Abstract

Introduction In different pathologies, damage in the membrane of immune cells and blood plasma albumin involves, as a consequence, alterations in the immune state of patients. It is now widely accepted that the dynamics of these changes, along with certain types of alterations in structures of the immune system, cells, and

Highlights

  • In different pathologies, damage in the membrane of immune cells and blood plasma albumin involves, as a consequence, alterations in the immune state of patients

  • It is widely accepted that the dynamics of these changes, along with certain types of alterations in structures of the immune system, cells, and plasma proteins play a critical role in the maintenance of the immune status of any given organism

  • Fluorescent probes have proven to be an excellent tool for using in such protocols [1,2,3,4]

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Summary

Introduction

Damage in the membrane of immune cells and blood plasma albumin involves, as a consequence, alterations in the immune state of patients. The significance of changes in the structural integrity of the immune system cells makes it important for clinicians to receive information on the immunological status of organism via quick, reliable, and reproducible methods. In this regard, fluorescent probes have proven to be an excellent tool for using in such protocols [1,2,3,4]. A brief review of results is given in the article; a more detailed description of all investigated pathologies and patients groups can be found in the book [1] and article [5]

Review Characteristics of the probe ABM
Research concept and design
Conclusions
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