ECM-Signaling Laboratory 'E-signal'

3D-organoid

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ECM-signaling Laboratory, 'e-signal lab'Alexandre Bruni-Cardoso, Ph.D. - Institute of Chemistry - University of São Paulo

We are delighted to welcome you to our website. The e-signal lab is located at the Department of Biochemistry- IQ University of São Paulo – Brazil. The main goal of our research is understanding how signals from the tissue microenvironment regulate gland morphogenesis and cancer. We invite you to navigate through our website to learn more about us, open positions and our research.

News

Dr. Mina Bissell (Lawrence Berkeley National Laboratory-USA) visited Brazil last September and gave a talk at the University of São Paulo. Dr. Bissell talked about her career´s work on how the tissue environment regulates development and cancer. Have a look at the article by Agência FAPESP on Dr. Bissell´s research.

Interested in joining our lab

We are looking for committed and motivated postdoc fellows, undergrad and graduate students interested in learning the mysteries of ECM-signaling in mammary gland morphogenesis and cancer.

Clássico, mas só para alguns: diferenças estruturais entre subunidades β de integrinas indicam que o modelo canônico de ativação não se aplica a todos os dímeros

Posted on 17 March, 2017 by brunicardoso

Por Antonio Manucci, mestrando no e-Signal. Departamento de Bioquímica, Instituto de Química USP. Resenha do artigo de Lu et al., 2016. Implications of the differing roles of the β1 and β3 transmembrane Continue Reading →

“Hard times”: A rigidez do microambiente regula o relógio biológico da glândula mamária

Posted on 17 March, 2017 by brunicardoso

Por Ana Zen, PhD Post doc no e-Signal lab. Departamento de Bioquímica, Instituto de Química USP. Resenha do artigo de Yang et.al., 2017. Cellular Mechano-environment regulates the mammary circadian Continue Reading →

Link

Agência FAPESP article on Mina Bissell´s work [in Portuguese]

http://agencia.fapesp.br/19770

ECM-Signaling Laboratory 'E-signal'

3D-organoid

3D-organoid

Welcome to our lab website

News

Interested in joining our lab

Clássico, mas só para alguns: diferenças estruturais entre subunidades β de integrinas indicam que o modelo canônico de ativação não se aplica a todos os dímeros

“Hard times”: A rigidez do microambiente regula o relógio biológico da glândula mamária

3D-organoid

3D-organoid

mammary gland TEB

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