Archives of Internal Medicine · 1941 · 83 citations · 33 references
Life SciencesBiochemistryPhysiologyClinical BiochemistryEnzymologyGastroenterologyBile FormationBile SecretionHepatobiliary Enzymes
The presence of diastase<sup>1</sup>in human blood was first noted in 1846<sup>2</sup>and subsequently the enzyme was found to be a normal constituent of mammalian blood in general. In 1863 the enzyme was shown to be present also in urine, and its origin was traced to the blood.<sup>3</sup>Eventually diastase was detected in lymph,<sup>4</sup>in pericardial fluid<sup>4b</sup>and in feces.<sup>5</sup>Hepatic bile is almost completely devoid of diastase,<sup>6</sup>but the enzyme can be detected in the bile when the diastase content of blood is greatly increased by ligation of the pancreatic ducts.<sup>7</sup>Bile from the common bile duct and the gallbladder may contain appreciable amounts of diastase as the result of pancreatic reflux.<sup>8</sup>Assertions that measurable amounts of diastase are present in the cerebrospinal fluid,<sup>9</sup>the liver and the kidneys<sup>10</sup>are open to doubt. In this laboratory it was not possible to detect diastase in the
33
MICROMETHODS FOR THE ESTIMATION OF DIASTASE
Michael Somogyi · Journal of Biological Chemistry · 1938 · 303 citations · Full text
Victor C. Myers, J. A. Killian · Journal of Biological Chemistry · 1917 · 53 citations · Full text