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Akademický článek
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Autor:
Roberto Paternò, Ilaria Ciullo, Giovanni Cuda, Simona Damiano, Mariarosaria Santillo, Enrico V. Avvedimento, Giuseppe Iacomino, Rosalba Serù, Tiziana Annella, Antonio Feliciello, Evelina Mele, Mario Felice Tecce, Paolo Mondola, Silvana Cassano, Valeria Martignetti
Publikováno v:
Current biology 11 (8 (2001): 614–619.
info:cnr-pdr/source/autori:Mariarosaria Santillo, Paolo Mondola, Rosalba Serù, Tiziana Annella, Silvana Cassano, Ilaria Ciullo, Mario F. Tecce, Giuseppe Iacomino, Simona Damiano, Giovanni Cuda, Roberto Paternò, Valeria Martignetti, Evelina Mele, Antonio Feliciello, and Enrico V. Av/titolo:Opposing functions of Ki-and Ha-Ras genes in the regulation of redox signals/doi:/rivista:Current biology/anno:2001/pagina_da:614/pagina_a:619/intervallo_pagine:614–619/volume:11 (8
info:cnr-pdr/source/autori:Mariarosaria Santillo, Paolo Mondola, Rosalba Serù, Tiziana Annella, Silvana Cassano, Ilaria Ciullo, Mario F. Tecce, Giuseppe Iacomino, Simona Damiano, Giovanni Cuda, Roberto Paternò, Valeria Martignetti, Evelina Mele, Antonio Feliciello, and Enrico V. Av/titolo:Opposing functions of Ki-and Ha-Ras genes in the regulation of redox signals/doi:/rivista:Current biology/anno:2001/pagina_da:614/pagina_a:619/intervallo_pagine:614–619/volume:11 (8
Ras p21 signaling is involved in multiple aspects of growth, differentiation, and stress response [1–2]. There is evidence pointing to superoxides as relays of Ras signaling messages. Chemicals with antioxidant activity suppress Ras-induced DNA syn