BIOMAT Database Logo BIOMAT Database Logo

Computer-controlled apparatus for automated development of continuous flow methods. 1989

P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Department of Chemistry University of British Columbia Vancouver V6T 1Y6 Canada.

An automated apparatus to assist in the development of analytical continuous flow methods is described. The system is capable of controlling and monitoring a variety of pumps, valves, and detectors through an IBM PC-AT compatible computer. System components consist of two types of peristaltic pumps (including a multiple pump unit), syringe pumps, electrically and pneumatically actuated valves, and an assortment of spectrophotometric and electrochemical detectors. Details of the interface circuitry are given where appropriate. To demonstrate the utility of the system, an automatically generated response surface is presented for the flow injection determination of iron(II) by its reaction with 1,10-phenanthroline.

UI MeSH Term Description Entries

Related Publications

P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
[Development and evaluation of continuous-flow apparatus with spectrophotometer for fast reaction].
June 2001, Guang pu xue yu guang pu fen xi = Guang pu,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Development of an automated computer-controlled islet isolation system.
January 1997, Cell transplantation,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Development of an automated computer-controlled islet isolation system.
June 1997, Transplantation proceedings,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Test procedures for continuous-flow anaesthetic apparatus.
January 1985, Journal of medical engineering & technology,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Computer controlled automated radioimmunoassay.
September 1975, Laboratory practice,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Development of a laboratory robotic system for automated bioanalytical methods--II. A robot computer program for guarding totally automated bioanalytical methods.
January 1990, Journal of pharmaceutical and biomedical analysis,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Automated development of a kinetic method for the continuous-flow determination of creatinine.
December 1978, Clinical chemistry,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Development of an automated flow-based spectrophotometric immunoassay for continuous detection of zearalenone.
May 2020, Biotechnology and applied biochemistry,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Automated continuous-flow radioimmunoassay for salivary estriol.
October 1984, Clinical chemistry,
P D Wentzell, and M J Hatton, and P M Shiundu, and R M Ree, and A P Wade, and D Betteridge, and T J Sly
Continuous flow bead-bed dissolution apparatus for suppositories.
June 1981, Journal of pharmaceutical sciences,
Copied contents to your clipboard!