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Volume 24, Issue 4

1 April 1933

ISSN 0022-1767

EISSN 1550-6606

The Influence of Pregnancy and of Menstruation on the Power of Normal Human Sera to Inactivate Poliomyelitis Virus ¹

Claus W. Jungeblut; Earl T. Engle

J Immunol (1933) 24 (4): 267–272.

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Influenzal Meningitis: The Relation of Age Incidence to the Bactericidal Power of Blood Against the Causal Organism ¹

LeRoy D. Fothergill; Joyce Wright

J Immunol (1933) 24 (4): 273–284.

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Inheritance As a Factor in Resistance to an Infectious Disease: I. The Uniform Reaction of an Inbred Strain of Animals

M. R. Irwin

J Immunol (1933) 24 (4): 285–295.

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Inheritance As a Factor in Resistance to an Infectious Disease: II. Differential Host Reactions and the Effects of Selection Within a Population

M. R. Irwin

J Immunol (1933) 24 (4): 297–312.

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Inheritance As a Factor in Resistance to an Infectious Disease: III. The Distribution of Litter Mortalities in the Host Populations

M. R. Irwin

J Immunol (1933) 24 (4): 313–318.

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Inheritance as a Factor in Resistance to an Infectious Disease: IV. Tests for Evidence of an Acquired Immunity in the Resistant Population

M. R. Irwin

J Immunol (1933) 24 (4): 319–327.

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Inheritance As a Factor in Resistance to an Infectious Disease: V. The Correlations Between Resistance of the Host and Certain Measured Variables

M. R. Irwin

J Immunol (1933) 24 (4): 329–342.

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Inheritance As a Factor in Resistance to an Infectious Disease: VI. The Correlation Between Resistance and the Bactericidal Power of the Whole Blood

M. R. Irwin; T. P. Hughes

J Immunol (1933) 24 (4): 343–348.

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The Influence of Pregnancy and of Menstruation on the Power of Normal Human Sera to Inactivate Poliomyelitis Virus ¹

Influenzal Meningitis: The Relation of Age Incidence to the Bactericidal Power of Blood Against the Causal Organism ¹

Inheritance As a Factor in Resistance to an Infectious Disease: I. The Uniform Reaction of an Inbred Strain of Animals

Inheritance As a Factor in Resistance to an Infectious Disease: II. Differential Host Reactions and the Effects of Selection Within a Population

Inheritance As a Factor in Resistance to an Infectious Disease: III. The Distribution of Litter Mortalities in the Host Populations

Inheritance as a Factor in Resistance to an Infectious Disease: IV. Tests for Evidence of an Acquired Immunity in the Resistant Population

Inheritance As a Factor in Resistance to an Infectious Disease: V. The Correlations Between Resistance of the Host and Certain Measured Variables

Inheritance As a Factor in Resistance to an Infectious Disease: VI. The Correlation Between Resistance and the Bactericidal Power of the Whole Blood

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