Genetic Control of the Susceptibility to Bacterial InfectionDavid E. Briles |
Contents
| 1 | |
E BRILES W H BENJAMIN Jr W J HUSTER | 21 |
Influence of Host Genes on Resistance | 36 |
Genetic Control of Resistance | 49 |
Genetic Control of Resistance | 67 |
XLinked Immune | 87 |
CLAFLIN J L Department of Microbiology | 102 |
E BRILES J HOROWITZ L S MCDANIEL W | 107 |
Genetic | 149 |
| 173 | |
Other editions - View all
Genetic Control of the Susceptibility to Bacterial Infection David E. Briles No preview available - 2011 |
Common terms and phrases
acquired immunity activity alleles animals anti-PC antibodies antigens associated B-cell bacilli backcross bacterial BALB/c Bcg gene BCG infection bone marrow BRILES C3H/HeJ mice C3HeB/FeJ CBA/N mice cellular chromosome complement defect dose effects endotoxin Escherichia coli F1 hybrid gene Genetic control growth host immune response Immunol immunologically inbred mice inbred strains induced Infect Immun innate resistance intracellular intravenous KONGSHAVN lipopolysaccharide Listeria monocytogenes Listeria Resistance Genes listeriosis liver loci locus Lps gene lymphocytes lymphokines macrophages marker mechanisms mediated mice to Salmonella mitogenic mutants natural resistance normal mice O'BRIEN oral tolerance pathogens peritoneal phagocytes phenotype phosphocholine pneumococcal polysaccharide protection protein recombinant inbred regulation resistance to infection resistance/susceptibility response to BCG RI strains role Rosenstreich DL Salmonella typhimurium Scher serum Skamene specific spleen spleen cells splenic strains of mice studies tion tissues trait tuberculosis typhimurium infection vaccine virulence vitro vivo X-linked xid B cells xid mice