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Marta Nadal

Marta Nadal

Verified

Contributor, Catorze

Spain

Beats

Primary beats

SpainSports

Secondary beats

Profiles–Art CriticismFilm and televisionSocial MediaPrintersFeatures and profilesBehaviorNational GamesBasketballInternational AffairsTravelFootballTheaterWeddings

Final Covers

Corruption, Chinese civil society, Chinese Economy , Spain, Commerce, Politics , Climate Change, International relations, Spanish Companies

Doesn’t Cover

please stop sending me pitches about your new musical single

Journalist Type

Journalist

Seniority Positions

Contributor

Industries

Medium Formats

Catorze

Content

Total articles 15

  • Mechanical strain modulates Min patterning and division in E. coli filaments

    By Marta Nadal, Léna Guitou, Iago Diez, Juan Andrés Hurtado| bioRxiv@ AbstractBacteria often encounter physico-chemical stresses that disrupt division, leading to filamentation, where cells elongate without dividing. While this adaptive response enhances survival, it also exposes filaments to significant mechanical strain, raising questions about the mechanochemical feedback in bacterial systems. In this study, we investigate how mechanical strain influences the Min oscillatory system, a reaction-diffusion network central to division in Escherichia coli.

    By Marta Nadal, Léna Guitou, Iago Diez, Juan Andrés Hurtado · bioRxiv

    Feb. 26, 2025

  • Dolors Miquel: l'erupció del volcà

    By Marta Nadal| Dialnet - Universidad de La Rioja@ Ayuda Buscar en la ayuda Buscar en la ayuda

    By Marta Nadal · Dialnet - Universidad de La Rioja

    Feb. 10, 2025

  • Mechanical strain modulates Min patterning and division in E. coli filaments

    By Marta Nadal, Léna Guitou, Iago Diez, Juan Andrés Hurtado| bioRxiv@ AbstractBacteria often encounter physico-chemical stresses that disrupt division, leading to filamentation, where cells elongate without dividing. While this adaptive response enhances survival, it also exposes filaments to significant mechanical strain, raising questions about the mechanochemical feedback in bacterial systems. In this study, we investigate how mechanical strain influences the Min oscillatory system, a reaction-diffusion network central to division in Escherichia coli.

    By Marta Nadal, Léna Guitou, Iago Diez, Juan Andrés Hurtado · bioRxiv

    Feb. 26, 2025

As seen in

Oncology Nursing Society,Catorze,Nature,La Vanguardia,Wiley Online Library,Dialnet – Universidad De LA Rioja,Núvol,Biorxiv

Company Info

Catorze

Catorze és una plataforma de creació i difusió cultural, en positiu i en català. Amb més de deu anys de trajectòria, s'ha establert com el mitjà de continguts específics més llegit en la nostra llengua.

Founded: 2014