search

menu

  • Research Research
    • Where science meets inspired minds

    • Back
    • Research
    • Our Science
    • Research Groups
    • Facilities & Platforms
    • Clinical research
    • Find a researcher
    • Publications
    • Knowledge Transfer
  • Careers & study Careers & study
    • Become a leader in cancer research

    • Back
    • Careers & study
    • Vacancies
    • Faculty
    • Scientific staff
    • Scientific support staff
    • Postdoctoral fellows
    • PhD Students
    • Operational staff
    • Clinical fellows
    • Life in Amsterdam
    • Student internships
  • News & Events News & Events
    • Check out our stories and events

    • Back
    • News & Events
    • News
    • Media & Press
    • Calendar
  • About us About us
    • Maximum impact for cancer patients

    • Back
    • About us
    • Our vision
    • Organization
    • Collaborations
    • Responsible Research
    • Support us
    • Visit us
    • Contact us
  • Support us
Support us
  • Home
  • Calendar
  • News & Events
  • Calendar
  • Thesis defense Name

Thesis defense Anna González Manjón

You damage a gene, and it activates

Thursday 13 January 2022

10:15

Utrecht University

Thesis defense

Collage Anna Gonzales Manjon Blauw

“I came across the coolest discovery in my research quite recently. We damaged a specific part of the DNA and noticed that the DNA started to organize itself differently in the nucleus. We want to find out how genes become active. The nuclear organization plays a role in it. When activated, one particular gene causes cells to become resistant to chemotherapy with taxol. The best part is that we can easily find out whether this gene is activated or not by looking at the way the sample cells respond to the taxol. That allows us to investigate the effects of a different dose of taxol, or of specific damage to the DNA. Funnily enough, damage occasionally activates the gene, apparently through a repair action that is triggered. Once we understand this fully, we will hopefully be able to counter the activation of this gene as well as other resistance genes to prevent therapy resistance. Unfortunately, I won’t be working towards this discovery anymore now that I am done. But I will be conducting fascinating research on this same topic in Sydney as well.”
Anna will defend her thesis on January 13.

Practical information

News & Events
Collaborations

Where science meets inspired minds

Contact

Plesmanlaan 121
1066CX Amsterdam

020 512 9111 communicatie@nki.nl

Quick links

  • Vacancies
  • News
  • Contact us
  • Media & Press

Follow us on

Disclaimer
Privacy statement
Cookies
Change cookie settings

This site uses cookies

This website uses cookies to ensure you get the best experience on our website.