Dynamic Interchanges between Isomers and Charged States of a Polyprotic, Tautomeric Molecule Impact the Growth of Biogenic Urate Crystals

Crystallization of organic or inorganic salts often occur in complex growth environments where the distribution of soluble species near the surfaces of charged crystals differs from that in bulk solution. In this study, we examine the growth of a biogenic organic salt, ammonium urate (NH<sub>4...

Full description

Saved in:

Bibliographic Details
Main Author:	Si Li (375535) (author)
Other Authors:	Eric Luna (22513211) (author), Qizan Chen (5373926) (author), Sungil Hong (11000777) (author), Giannis Mpourmpakis (1452985) (author), Jeetain Mittal (1281789) (author), Jeffrey D. Rimer (1510321) (author)
Published:	2025
Subjects:	Biophysics Biochemistry Ecology Developmental Biology Inorganic Chemistry Plant Biology Chemical Sciences not elsewhere classified Physical Sciences not elsewhere classified molecular dynamics simulations isomerization reactions leads diffuse double layer consider multiple aspects ab initio calculations five different species cationic ammonium ions ammonium ions diffuse tautomers ), leading situ experimental techniques minor tautomer leads solution ph using soluble species near complex growth environments two structural isomers charged crystals differs biogenic organic salt 4 </ sub growth medium reduces minor monovalent tautomer tautomeric molecule impact hu crystal surfaces minor tautomer soluble species tautomeric molecule hu crystals hu ), concerted experimental charged states crystal surface crystal structure ammonium urate solution conditions solution alkalinity bulk solution crystallization medium growth rate growth inhibitor growth environment unique trends theoretical approaches previously reported increasing alkalinity fewer defects electrostatic potential dynamic interchanges dynamic interchange divalent ion distinct trends concomitant effect
Tags:	Add Tag No Tags, Be the first to tag this record!

Dynamic Interchanges between Isomers and Charged States of a Polyprotic, Tautomeric Molecule Impact the Growth of Biogenic Urate Crystals

Similar Items