Abstract

RESPIROCYTES: A BOON TO ARTIFICIAL RED BLOOD CELLS

K. Sai Rani, Prasanna Kumar Desu* and K. Vanitha

ABSTRACT

Sub-atomic assembling guarantees exact control of issue at the nuclear and sub-atomic dimension, permitting the development of micron-scale machines involved nanometer-scale segments. Restorative Nanomachines will be among the most punctual applications. The counterfeit red platelet or "respirocyte" proposed here is blood borne round 1-micron diamonded 1000-atm weight vessel with dynamic syphoning controlled by endogenous serum glucose, ready to convey multiple times more oxygen to the tissues per unit volume than normal red cells and to oversee carbonic acidity. A locally available Nanocomputer and various synthetic and weight sensors empower complex gadget practices remotely reprogrammable by the doctor by means of remotely connected acoustic signs. Essential applications will incorporate transfusable blood substitution; incomplete treatment for weakness, perinatal/neonatal and lung issue; improvement of cardiovascular/neurovascular techniques, tumour treatments and diagnostics; counteractive action of asphyxia; artificial breathing; and an assortment of games, veterinary, war zone and different employments.

Keywords: Artificial Lung, Artificial Red Cell, Asphyxia, Sickness, Microrobotics, Nanomedicine, Nanorobotics, Nanotechnology, Respirocytes, Reversible Oxygen Binding.