Campbell, Dan Hampton

Advisor — 10 thesises

• Goldberg, Richard Jay — I. A Theory of Antibody-Antigen Reactions. Part II. The Light-Scattering Properties of an Antigen-Antibody Reaction. III. Light-Scattering Arising from Composition Fluctuations in Multi-Component Systems (1952, Dissertation (Ph.D.))
• Clarke, Donald Walter — I. Attempts to Isolate the Rh Antigen from Red Blood Cells. II. The Fractionation of an Anti-Rh Antiserum. III. A Comparison of the Vasoconstrictor Actions of Adrenaline and Noradrenaline (1951, Dissertation (Ph.D.))
• Bradbury, James Thomas — I. Development of Paper Electrophoresis Technique for Observation of Microgram Quantities of Protein. II. Electrophoretic and Ultra-Centrifugal Studies of Soluble Antigen-Antibody Complexes as a Method of Determining Antibody and Antigen Valences (1956, Master's thesis)
• Bulman, Norman — I. Hapten Inhibition Studies with a Series of Local Anesthetics Derived from Piperidino Alcohols. II. The Incorporation of C¹⁴-Carboxyl-Labeled Leucine by Serum Proteins (1952, Dissertation (Ph.D.))
• Vannier, Wilton Emile — I. House Dust Allergens. II. Experiments on the Distensibility of the Excised Rabbit Bladder (1958, Dissertation (Ph.D.))
• Johnson, Kenneth Delford — I. The Inclusion of Monohaptenic Substances in Immune Aggregates. II. Heteroligating Antibody in Anti-Arsanilic Acid Sera (1954, Dissertation (Ph.D.))
• Hoffman, Donald Richard — Model Systems for the Study of Drug Hypersensitivity (1970, Dissertation (Ph.D.))
• Feigen, George Alexander — Part I. Physiological Behavior of Oxypolygelatin. Part II. Relative Sensitivity of the Mucosal and Peritoneal Surfaces of Guinea Pig Ileum to Histamine Acetylcholine and Specific Antigens (1948, Dissertation (Ph.D.))
• Terres, Geronimo Jr. — Part I. The Effect of Hydrogen Peroxide Oxidation on the Antigenicity of Ovalbumin, Bovine Serum Albumin, and Rabbit Gamma Globulin. Part II. Cortical Discontinuity and Propagation of Spreading Depression (1956, Dissertation (Ph.D.))
• Senear, Allen Eugene — The Synthesis of Potential Antimalarials: I. Analogues of Pantothenic Acid. II. N¹-Phenylsulfanilamides. III. Sulfonamidopyrimidines. IV. Quinolinemethanols Related to Quinine (1946, Dissertation (Ph.D.))