Antiserum Neutralization of Bacteriophage Q β: A Mathematical Analysis
@article{Hale1969AntiserumNO,
title={Antiserum Neutralization of Bacteriophage Q $\beta$: A Mathematical Analysis},
author={E. M. Hale and ARTHUR A. Hirata and R. A. Brusenback and Lacy R. Overby},
journal={Journal of Immunology},
year={1969},
volume={102},
pages={206-214}
}Summary The inactivation of the bacteriophage, Q β, with specific antiserum was studied. The reaction exhibited a continual decrease in rate that was evident from the beginning. The same limiting value of the surviving fraction was reached by all concentrations of a serum. The deviation from first order kinetics was not attributable to dissociation or pre-existing phage heterogenity. The results support the idea of the development of resistant phages by interaction with antiserum components…
No Paper Link Available
6 Citations
Antibody response to bacteriophage Q , and its structural components in rabbits.
- Biology, ChemistryImmunochemistry
- 1972
Interaction of Viruses with Neutralizing Antibodies
- Biology
- 1979
Possibly the earliest published expectation and demonstration of the neutralizing capacity of humoral antibody is contained in the report of Sternberg (1892), which demonstrated that the serum of a calf recently vaccinated with cowpox (?) virus neutralized the infectivity of this virus when the two were mixed prior to inoculation.
Radioimmunoassay of Hepatitis B Virus‐Associated (Australia) Antigen Employing 125I‐Antibody
- Medicine, BiologyVox sanguinis
- 1973
The increased sensitivity of the method resulted in the detection of more positive sera in a variety of donor groups than other immunological methods.