Igor Shuryak

This study extends the erythema action spectrum to far-UVC wavelengths using a mouse model, finding that 222 nm radiation requires a much higher dose to induce acute effects than current safety limits.

This paper develops a faster radiation biodosimetry method using G0-PCC with RABiT-II, enabling same-day testing for radiation emergencies.

This study evaluates how age and sex affect gene expression-based radiation biodosimetry in mice, finding that while accuracy varies, age and sex must be considered for effective dose prediction.

The paper tests hematopoietically humanized mice as a model for radiation gene expression biomarkers, finding they better replicate human gene responses than standard mice.

The paper develops a method to quantitatively reconstruct radiation dose from blood samples using transcriptomics, achieving predictions up to 6 Gy with RMSE of 1.74 Gy.

This study investigates the DNA damage response in mouse peripheral blood leukocytes after variable, low-dose rate 137Cs exposure using a novel irradiation device, finding that γ-H2AX levels correlate with accumulated dose and could serve as a biomarker for radiation dosimetry.

This study develops a high-throughput biomarker approach to detect partial-body and neutron exposures using micronuclei distribution metrics in lymphocytes, achieving high accuracy in distinguishing exposure types.