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Volume 78, Issue 1

1 January 1957

ISSN 0022-1767

EISSN 1550-6606

Serial Determinations of Serum Glycoproteins Following Antigen Injection into Previously Immunized Animals ^1,2,3

Henry E. Weimer; Jean Redlich-Moshin; Frances A. Quinn; Eric L. Nelson

J Immunol (1957) 78 (1): 1–4.

Abstract

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Antigen-Antibody Reactions in Agar: III. Rate of Change of Band Migration with Antigen Concentration ¹

J. C. Neff; Elmer L. Becker

J Immunol (1957) 78 (1): 5–10.

Abstract

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Immunologic Differences Between the 19 S and 7 S Components of Normal Human γ-Globulin

E. C. Franklin; H. G. Kunkel

J Immunol (1957) 78 (1): 11–18.

Abstract

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Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System ¹: I. Estimation of the Wassermann Antibody in Absolute Weight Units

Abraham G. Osler; Eleanor A. Knipp

J Immunol (1957) 78 (1): 19–29.

Abstract

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Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System ¹: II. Comparative Studies with Mammalian and Plant Tissue Phospholipids

Abraham G. Osler; Eleanor A. Knipp

J Immunol (1957) 78 (1): 30–44.

Abstract

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Effect of Ultraviolet Light on Poliomyelitis Virus ¹

A. R. Taylor; W. W. Kay; I. W. McLean, Jr.; F. Oppenheimer; F. D. Stimpert

J Immunol (1957) 78 (1): 45–54.

Abstract

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Erratum

J Immunol (1957) 78 (1): 55.

Abstract

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Comparison of Antibody Responses Associated with the Transfer of Rabbit Lymph-Node, Peritoneal Exudate, and Thymus Cells ^1,2,3

Frank J. Dixon; William O. Weigle; James C. Roberts

J Immunol (1957) 78 (1): 56–62.

Abstract

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Behavior of Monkeys after Inoculation of Virus Derived from Patients with Measles and Propagated in Tissue Culture Together with Observations on Spontaneous Infections of These Animals by an Agent Exhibiting Similar Antigenic Properties ¹

Thomas C. Peebles; Kevin McCarthy; John F. Enders; Ann Holloway

J Immunol (1957) 78 (1): 63–74.

Abstract

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Serial Determinations of Serum Glycoproteins Following Antigen Injection into Previously Immunized Animals ^1,2,3

Antigen-Antibody Reactions in Agar: III. Rate of Change of Band Migration with Antigen Concentration ¹

Immunologic Differences Between the 19 S and 7 S Components of Normal Human γ-Globulin

Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System ¹: I. Estimation of the Wassermann Antibody in Absolute Weight Units

Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System ¹: II. Comparative Studies with Mammalian and Plant Tissue Phospholipids

Effect of Ultraviolet Light on Poliomyelitis Virus ¹

Erratum

Comparison of Antibody Responses Associated with the Transfer of Rabbit Lymph-Node, Peritoneal Exudate, and Thymus Cells ^1,2,3

Behavior of Monkeys after Inoculation of Virus Derived from Patients with Measles and Propagated in Tissue Culture Together with Observations on Spontaneous Infections of These Animals by an Agent Exhibiting Similar Antigenic Properties ¹

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Serial Determinations of Serum Glycoproteins Following Antigen Injection into Previously Immunized Animals1,2,3

Antigen-Antibody Reactions in Agar: III. Rate of Change of Band Migration with Antigen Concentration1

Immunologic Differences Between the 19 S and 7 S Components of Normal Human γ-Globulin

Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System1: I. Estimation of the Wassermann Antibody in Absolute Weight Units

Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System1: II. Comparative Studies with Mammalian and Plant Tissue Phospholipids

Effect of Ultraviolet Light on Poliomyelitis Virus1

Erratum

Comparison of Antibody Responses Associated with the Transfer of Rabbit Lymph-Node, Peritoneal Exudate, and Thymus Cells1,2,3

Behavior of Monkeys after Inoculation of Virus Derived from Patients with Measles and Propagated in Tissue Culture Together with Observations on Spontaneous Infections of These Animals by an Agent Exhibiting Similar Antigenic Properties1

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Serial Determinations of Serum Glycoproteins Following Antigen Injection into Previously Immunized Animals ^1,2,3

Antigen-Antibody Reactions in Agar: III. Rate of Change of Band Migration with Antigen Concentration ¹

Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System ¹: I. Estimation of the Wassermann Antibody in Absolute Weight Units

Quantitative Studies of Lipid-Soluble Tissue Antigens as Exemplified by the Wassermann Antigen-Antibody System ¹: II. Comparative Studies with Mammalian and Plant Tissue Phospholipids

Effect of Ultraviolet Light on Poliomyelitis Virus ¹

Comparison of Antibody Responses Associated with the Transfer of Rabbit Lymph-Node, Peritoneal Exudate, and Thymus Cells ^1,2,3

Behavior of Monkeys after Inoculation of Virus Derived from Patients with Measles and Propagated in Tissue Culture Together with Observations on Spontaneous Infections of These Animals by an Agent Exhibiting Similar Antigenic Properties ¹