Items where Subject is "trypsin"
- CSHL Subject List (9)
- bioinformatics (9)
- genomics and proteomics (9)
- genetics & nucleic acid processing (9)
- protein structure, function, modification (9)
- protein types (9)
- enzymes (9)
- trypsin (9)
- enzymes (9)
- protein types (9)
- protein structure, function, modification (9)
- genetics & nucleic acid processing (9)
- genomics and proteomics (9)
- bioinformatics (9)
Paper
Buckley, I. K., Raju, T. R., Stewart, M. (1980) Differences in Intermediate Filaments in Trypsin-Treated and Non Trypsin-Treated Cultured-Cells. Journal of Cell Biology, 87 (2). A176-A176.
Kaufmann, B. P. (May 1952) Cytochemical Studies of the Action of Trypsin: I. Digestion of Salivary-Gland Chromosomes. Proc Natl Acad Sci U S A, 38 (5). pp. 464-8. ISSN 0027-8424 (Print)0027-8424 (Linking)
Kaufmann, B. P., Pennoyer, J. M., Rowan, M. E. (February 1953) Cytochemical studies of the action of trypsin. II. Analysis of the swelling of salivary-gland cells. J Cell Comp Physiol, 41 (1). pp. 79-102. ISSN 0095-9898 (Print)0095-9898 (Linking)
Kaufmann, Berwind Petersen (1953) Cytochemical studies of the action of trypsin. III. The course of deformation of salivary-gland chromosomes. Experimental Cell Research, 4 (2). pp. 408-425.
Kaufmann, Berwind Petersen, MacDuffee, Robert C. (1949) Chromosome structure as revealed by tryptic digestion. The Anatomical Record, 105.
McDonald, Margaret R. (1954) The effects of X-rays on dilute solutions fo crystalline trypsin: Continued inactivation after termination of irradiation. British Journal of Radiology, 27. p. 62.
McDonald, Margaret R. (September 1954) The inactivation of dilute solutions of crystalline trypsin by X-radiation. I. Kinetics and characteristics. J Gen Physiol., 38 (1). pp. 93-103.
McDonald, Margaret R. (May 1955) The inactivation of dilute solutions of crystalline trypsin by X-radiation. II. Effects of enzyme concentration, medium, pH, and temperature. J Gen Physiol., 38 (5). pp. 581-598.
McDonald, Margaret R., Moore, E. C. (1955) The inactivation of dilute solutions of crystalline trypsin by X-radiation. III. The role of hydrogen peroxide and hydroxyl radicals. Radiation Research, 2 (5). pp. 426-430.