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Humboldt-Universität zu Berlin - IRI Life Sciences

Humboldt-Universität zu Berlin | IRI Life Sciences | Research | IRI Independent Research Fellow Program

IRI Independent Research Fellows Program

An inspiring postdoctoral experience goes beyond lab research – it encompasses continuous scientific training, professional networking and mentoring support for career development.

The IRI Independent Research Fellow Program is designed to facilitate the transition to an independent research group leader position. At the moment, fellowships are given to individuals who successfully applied for third-party funding of their own position and their research. The IRI Independent Research Fellow Program provides lab and office space and grants full access to the shared facilities from the IRI and associated partners. Fellows also receive administrative support for third party funding and junior positions applications.

The fellowship is offered to outstanding postdoctoral researchers with an impressive research productivity record proposing an innovative research project that ideally bridges research interests and expertise of different IRI laboratories.

The IRI is committed to promote the career of young investigators by providing support for applications for third-party funding, lab resources and mentoring support for a timely transition to an independent leader position in science.

Qualified and highly motivated candidates are encouraged to join our Institute. For more details about the program please contact us.

 

Our current Independent Research Fellows are:

 

Busse

Granada

Dr. Dorothea Busse

Network analysis of the therapy-induced
DNA damage response in colorectal cancer

Dr. Adrián E. Granada

Designing optimal schedules for cancer treatment


 

Our alumni:

Dr. Varun Kapoor

 

Dr. Senthil Kumar Subramanian

The role of RNA‐protein interactions in exosomes during bacterial infection

 


 

Network analysis of the therapy-induced DNA damage response in colorectal cancer

The project ”Network analysis of the therapy-induced DNA damage response in colorectal cancer“  aims to characterize the complex signaling network of the DNA damage response. The special focus are the differences between the dynamics of key kinases in drug-sensitive compared to drug-resistant cell lines. Experimental as well as theoretical approaches are applied to characterize these network variations in time, applying varies DNA-damage inducing stimuli.

The research project is supported by IRI members Nils Blüthgen, Christine Sers and Matthias Selbach.

 

Busse

 

Dr. Dorothea Busse mailicon

IRI Life Sciences

 

 

 

 


 

Designing optimal schedules for cancer treatment

Adrian Granada's aims to understand how the internal cellular and organism clocks affect the dynamics of cellular fates upon DNA damage. Specifically, how the circadian clock and the cell cycle determine the heterogenous response to radiation in breast cancer cells. I combine quantitative long-term live imaging of single cells with mathematical modeling.

The research project is supported by Simone Reber and Nils Blüthgen.


Granada

 

Dr. Adrián E. Granada mailicon

IRI Life Sciences                                   

Phone: +49 (0)30 2093-47914

Website

 

 


 

Alumni

Dr. Varun Kapoor

The project focused on algorithm and software development for automated quantification of Microtubule dynamic-instability parameters in the Imglib2/Fiji environment and to model Mitotic dynamics as a few parameter reaction-diffusion system.

The research project was supported by IRI member Simone Reber and Stephan Preibisch (MDC/BIMSB).

 

Dr. Senthil Kumar Subramanian

The project ”The role of RNA‐protein interactions in exosomes during bacterial infection“ aimed to proof the hypothesis of active bacterial RNA transport via exosomes into the cytoplasm of the host cell during Salmonella infection as effectors to modulate the host´s immune response.

The research project was supported by IRI member Benedikt Beckmann.