Nanocrystalline Silver–Carbon

Authors

  • Balmuri Poorna DEPARTMENT OF PHYSICS, VIVEKANANDA INSTITUTE OF TECHNOLOGICAL SCIENCE, BYPASS ROAD, BOMMAKAL, KARIMNAGER, TELANGANA STATE, INDIA, 505001
  • Chander Rao DEPARTMENT OF PHYSICS, VIVEKANANDA INSTITUTE OF TECHNOLOGICAL SCIENCE, BYPASS ROAD, BOMMAKAL, KARIMNAGER, TELANGANA STATE, INDIA, 505001
  • M. Santhosh DEPARTMENT OF PHYSICS, VIVEKANANDA INSTITUTE OF TECHNOLOGICAL SCIENCE, BYPASS ROAD, BOMMAKAL, KARIMNAGER, TELANGANA STATE, INDIA, 505001
  • K. Soujanya DEPARTMENT OF PHYSICS, VIVEKANANDA INSTITUTE OF TECHNOLOGICAL SCIENCE, BYPASS ROAD, BOMMAKAL, KARIMNAGER, TELANGANA STATE, INDIA, 505001

DOI:

https://doi.org/10.37591/jomcct.v9i2.1454

Keywords:

Burns, nanocrystalline, silver–carbon interaction, wounds

Abstract

This study is on the properties of nanocrystalline silver products and examines on the internal relation between silver and carbon particles. Nanocrystalline utilizes nanotechnology to release nanocrystalline silver crystals. Nanocrystalline releases 60 times fewer silver cations than silver–carbon interaction in between strongly. Silver impregnated fast releases dressings release minute concentrations of silver which are quickly bounds up by the chloride in the wound exudates. The silver and carbon ions are bounded in the crystalline the action of silver wounds exhibited in the higher level of panel. While extrapolations from in animal studies are cautious, evidence from these studies suggests nanocrystalline is effective against most common strains of wound pathogens. Can be used as protective covering over skin grafts and the protect from the burned skin. Quality human clinical trials into nanocrystalline silver–carbon are few. Further clinical research, preferably randomized controlled trials into nanocrystalline silver–carbon technology.

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Published

2018-10-29

Issue

Vol. 9 No. 2 (2018)

Section

Review Articles

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