OF SPONTANEOUS COLON TUMORIGENESIS IN PIRC RATS (F344/NTAC-APC AM1137), MUTATED IN APC, AND MECHANISTIC STUDIES IN VITRO AND EX-VIVO, SUGGEST POTENTIAL CHEMIOPREVENTIVE ACTIVITY OF A POMEGRANATE MESOCARP PREPARATION. 1)Tortora K. 2)Femia AP. 3)Romagnoli A. 4)Luceri C. 5)Khatib M. 6)Mulinacci N. 7)Giovannelli L. 8)Caderni G. |
6 | Potential of a flavonoid-rich extract from Bergamot juice as anticancer drug: preliminary data on its preventive effects in the Pirc rat (F344/NTac-Apc am1137), a genetic model of colorectal cancer 1)Navarra M. 2)Femia AP. 3)Romagnoli A. 4)Tortora K. 5)Luceri C. 6)Maugeri A. 7)Cirmi S. 8)Ferlazzo N. 9)Caderni G. |
7 | Retinal bioavailability of curcumin after oral administration 1) Bucolo C. 2)Platania CB. 3)Fidilio A. 4)Lazzara F. 5)Piazza C. 6)Geraci F. 7)Salomone S. 8)Drago F. |
8 | EVALUATION OF GASTRIC ANTI-INFLAMMATORY ACTIVITY OF TANNINS FROM EUROPEAN CHESTNUT FRUITS (CASTANEA SATIVA MILL.): KERNEL FOR NUTRITION AND RIND FOR PHYTOTHERAPY 1)Sangiovanni E. 2)Piazza S. 3)Vrhovsek U. 4)Fumagalli M. 5)Colombo L. 6)Mattivi F. 7)Dell'agli M. |
9 | _-Caryophyllene oxide as a new chemosensitizing agent to enhance sorafenib efficacy in liver cancer chemotherapy 1)Di Giacomo S. 2)Sanchez-Vicente L. 3)Di Sotto A. 4)Monte MJ 5)Abete L. 6)Mazzanti G. 7)G. Marín JJ. 8)Briz O. |