Biology BooksAeroBiology Books

A Genomic Model for Predicting the Ultraviolet Susceptibility of Viruses and Bacteria (PDF 22p)

Advertisement

A Genomic Model for Predicting the Ultraviolet Susceptibility of Viruses and Bacteria (PDF 22p)

A Genomic Model for Predicting the Ultraviolet Susceptibility of Viruses and Bacteria (PDF 22p)

Currently this section contains no detailed description for the page, will update this page soon.

Author(s):

sNA Pages
Similar Books
Guidelines on Airborne Infection Control in Healthcare and Other Settings

Guidelines on Airborne Infection Control in Healthcare and Other Settings

This note covers the following topics: Importance of infection control for respiratory infections, Hierarchy of controls to reduce risk of transmission of respiratory pathogens , Environmental controls, High-risk settings and TB laboratories.

s96 Pages
Aerobiology Pollens and Spores in the Air (PDF 29p)

Aerobiology Pollens and Spores in the Air (PDF 29p)

This note covers the following topics: Definition of Aerobiology, Airborne particle size range, Particles settling in still air, Particles of biological origin, Aerosols, Aerobiology pathway, Environmental factors, Layers of the atmosphere, Usefulness of Aerobiology, Dispersal of allergens, Crop disease epidemiology.

s29 Pages
A Genomic Model for Predicting the Ultraviolet Susceptibility of Viruses and Bacteria (PDF 22p)

A Genomic Model for Predicting the Ultraviolet Susceptibility of Viruses and Bacteria (PDF 22p)

Currently this section contains no detailed description for the page, will update this page soon.

sNA Pages
A Genomic Model for the Prediction of Ultraviolet Inactivation Rate Constants for RNA and DNA Viruses (PDF 28p)

A Genomic Model for the Prediction of Ultraviolet Inactivation Rate Constants for RNA and DNA Viruses (PDF 28p)

Currently this section contains no detailed description for the page, will update this page soon.

sNA Pages

Advertisement