The principle of determining relative enzyme activities by comparative kinetic microphotometryin situ D. PetteH. Reichmann Papers Pages: 531 - 534
Reaction rate measurements of proteases and glycosidases with chromogenic methods Martin RuhnkeReinhart Gossrau Papers Pages: 535 - 544
Methods of microphotometric assay of succinate dehydrogenase and cytochromec oxidase activities for use on human skeletal muscle Sally L. OldMargaret A. Johnson Papers Pages: 545 - 555
The use of continuous monitoring and computer-assisted image analysis for the histochemical quantification of hexokinase activity Gillian M. LawrenceA. Christopher H. BeesleyJohn B. Matthews Papers Pages: 557 - 564
The ‘nothing dehydrogenase’ reaction and the detection of ischaemic damage Wilma M. FrederiksFrans MarxGalja L. Myagkaya Papers Pages: 565 - 573
Cytophotometric analysis of reaction rates of succinate and lactate dehydrogenase activity in rat liver, heart muscle and tracheal epithelium Cornelis J. F. Van NoordenIlse M. C. Vogels Papers Pages: 575 - 583
In situ kinetic parameters of glucose-6-phosphate dehydrogenase and phosphogluconate dehydrogenase in different areas of the rat liver acinus Geertruida N. JongesCornelis J. F. Van Noorden Papers Pages: 585 - 594
Rapid continuous monitoring of enzyme activity in tissue sections: Experience with the M85A and Zeiss UMSP-30 systems R. B. LomaxA. DaglishW. R. Robertson Papers Pages: 595 - 599
Cytochemical analysis of single villus peptidase activities in pig intestine during neonatal development D. R. TiveyM W. Smith Papers Pages: 601 - 608
Enzyme reaction rate studies in electromotor neurons of the weakly electric fishApteronotus leptorhynchus Irene H. StraatsburgFrank De GraafWim Van Raamsdonk Papers Pages: 609 - 617
Plateau absorbance measurements: An alternative approach to enzyme activity determination illustrated by the example of alkaline phosphatase P. Van DuijnC. J. F. Van Noorden Papers Pages: 619 - 624