Findings on the mechanical signals behind cell migration – give new clues to cancer research

The latest findings of reNEW’s Associate Professor Jakub Sedzinski provide new leads for cancer research and targeted medical therapies. “Our…
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Findings on the mechanical signals behind cell migration – give new clues to cancer research

The latest findings of reNEW’s Associate Professor Jakub Sedzinski provide new leads for cancer research and targeted medical therapies. “Our…

A reNEW Nature publication: new method maps the dynamic of metabolism in individual cells and advances research

LUMC researchers have developed a new method to map the dynamic of metabolism in individual cells. They show that this…
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A reNEW Nature publication: new method maps the dynamic of metabolism in individual cells and advances research

LUMC researchers have developed a new method to map the dynamic of metabolism in individual cells. They show that this…

Immune cell model paves way for new treatments targeting common infection amongst immunocompromised children

reNEW Melbourne researchers have successfully engineered human immune cells to model an infection common among immunocompromised children in a breakthrough…
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Immune cell model paves way for new treatments targeting common infection amongst immunocompromised children

reNEW Melbourne researchers have successfully engineered human immune cells to model an infection common among immunocompromised children in a breakthrough…

Media contact

For press related enquiries, please contact

Markela Dedopoulos
Head of Communication & Engagement
Tel. +45 9356 5069
Email: renew@renew.science

For media contact, click here.

reNEW logo

A reNEW logo package for both print and digital design purposes is available here

reNEW podcast

Heard the reNEW podcast? Listen here

Findings on the mechanical signals behind cell migration – give new clues to cancer research

The latest findings of reNEW’s Associate Professor Jakub Sedzinski provide new leads for cancer research and targeted medical therapies. “Our…
See more

Findings on the mechanical signals behind cell migration – give new clues to cancer research

The latest findings of reNEW’s Associate Professor Jakub Sedzinski provide new leads for cancer research and targeted medical therapies. “Our…

A reNEW Nature publication: new method maps the dynamic of metabolism in individual cells and advances research

LUMC researchers have developed a new method to map the dynamic of metabolism in individual cells. They show that this…
See more

A reNEW Nature publication: new method maps the dynamic of metabolism in individual cells and advances research

LUMC researchers have developed a new method to map the dynamic of metabolism in individual cells. They show that this…

Immune cell model paves way for new treatments targeting common infection amongst immunocompromised children

reNEW Melbourne researchers have successfully engineered human immune cells to model an infection common among immunocompromised children in a breakthrough…
See more

Immune cell model paves way for new treatments targeting common infection amongst immunocompromised children

reNEW Melbourne researchers have successfully engineered human immune cells to model an infection common among immunocompromised children in a breakthrough…

Media contact

For press related enquiries, please contact

Markela Dedopoulos
Head of Communication & Engagement
Tel. +45 9356 5069
Email: renew@renew.science

For media contact, click here.

reNEW logo

A reNEW logo package for both print and digital design purposes is available here

reNEW podcast

Heard the reNEW podcast? Listen here