Georgia Kanli Email & Phone Number

Computational Biomedicine Laboratory

I studied the changes in behavioral parameters of pharmacokinetic models in brain tumors using DCE-MRI data. The lab’s end-goal is to build a clinical decision system for a patient's responsiveness to cancer treatment. My own work contributed two independent components: i) a model and method for the categorization of patients diagnosed with glioblastoma multiforme, following chemotherapy and immunotherapy, as responsive and non-responsive, ii) a MATLAB-based graphical interface for visualizing DCE-MRI and ADC-MRI simulation data and functional parameters. The categorization model uses per patient pharmakokinetic model parameters and applies a comparative analysis to pinpoint a relative responsiveness threshold; said threshold value is constrained by the range of patient data provided.

Biomedical Optics & Applied Biophysics Lab, Department Of Electrical And Compu

A wide range of photosensitizers is applied in photodynamic therapy (PDT) of different characteristics. Although, countless in vitro studies on the attributes of photosensitizers do exist, a direct comparison of these substances on one cell line are rare and may contribute to the choice of the optimal photoactive substance for a specific application. We therefore evaluated the properties of two widespread photosensitizers, namely Foscan and Fospeg in terms of release induction in LNCaP cells (androgen-sensitive human prostate adenocarcinoma) using comparable illumination regimens.

Athens, Greece

Study on treatment and diagnosis of dermatological diseases. Familiarity with the clinical environment and equipment, specially, at photodynamic therapy (PDT) of basal cell carcinoma with red light. Also, studied the variations of maximum permissible exposure (MPE) of UVB on the skin with and without medication. Furthermore, advantages and disadvantages of acne treatment with blue light.

Kind of work : Plasma Physics (biopolymers surface treatment by RF plasma), non - equlibrium thermodynamics, diffusion in polymers.Techniques : RF plasma reactor, surface energy measurement, FTIR, UV - VIS, DTA, TG.

Athens

Study on the enhanced magnetospheric convection electric fields and the sub-storm-induced electric fields which are the drivers of plasma acceleration during geospace magnetic storms. I used a three-dimensional dynamic ion-tracing model in IDL, to construct maps of the temporal and spatial variations of ion number densities in the inner magnetosphere.

Nanodegree, Introduction To Machine Learning With Tensorflow

Master Of Science (Msc), Computational Physics

MSc Thesis: Method for the classification of brain cancer treatment's responsiveness via physical parameters of DCE-MRI data

Master Of Science (Msc), School Of Applied Mathematics And Physics

MSc Thesis: Comparative study of fluorescence spectroscopy release by cancer cells of “Foscan” and “Fospeg” photosensitizers

Education record