Results 221 to 230 of about 139,194 (247)
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Fluorescent Antibody Technique in Clinical Microbiology
Hospital Practice, 1970Unquestionably a valuable tool for rapid and specific diagnosis of a number of common bacterial and viral infections, the FA technique has not yet achieved routine use at the clinical level. Dr.
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Dracunculus medinensis: Diagnosis by indirect fluorescent antibody technique
Experimental Parasitology, 1970Abstract First-stage larvae of Dracunculus medinensis, stored at −78 °C, proved suitable as antigen in the fluorescent antibody technique. Fifty-two samples of serum were obtained from dracunculiasis patients at various intervals after patency; 33 out of the 34 taken up to 6 months after patency gave a positive reaction.
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Intrahepatic Localisation of Australia Antigen by Fluorescent Antibody Technique
Vox Sanguinis, 1973Abstract. Our results give further support to the suggestion that the various patterns of intrahepatic localisation of Australia antigen represent different stages of intracellular accumulation of Australia antigen rather than technical differences or differences in the specificity of antibody to Australia antigen.
R, Müller, J, Maess
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Preservation of Tissue Sections in Coons's Fluorescent Antibody Technique
Nature, 1962IN using Coons's fluorescent antibody technique1,2 for the localization of antigens in tissues, difficulty may be encountered in preserving the sections cut from fresh-frozen material. Although it is customary to dry the sections on to a coverslip in a current of air before staining, dehydration of the sections during storage for several days at the ...
W H, GEORGE, K W, WALTON
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Malaria Parasites: Fluorescent Antibody Technique for Tissue Stage Study
Science, 1963Tissue stages of avian and simian malarias were stained by the fluorescent antibody method. The fluorescent bodies proved to be parasites in tests for immunological specificity and on restaining with Giemsa. These results suggest a method for studying two important aspects of mammalian malarias—namely, the cycle in the mammalian host and the ...
R L, INGRAM, R K, CARVER
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Detection of C-Reactive Protein by Fluorescent Antibody Techniques
Nature, 1961THE presence of C-reactive protein in human serum is a highly sensitive index of inflammation or of tissue destruction1. It appears in the blood serum as early as 14 hr. after the injury occurs. Present knowledge points towards its being a β-globulin2, but its origin and function are yet unknown.
R, GOLDWASSER, R, ROZANSKY
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DIAGNOSIS OF TULAREMIA BY FLUORESCENT-ANTIBODY TECHNIQUES
1964Abstract : P. tularensis, the causative organism of tularemia, can be readily and positively identified in formalin-fixed and paraffin-embedded human tissues. This was done in eight of nine cases examined. The diagnostic and therapeutic implications of this advance are discussed.
Malcolm H. McGavran, John D. White
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FLUORESCENT-ANTIBODY TECHNIQUE AND THE LYON HYPOTHESIS
The Lancet, 1964Flossie Cohen +3 more
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A dialysis technique for preparing fluorescent antibody
Virology, 1963H F, CLARK, C C, SHEPARD
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DETECTION OF ANTIBODIES BY FLUORESCENT-SPOT TECHNIQUE
The Lancet, 1959H J, CRAWFORD, R M, WOOD, M H, LESSOF
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