Contributors: Maciej Śliwowski, Piotr Tempczyk, Marian Dovgialo, Jarosław Żygierewicz

The aim of the project performed in cooperation with The Alarm Clock Clinic is the development and verification of methodology for determining neurophysiological indicators and designs based on the calculated predicting indicators of improving clinical outcomes of children in states […]

The clonogenic cell survival assay is a basic method to study the cytotoxic effect of radiation and chemical toxins. In large experimental setups, counting of colonies by eye is tiresome and prone to bias. Moreover, it is often interesting to […]

The accuracy of dose delivery during radiation therapy is crucial in the entire process of treating an oncological patient. For this purpose, a series of measurements are made before the start of the first fraction to check that the medical […]

The project’s goal is to investigate the biophysical properties of exosomes isolated from irradiated and non-irradiated prostate cancer cells employing NTA and AFM based methods. We try also to review the exosomes’ effects on prostate cancer progression, especially to the […]

According to Moore Law, technological progress is exponential. This means that computational power of computers is doubled in a fixed period of time. How long exactly do you have to wait for it to be doubled? Estimation says that it […]

The aim of the project performed in collaboration with Carlo Besta Institute in Milan, Italy is to better understand the role of ion dynamics in epileptic seizures.

DNA is the fundamental molecule encoding and storing the genetic information of all living organisms. DNA damage and repair is by essence a multidisciplinary line of research, and the award of the Nobel Prize of Chemistry in 2015 stresses out […]

Nanodosimetry has been developed to quantify the physical part of the weighting factors like radiation quality in radiation protection and radiation effectiveness in radiotherapy. Experimental nanodosimetry is aimed at direct measurement of the ionisations created by a single ionising particle […]

Numerous of different phenomena around us can be described by network models. In many cases it is a natural choice, because one can clearly distinguish vertices and edges in the structure of the system. This approach is applied in a […]

Radiation accidents occur under several different potential circumstances which may involve different numbers of people. Good examples are the Goiania Accident involving a few hundred people (Oliveira et al. 1991) and the Chernobyl (NEA 2002) and Fukushima (NERH 2011) nuclear […]

The aim of the project performed in cooperation with Kamil Imbir from Faculty of Psychology, University of Warsaw, is the verification of hypothesis concerning a model of emotion-cognition interaction.

The aim of radiation therapy is to deliver the prescribed dose of ionizing radiation to the target volume without increasing normal tissue complications. The dose distributions calculated in the treatment planning system are depended on many parameters. One of them […]

According to Moore Law, technological progress is exponential. This means that computational power of computers is doubled in a fixed period of time. How long exactly do you have to wait for it to be doubled? Estimation says that it […]

Numerous of different phenomena around us can be described by network models. In many cases it is a natural choice, because one can clearly distinguish vertices and edges in the structure of the system. This approach is applied in a […]

The clonogenic cell survival assay is a basic method to study the cytotoxic effect of radiation and chemical toxins. In large experimental setups, counting of colonies by eye is tiresome and prone to bias. Moreover, it is often interesting to […]

The accuracy of dose delivery during radiation therapy is crucial in the entire process of treating an oncological patient. For this purpose, a series of measurements are made before the start of the first fraction to check that the medical […]

The project’s goal is to investigate the biophysical properties of exosomes isolated from irradiated and non-irradiated prostate cancer cells employing NTA and AFM based methods. We try also to review the exosomes’ effects on prostate cancer progression, especially to the […]

DNA is the fundamental molecule encoding and storing the genetic information of all living organisms. DNA damage and repair is by essence a multidisciplinary line of research, and the award of the Nobel Prize of Chemistry in 2015 stresses out […]

Nanodosimetry has been developed to quantify the physical part of the weighting factors like radiation quality in radiation protection and radiation effectiveness in radiotherapy. Experimental nanodosimetry is aimed at direct measurement of the ionisations created by a single ionising particle […]

Radiation accidents occur under several different potential circumstances which may involve different numbers of people. Good examples are the Goiania Accident involving a few hundred people (Oliveira et al. 1991) and the Chernobyl (NEA 2002) and Fukushima (NERH 2011) nuclear […]

The aim of radiation therapy is to deliver the prescribed dose of ionizing radiation to the target volume without increasing normal tissue complications. The dose distributions calculated in the treatment planning system are depended on many parameters. One of them […]

The aim of the project performed in cooperation with The Alarm Clock Clinic is the development and verification of methodology for determining neurophysiological indicators and designs based on the calculated predicting indicators of improving clinical outcomes of children in states […]

The aim of the project performed in collaboration with Carlo Besta Institute in Milan, Italy is to better understand the role of ion dynamics in epileptic seizures.

The aim of the project performed in cooperation with Kamil Imbir from Faculty of Psychology, University of Warsaw, is the verification of hypothesis concerning a model of emotion-cognition interaction.