Dehydropeptidase I activities in human intracranial neoplasms.

@article{Allen1959DehydropeptidaseIA,
  title={Dehydropeptidase I activities in human intracranial neoplasms.},
  author={Norman Allen},
  journal={Experimental neurology},
  year={1959},
  volume={1 2},
  pages={
          155-65
        }
}
  • N. Allen
  • Published 1 June 1959
  • Biology
  • Experimental neurology
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Histochemical and quantitative analysis of alkaline phosphatase during the course of experimental intracranial neoplasia
TLDR
In this investigation, an enzyme normally present in the central nervous system, alkaline phosphatase, was examined during various phases of intracranial tumorogenesis in the C,H mouse and a correlation was established between the enzymatic activity of alkalineosphatase in induced tumors with that of similar human tumors.
Proteases of human brain
TLDR
The proteinases and peptidases thus far studied in the human central nervous system are reviewed with respect to their enzymology, anatomical and cytological distributions and contributions to neurological and psychiatric disease states.
Biochemical Study of Tumors of the Nervous System
The study of primary tumors of the nervous system has been greatly complicated by the prevailing nonhomogeneity of these growths and the frequent existence of multiple cell types within a single…

References

SHOWING 1-9 OF 9 REFERENCES
CYTOCHROME OXIDASE IN HUMAN BRAIN TUMOURS *
  • N. Allen
  • Medicine
    Journal of neurochemistry
  • 1957
TLDR
The aim has been to estimate the activity of an enzyme important to biological oxidations in a series of gliomas of varying types and degrees of malignancy, correlating such data where possible with histological characteristics, using the Linderstrom-Lang technique of quantitative histochemistry.
Über die enzymatische Spaltung dehydrierter Peptide. Auffindung einer Dehydrodipeptidase.
THE ACTIVATION OF DEHYDROPEPTIDASE BY ZINC
Quantitative histochemistry of proteolytic and oxidative enzymes in human cerebral cortex and brain tumors.
Relative amount of ammonia evolved from digests of isomeric peptides with aqueous tissue extracts.
Estimation of nuclear population from microtome sections
The neoplastic transformation as a biological fractionation of related enzyme systems.
Degradation of cystine peptides by tissues; dehydropeptidase activity in normal and neoplastic tissues.
Spectrophotometric determination of dehydropeptidase activity in normal and neoplastic tissues.