Measurement and self-operating computer of the leukocyte continuum as a fixed space-time continuum in inflammation

Abstract

MotivationNo biomarkers and systems, including leukocyte count and flow cytometry, can be used to measure tissue injury for diagnosing inflammation. A fixed space-time continuum (S{tau}C) biomarker can address this issue. A leukocyte continuum (LC) is a biomarker forming a S{tau}C capable of measuring injury by operators and equations for a self-operating computation. ResultsA self-operating computer (SOC) LC as a water treatment for leukocyte(s) was generated using leukocyte(s). String leukocyte continuum (StrLC), single-layer leukocyte (SLL) and multilayer leukocyte continuum (MLC) were demonstrated in various LCs using an equation with a primitive-operator. In the SOC, the LC is the inflammation graph of the operation result. The relative differential equation (RDE) shows how to recognize the LC not as a model in the conventional-other-operating-computer (cOOC), but as an actual arithmetic unit with a display unit. The SOC shows the essential nature in real time.