Author(s) Details:
Rabindra N. Roy
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Lakshmi N. Roy
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Blake M. Bodendorfer
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Zachary M. Downs
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Stephen D. Rocchio
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Joshua T. Wollen
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Jessica M. Stegner
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Isaac B. Henson
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Nicholas W. Grove
Hoffman Department of Chemistry, Drury University, Springfield, USA.
Lauren A. Dieterman
Hoffman Department of Chemistry, Drury University, Springfield, USA.
This section is a part of the chapter: Biochemical pH Buffer Standards of the Zwitterionic Buffer TES (N-Tris-(Hydroxymethyl) Methyl- 2-Aminoethanesulfonic Acid) from 5℃ to 55℃
The universally used NIST-certified physiological phosphate primary standard buffer solution has pH values of 7.415 and 7.395 at and , respectively. This phosphate buffer contains and . Because of problems associated with the current phosphate buffer we have been prompted to investigate some zwitterionic buffers including TES for use in the physiological pH range 6.5-7.5.
How to Cite
Roy, R. N., Roy, L. N., Bodendorfer, B. M., Downs, Z. M., Rocchio, S. D., Wollen, J. T., Stegner, J. M., Henson, I. B., Grove, N. W., & Dieterman, L. A. (2025). Biochemical pH Buffer Standards of the Zwitterionic Buffer TES (N-Tris-(Hydroxymethyl) Methyl- 2-Aminoethanesulfonic Acid) from \(5^{\circ}\)C to \(55^{\circ}\)C. Science and Technology: Developments and Applications Vol. 5, 15–28. https://doi.org/10.9734/bpi/stda/v5/3475