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The sperm-specific isozyme of murine lactate dehydrogenase (LDH-C4) was injected into female mice of various strains. Two regulatory phenotypes characterize the resultant immunity to LDH-C4: one is manifested by high, intermediate or low levels of response, the other by the immediate or delayed maturation of peak titer. The response of several strains can be classified as high (SWR, SJL, BABL/c, C3H/He) and intermediate to low (A, CBA, DBA/2, DBA/1, C57BL/6) according to the level of antibody production and cell mediated immunity. BALB/c, SJL and SWR strains are immediate responders while DBA/2 and C3H/He mice are clearly delayed responders. Maturation and magnitude of response do not appear to be related. Both the antibody and cell mediated responses are T-dependent, but are not obviously associated with Ig allotype or H-2 regulation.
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
January 1992,
International journal of legal medicine,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
December 1977,
The Journal of experimental zoology,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
January 1989,
Nihon Funin Gakkai zasshi,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
March 1983,
The Journal of experimental zoology,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
January 2003,
Cytogenetic and genome research,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
September 1990,
American journal of reproductive immunology (New York, N.Y. : 1989),
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
November 1986,
Biology of reproduction,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
July 1995,
Biology of reproduction,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
June 1985,
Molecular immunology,
J W Kille, and
T E Wheat, and
G Mitchell, and
E Goldberg
May 1973,
Journal of medical microbiology,
