Additional Recruitment for doctoral studies 

The following documents are necessary to apply:
1) Diploma certificate (or a confirmation of the date of the thesis defense from the deanery if the defense will be held after the recruitment and before 15th of September 2018)
2) Application comprising contact information (postal address, email address, phone number)
3) Reference letter from a research fellow with a doctoral or professors degree

Applications will be admitted until 3th of September 2018.

Candidates will be admitted to the studies based on of the documents provided and an interview which will take place about 10 of September 2018.
The exact time and date of the interview will be provided to candidates via e-mail.

Proposed topics for doctoral theses:

1. Role of hippocampal place cells in observational learning 
    Supervisor: Tiaza Bem, Assoc. Prof.
   
   
2. Exploration of biomedical data with some techniques of machine learning
    Supervisor: Leon Bobrowski, Prof.
   
   
3. Development of 3D type scaffolds with biodegradable co-polyesters 
    Supervisor: Andrzej Chwojnowski, Prof.
   
   
4. Nanoscaffolds for biosystems supporting biological processes for biomedical and biotechnological purposes
    Supervisor: Ludomira Granicka, Assoc. Prof.
   
   
5. Image analysis methods in digital pathology 
    Supervisor: Anna Korzyńska, Assoc. Prof.
   
6. Electrostatic manufacturing of polymeric mats made of multilayered fibers 
    Supervisor: Dorota Lewińska, Assoc. Prof.
    Co-supervisor: Marcin Grzeczkowicz, PhD
   
   
7. Electrostatic formulation of inhalable drug carriers with complex structure
    Supervisor: Dorota Lewińska, Assoc. Prof.
    Co-supervisor: Katarzyna Kramek-Romanowska, PhD
   
8. Optimizing dialysate bicarbonate concentration during hemodialysis by mathematical modeling
   Supervisor: John Kenneth Leypoldt, Ph.D.
   IBBE PAS contact: Jacek Waniewski, Prof.
   
   
9. Near infrared spectroscopy to assess neuro-vascular coupling correlated with sharp-ripple waves in hippocampus of small laboratory animals 
    Supervisors: Adam Liebert, Prof.; Tiaza Bem, Assoc. Prof.
   
10. Arterial Spin labeling, diffuse correlation spectroscopy, time resolved near infrared spectroscopy - study on the brain cortex perfusion
     Supervisor: Adam Liebert, Prof.; Piotr Bogorodzki, Assoc. Prof.
     Co-supervisor: Michał Kacprzak, PhD Eng. 
    
11. Application of optical methods in assessment of recovery process in stroke patients 
     Supervisor: Adam Liebert, Prof.
     Co-supervisor: Piotr Sawosz, PhD
    
    
12. Application of near infrared spectroscopy technique for assessing hemodynamic changes of the brain during transcranial electromagnetic stimulation
     Supervisor: Adam Liebert, Prof. 
     Co-supervisor: Anna Gerega, PhD
    
13. Cultures of liver-derived cells in flow bioreactors for efficient bioartificial liver 
     Supervisor: Dorota Pijanowska, Prof.
    Co-supervisor: Krzysztof Pluta, PhD
    
    
14. In vivo measurements of neurotransmitter concentrations in nervous system diseases 
     Supervisor: Beata Toczyłowska, Assoc. Prof.
    
    
15. Bioinformatics methods in analysis of medical databases 
     Supervisor: Jacek Waniewski, Prof.
     Co-supervisor: Małgorzata Dębowska, PhD
    
    
16. Mathematical modeling of mineral and bone metabolism in patients with kidney failure
     Supervisor: Jacek Waniewski, Prof.
     Co-supervisor: Małgorzata Dębowska, PhD
    
    
17. Cardiovascular system diagnostics: mathematical modeling of pulse-wave propagation in the arterial tree
     Supervisor: Jacek Waniewski, Prof.
     Co-supervisor: Małgorzata Dębowska, PhD
     Co-supervisor: Jan Poleszczuk, PhD
    
    
18. Tumor-immune system interactions modeling on a single cell level 
     Supervisor: Jacek Waniewski, Prof.
     Co-supervisor: Jan Poleszczuk, PhD
    
    
19. Synergy of radiation and immune system: mathematical models to enhance current treatment protocols for metastatic cancer patients
     Supervisor: Jacek Waniewski, Prof.
     Co-supervisor: Jan Poleszczuk, PhD
    
    
20. EEG-fMRI study of cortical and subcortical brain networks
    Supervisor: Piotr Bogorodzki, Assoc. Prof.
    Co-supervisor: Weronika Dębowska, PhD