Journal of Microscopy · 1987 · 11 citations · 19 references
Life SciencesBiochemistryBioenergeticsBioseparationsTissue EngineeringAcid-base BalanceDialysate CompositionBuffer CapacityBuffer SolutionsBuffer SystemsBuffering CapacityFixative BufferingGlutaraldehyde FixationPh Buffering CapacityPh Effects On Fixation
SUMMARY The pH of sixteen different buffer vehicles is lowered by the addition of glutaraldehyde. This is the case even if the concentration of the buffer is as high as 0.2 m and that of the glutaraldehyde as low as 2%. Graphs are given which make it possible to determine which buffer has the highest buffering capacity at pH‐values between 6.5 and 8. Graphs illustrating the influence of concentrations of glutaraldehyde between 1% and 5% on the dissociation constant of these buffers make it possible to formulate a glutaraldehyde‐based fixative in which an optimally‐buffered vehicle can contribute to the attainment of an osmotically‐balanced fixative.
19
CYTOCHEMISTRY AND ELECTRON MICROSCOPY
David D. Sabatini, Klaus G. Bensch, Russell J. Barrnett · The Journal of Cell Biology · 1963 · 4.1K citations · Full text
Hydrogen Ion Buffers for Biological Research<sup>*</sup>
Norman E. Good, G. Douglas Winget, Wilhelmina Winter et al. · Biochemistry · 1966 · 2.7K citations
<i>s</i>-Collidine as a Basis for Buffering Fixatives
H. Stanley Bennett, John H. Luft · The Journal of Cell Biology · 1959 · 730 citations · Full text
Hydrogen ion buffers for biological research
Wilfred J. Ferguson, Karen Braunschweiger, Walter R. Braunschweiger et al. · Analytical Biochemistry · 1980 · 469 citations