CoonsA.H.; CreechH.J.; JonesR.N.; and BerlinerE.: The Demonstration of Pneumococcal Antigen in Tissues by the Use of Florescent Antibody, J Immunol45: 159–170, 1942.
2.
CoonsA.H., and KaplanM.H.: Localization of Antigen in Tissue Cells: II. Improvements in a Method for the Detection of Antigen by Means of Fluorescent Antibody, J Exp Med91: 1–13, 1950.
3.
RiggsJ.L.; SeiwaldR.J.; BurckhalterJ.H.; DownsC.M.; and MetcalfT.G.: Isothiocyanate Compounds as Fluorescent Labeling Agents for Immune Serum, Am J Pathol34: 1081–1091, 1958.
4.
MarshallJ.D.; EvelandW.C.; and SmithC.W.: Superiority of Fluorescein Isothiocyanate (Riggs) for Fluorescent-Antibody Technic with a Modification of Its Application, Proc Soc Exp Biol Med98: 898–900, 1958.
5.
ClarkH.F., and ShepardC.C.: A Dialysis Technique for Preparing Fluorescent Antibody, Virology20: 642–644, 1963.
6.
RinderknechtH.: A New Technique for the Fluorescent Labelling of Proteins., Experientia16: 430–431, 1960.
7.
RiggsJ.L.; LohP.C.; and EvelandW.C.: A Simple Fractionation Method for Preparation of Fluorescein-Labeled Gamma Globulin, Proc Soc Exp Biol Med105: 655–658, 1960.
8.
McKinneyR.M.; SpillaneJ.T.; and PearceG.W.: Factors Affecting the Rate of Reaction of Fluorescein Isothiocyanate with Serum Proteins, J Immunol93: 232–242, 1964.
9.
TheT.H., and FeltkampT.E.W.: Conjugation of Fluorescein Isothiocyanate to Antibodies: I. Experiments on the Conditions of Conjugation, Immunology18: 865–873, 1970.
10.
TheT.H., and FeltkampT.E.W.: Conjugation of Fluorescein Isothiocyanate to Antibodies: II. A Reproducible Method, Immunology18: 875–881, 1970.
11.
GoldsteinG.; SlizysI.S.; and ChaseM.W.: Studies on Fluorescent Antibody Staining: I. Non-Specific Fluorescence with Fluorescein-Coupled Sheep Anti-Rabbit Globulins., J Exp Med114: 89–110, 1961.
12.
WoodB.T.; ThompsonS.H.; and GoldsteinG.: Fluorescent Antibody Staining: III. Preparation of Fluorescein-Isothiocyanate Labelled Antibodies, J Immunol95: 225–229, 1965.
13.
ForsumU.: Characterization of FITC-La-belled F (ab’)2 Fragments of IgG and a Rapid Technique for the Separation of Optimally Labelled Fragments, J Immunol Methods2: 183–195, 1972.
14.
PittmanB.; HebertG.A.; CherryW.B.; and TaylorG.C.: The Quantitation of Nonspecific Staining As a Guide for Improvement of Fluorescent Antibody Conjugates, J Immunol98: 1196–1203, 1967.
15.
CherryW.B.; MckinneyR.M.; EmmelV.M.; SpillaneJ.T.; HebertG.A.; and PittmanB.: Evaluation of Commercial Fluorescein Isothiocyanates Used in Fluorescent Antibody Studies, Stain Technol44: 179–186, 1969.
16.
McKinneyR.M.; SpillaneJ.T.; and PearceG.W.: A Simple Method for Determining the Labeling Efficiency of Fluorescein Isothiocyanate Products, Anal Biochem14: 421–428, 1965.
17.
Certification of Fluorescein Isothiocyanate, announcement, Stain Technol44: No. 4, 1969.
18.
McKinneyR.M., and ThackerL.: Improvement in Specificity of Immunofluorescent Reagents for Identifying Streptococcus mutans by DEAE-Cellulose-Bacterial Cell Column Immunosorption Methods, J Dent Res (Special Issue A) 55: A50–A57, 1976.
19.
SmithM.L.; CarskiT.R.; and GriffinC.W.: Modification of Fluorescent-Antibody Procedures Employing Crystalline Tetramethylrhodamine Isothiocyanate, J Bacteriol83: 1358–1359, 1962.
20.
CebraJ.J., and GoldsteinG.: Chromatographic Purification of Tetramethylrhodamine-Immune Globulin Conjugates and Their Use in the Cellular Localization of Rabbit γ-Globulin Polypeptide Chains, J Immunol95: 230–245, 1965.
21.
AmanteL.; AnconaA.; and ForniL.: The Conjugation of Immunoglobulins with Tetramethylrhodamine Isothiocyanate: A Comparison Between the Amorphous and the Crystalline Fluorochrome., J Immunol Methods1: 289–301, 1972.
22.
BrandtzaegP.: Conjugates of Immunoglobulin G with Different Fluorochromes: I. Characterization by Anionic-Exchange Chromatography, Scand J Immunol2: 273–290, 1973.
23.
BergquistM.R., and NilssonP.: The Conjugation of Immunoglobulins with Tetramethylrhodamine Isothiocyanate by Utilization of Dimethylsulfoxide (DMSO) as a Solvent, J Immunol Methods5: 189–198, 1974.
24.
McKinneyR.M., and SpillaneJ.T.: An Approach to Quantitation in Rhodamine Isothiocyanate Labeling, Ann NY Acad Sci254: 55–64, 1975.
25.
HijmansW.; SchuitH.R.E.; TeikoY.; and SchechterI.: An Immunofluorescence Study on the Synthesis of Antibodies of Single Specificity in Separate Cells After the Administration of an Immunogen with Double Specificity, Eur J Immunol2: 1–4, 1972.
26.
ChenR.F.: Fluorescent Protein-Dye Conjugates: II. Gamma Globulin Conjugated with Various Dyes, Arch Biochem Biophys133: 263–276, 1969.