A flow diagram to explain the algorithm named 2BDP (Biomarker Discovery Process at Binomial Decision Point) that we used to find the best fitting model to predict RRiF.

A flow diagram to explain the algorithm named 2BDP (Biomarker Discovery Process at Binomial Decision Point) that we used to find the best fitting model to predict RRiF.

<p>A flow diagram to explain the algorithm named 2BDP (Biomarker Discovery Process at Binomial Decision Point) that we used to find the best fitting model to predict RRiF.</p>

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Bibliographic Details
Main Author:	Nabarun Chakraborty (535772) (author)
Other Authors:	George Dimitrov (56904) (author), Swapna Kanan (20308321) (author), Alexander Lawrence (20308324) (author), Candance Moyler (20308327) (author), Aarti Gautam (307419) (author), Oluseyi O. Fatanmi (11542819) (author), Stephen Y. Wise (11542816) (author), Alana D. Carpenter (15429849) (author), Rasha Hammamieh (19941) (author), Vijay K. Singh (175462) (author)
Published:	2024
Subjects:	Biophysics Cell Biology Molecular Biology Ecology Cancer Biological Sciences not elsewhere classified nuclear power plants deep sequencing platform considerable gender bias high translational potential total body irradiation time since irradiation species conserved mirna mirnas ’ sequences div >< p 0 – 8 6 days post absorbed radiation doses three post mirna reads functionally conserved potential tsi irradiation timepoints variate analyzed tbi ). silico </ significantly altered serum samples retrospectively determine rapid determination radiation injury radiation exposure namely 1 multiple accidents major challenge latest findings induced fatality growing concerns functional responses consistently shifted consistently regulated collected pre clinics remains circulating microrna cell quantity cell invasion assay could although translating 5 gy
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