DE | EN

|

A A+

I am

I am

The University
- Welcome
  - - Orientation
    - Newsletter
    - MEDitio
    - Alumni services
    - Press releases
    - Support for the Ukraine
  - A portrait of the university
  - Strategy & vision
  - Medical Science City Graz
- Who we are
- Media & PR
  - - Facts & Figures
    - Corporate Design
    - Event registration
    - AirCampus
    - Newsletter
    - Research Portal
    - MEDonline
  - Press releases
  - Videos
  - Images
  - The university in the media
Studying
- General
- Degree programs
  - - Admissions procedure
    - Orientation
    - One Stop Shop
    - Moodle
    - MEDonline
    - Austrian National Union of Students (ÖH) Med Graz
  - Medicine
  - Dentistry
  - Nursing science
  - Doctoral Programs
- Campus life
Research
- Profile
  - - Research Portal
    - MEFO Graz
  - Research areas
  - Research units
  - Research projects
  - Research achievements
- Infrastructure
- Cooperations
  - - BioTechMed-Graz
    - Science Park
    - HTS
  - Universities
  - Business & industry
  - Networks & clusters
  - International mobility
  - Citizen Science
- Services
Career
- Med Uni Graz as an Employer
- Educational Opportunities
- Work Environment
- Job openings
Health
- Health Topics
  - - MeinMed
    - Teddy Bear Hospital
    - KinderUniGraz
    - MEFO Graz
    - Event registration
    - Videos
  - Press releases
  - Experts
  - University Hospital Graz
- Health Infrastructure

Pulmonologie

Research Pulmonology Internal Medicine University departments Medical University of Graz

Team Hrzenjak

Unser Ziel ist es, die molekularen Mechanismen zu untersuchen, die die Proliferation und Apoptose von NSCLC-Zellen steuern, und die Rolle ihrer Mikroumgebung aufzuklären. Unsere Forschung konzentriert sich auf die Verfügbarkeit von Sauerstoff und Substraten sowie auf metabolische und epigenetische Veränderungen.

Ansprechpartner

Assoz.-Prof. Priv.-Doz. Dr.
Andelko Hrzenjak

T: +43 316 385 73860

E: andelko.hrzenjak@medunigraz.at

Andelko Hrzenjak

Forschungsprofil

Forschung

Unsere Projekte

Influence of hypoxia on tumor-growth and characterization of hypoxia-associated effects including molecular mechanisms of hypoxia-induced chemotherapy resistance
The role of histone-deacetylases and HDAC inhibitors as potential therapeutic approach for NSCLC
Relevance of microRNAs in chemotherapy-resistant hypoxic lung adenocarcinoma

Team