Projects
Automatization of biotypization by proteomics utilization
Rapid identification of cells in a clinical environment - RapidCell
High-throughput targeting in pharmaceutical industry - ApliMetaFarma
Development of Innovative Clinical Nutrition Formulations (12/2020 – 12/2023), European Regional Development Fund, IRI Project
This research and development project was funded under the call “Strengthening Research, Development and Innovation Capacities” (IRI) from the European Regional Development Fund.
Development of Innovative Clinical Nutrition Formulations (12/2020 – 12/2023), European Regional Development Fund, IRI Project
This research and development project was funded under the call “Strengthening Research, Development and Innovation Capacities” (IRI) from the European Regional Development Fund.
Qua/Qua Protein: Qualitative and Quantitative Protein Analysis in Medicine and Biotechnology Industry
The possibility of synthesis of reagents for sample preparation for MS analysis will be investigated, which would enable original "all-in-one" quantitative and qualitative analysis of proteins for the needs of industry and biomedical sciences.
MACCD - Multifactor analysis of HPV infected cells in cervical cancer development
GLIcode - Differential regulation of the GLI code in BRAF/NRAS driven tumors
The Hedgehog signaling pathway has been implicated in development of various tumors, but the exact roles and molecular mechanisms are still not understood. The focus of this research are the tumors harboring BRAF or NRAS mutations, and their differential response to Hedgehog pathway inhibition. Both BRAF and NRAS non-canonically activate the three GLI proteins, but the activity and interplay of this interaction is still unclear. With this project we propose to determine the exact transcriptional targets of GLI1, GLI2 and GLI3 proteins in melanoma with different genetic backgrounds, either harboring a BRAF mutation, a NRAS mutation, or no mutation in these two genes.
Microsatellite instability (MSI and EMAST) in molecular profiling of sporadic colon cancer (MSIandEMASTinCRC)
The main goal of this project is to investigate MSI and EMAST microsatellite instability in sporadic colon cancer and to correlate the obtained results with clinico-pathological characteristics of tumors and patients.