Prof Allen Rodgers
- Associate Editor UROLITHIASIS (2010—present)
- Fellow of the Royal Society of South Africa (2011)
- Lifetime Fellow of University of Cape Town (2004)
- Emeritus Professor & Senior Research Scholar (2002—present), University of Cape Town, RSA
- Professor and Head of Department of Chemistry (2002—2011), University of Cape Town, RSA
- Professor (1997—2001), University of Cape Town, RSA
- Associate Professor (1987—1997), University of Cape Town, RSA
- Senior Lecturer (1982—1986), University of Cape Town, RSA
- Lecturer (1976—1981), University of Cape Town, RSA
- BSc Honours (1967), MSc (1969), PhD (1974), University of Cape Town, RSA
My research focuses on the physicochemical and biochemical risk factors associated with the formation of kidney stones. This research area lends itself very well to initial computer modelling followed by laboratory investigation because the fundamental laws of physical chemistry pertaining to solubility, saturation, supersaturation, chemical kinetics, chemical equilibrium, precipitation and crystallization, are appropriate. Application of these concepts in crystallization processes in urine provides insights into the physicochemical factors which influence stone initiation and growth and gives direction for the development of treatment protocols. My research investigates conservative dietary and supplemental interventions for reducing the risk of stone development. Nutrients and supplements of interest are polyunsaturated fatty acids, phytate, mineral waters, pomegranate, green teas, vitamin E, and traditional herbal dietary agents and stone medications.
Although stone disease occurs in the white population to the same extent as elsewhere in western societies, it is rare in the black population. Investigation of this phenomenon is another research focus of mine.
I have successfully supervised 30 MSc and PhD students in this field.
- Rodgers A. Race, ethnicity, and urolithiasis: a critical review. Urol Res 2013, 41:99-103
- Rodgers A. Urinary saturation: Casual or causal risk factor in urolithiasis. BJU International 2014, 114:104-110
- Rodgers A. Physicochemical mechanisms of stone formation. Urolithiasis 2017,45: 27-32
- Fakier S, Rodgers A, Jackson G. Potential thermodynamic and kinetic roles of phytate as an inhibitor of kidney stone formation: theoretical modelling and crystallization experiments. Urolithiasis: 2019,47:493-502
- Rodgers A, Cele P, Ravenscroft N, Edmonds-Smith C, Jackson G. Theoretical and laboratory investigations of the effects of hydroxyproline ingestion on the metabolic and physicochemical risk factors for calcium oxalate kidney stone formation in a small group of healthy subjects. Int Urol Nephrol 2019, 51: 1121-1127
- Rodgers A, Siener R. The Efficacy of Polyunsaturated Fatty Acids as Protectors against Calcium Oxalate Renal Stone Formation: A Review. Nutrients. 2020; 12(4):1069