Lithos Test and Wedge Dehydration of Blood Serum

Application of the wedge dehydration method (Lithos test) of blood serum for assessing condition severity, prognosis, and identifying pathology markers.

Editorial team 1 min November 8, 2022

Presentation slide with the definition of a bifurcation point and a Lorenz attractor

Slide describing the principle of the wedge dehydration method for biofluids

Slide with fragments of serum facies in critical condition and in norm

Slide with photomicrographs of fibrinolysis and inflammation markers in serum facies

Slide: serum facies of a healthy newborn and in multiple organ failure

Slide with morphological markers of inflammation in blood serum facies

Slide: evolution of inflammation markers and three-beam cracks in newborn serum facies

Slide with linguistic fields and signs of intoxication in a child's blood serum facies

Slide: prognostic assessment of critical condition outcome based on daily dynamics of facies

Slide with markers of sclerosis, steatosis, and fibrinolysis in blood serum facies

Svetlana Nikolaevna, at the conference, spoke about a new research method – the LITHOS test. By drying a drop of blood serum at a specific humidity and subsequently analyzing it, it is possible to predict a fatal outcome in a critically ill patient. There is a concept called a BIFURCATION POINT; if the patient’s life support system crosses a certain boundary, the process is irreversible, according to one theory. Examples of facies (dried drops) are in the photos below. It’s a rather colorful and curious method, which I believe has many prospects in the future, especially if these blood serum photographs are processed through machine learning. MARKERS OF CRITICAL CONDITION OUTCOMES BASED ON STRUCTURES OF EXTRACELLULAR TISSUES OF THE ORGANISM. November 08, 2022 Lecturer: D.M.Sc., Professor Shatokhina Svetlana Nikolaevna, Head of the Department of Clinical Laboratory Diagnostics, Faculty of Advanced Training for Physicians, M.F. Vladimirsky MONIKI, Honored Scientist of the Moscow Region Co-author: D.M.Sc., Academician of the Russian Academy of Sciences Shabalin Vladimir Nikolaevich, Chief Researcher, Research Institute of General Pathology and Pathophysiology