David J. Brenner

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.

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.

The paper describes an automated method for scoring the CBMN assay that adjusts for mitotic delay at high doses, resulting in a monotonic dose response curve.