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Fgf2 Induces Breast Cancer Growth Through Ligand-Independent Activation and Recruitment of Er Alpha and Prb Delta 4 Isoform to Myc Regulatory Sequences

AuthID
P-00Q-E3J

Author(s)

Giulianelli, S

Riggio, M

Guillardoy, T

Pinero, CP

Gorostiaga, MA

Sequeira, G

Pataccini, G

Abascal, MF

Toledo, MF

Jacobsen, BM

Guerreiro, AC

Barros, A

Novaro, V

Monteiro, FL

Amado, F

Gass, H

Abba, M

Helguero, LA

Lanari, C

Tipo de Documento

Article

Year published

2019

Publicado

in INTERNATIONAL JOURNAL OF CANCER, ISSN: 0020-7136

Volume: 145, Número: 7, Páginas: 1874-1888 (15)

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Scopus^®

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Publication Identifiers

DOI: 10.1002/ijc.32252

Pubmed: 30843188

SCOPUS: 2-s2.0-85063639584

Wos: WOS:000479320800016

Source Identifiers

ISSN: 0020-7136

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Fgf2 Induces Breast Cancer Growth Through Ligand-Independent Activation and Recruitment of Er Alpha and Prb Delta 4 Isoform to Myc Regulatory Sequences

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Fgf2 Induces Breast Cancer Growth Through Ligand-Independent Activation and Recruitment of Er Alpha and Prb Delta 4 Isoform to Myc Regulatory Sequences

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