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Hyperimmune antiserum to human pancreas was exhaustively absorbed with plasma, kidney, and submaxillary gland. The resulting antiserum showed up to seven antigens in pancreas extracts by gel diffusion methods, but failed to react detectably with extracts of 17 other organs and tissues. However, this apparently "tissue-specific" anti-pancreas reagent regularly revealed two of the pancreas antigens in normal human urine concentrates. One of the latter was an anodal esterase. Although the identity of the second is not yet known, it was shown to be devoid of the following enzyme activities: amylase, catalase, glucosaminidase, glucuronidase, cystine-aminopeptidase, phosphatases and sulfatase.
E L Greene, and
S P Halbert, and
D Kiefer
June 1970,
Journal of immunology (Baltimore, Md. : 1950),
E L Greene, and
S P Halbert, and
D Kiefer
December 1972,
Biochimica et biophysica acta,
E L Greene, and
S P Halbert, and
D Kiefer
January 1983,
Experientia,
E L Greene, and
S P Halbert, and
D Kiefer
September 1972,
Clinical and experimental immunology,
E L Greene, and
S P Halbert, and
D Kiefer
September 1975,
Boletin de la Asociacion Medica de Puerto Rico,
E L Greene, and
S P Halbert, and
D Kiefer
September 1979,
Kidney international,
E L Greene, and
S P Halbert, and
D Kiefer
January 1971,
Preparative biochemistry,
E L Greene, and
S P Halbert, and
D Kiefer
April 1973,
Israel journal of medical sciences,
E L Greene, and
S P Halbert, and
D Kiefer
December 1969,
The Journal of experimental medicine,
E L Greene, and
S P Halbert, and
D Kiefer
May 1973,
Proceedings of the Society for Experimental Biology and Medicine. Society for Experimental Biology and Medicine (New York, N.Y.),
