Us[fff99cdeeccb8e5e9e11a6a7b752e48e] [2022-04-1... ✮

The string you've provided appears to be a unique identifier or a hash, likely associated with a specific patent application filed or published by the on April 14, 2022 .

: The system distinguishes between healthy and COVID-19-affected tissue, then quantifies the extent of the damage. US[FFF99CDEECCB8E5E9E11A6A7B752E48E] [2022-04-1...

This invention focuses on advanced radiological imaging to identify and quantify tissue affected by COVID-19. The string you've provided appears to be a

: It uses a method to receive radiological images of a patient's anatomy (specifically the lungs) and identifies boundaries between different tissue types. : It uses a method to receive radiological

: It classifies the severity of the infection into specific "COVID-19 classes" to aid medical diagnosis.

According to public records, a notable patent filed on that exact date is , assigned to The Johns Hopkins University .