An interactive computer-assisted learning program to teach, by investigation, the characteristics of transport of nutrients by the rat small intestine, is described.
AlvaradoF. (1966). Transport of sugars and amino acids in the intestine: evidence for a common carrier.Science (New York)151, 1,010–1,013.
2.
BrownG.J., CollinsG.G.S., DewhurstD.G., and HughesI.E. (1988). Computer simulations in teaching neuromuscular pharmacology: time for a change from traditional methods?ATLA16, 163–174.
3.
ClarkeK.A. (87). The use of microcomputer simulations in undergraduate neurophysiology experiments.ATLA14, 134–140.
4.
ClarkeK.A. (1988). Microcomputer simulations of mechanical properties of skeletal muscle for undergraduate classes.ATLA15, 183–187.
5.
DewhurstD.G., BrownG.J., and MeehanA.S. (1988a). Computer simulations: an alternative to the use of animals in teaching?Journal of Biological Education22, 19–28.
6.
DewhurstD.G., BrownG.J., and MeehanA.S. (1988b). Microcomputer simulations of laboratory experiments in physiology.ATLA15, 280–290.
7.
DewhurstD.G., MeehanA.S., WilliamsA.D., and WoodsD. (1989). A CAL program to teach the basic principles of genetic engineering: a change from the traditional approach.Journal of Biological Education23, 218–222.
8.
DewhurstD.G., BrownG.J., MeehanA.S., and MeehanM.J. (1990). Using the BBC microcomputer to teach the electrocardiogram to biology students.Journal of Biological Education24, 13–17.
9.
DewhurstD.G., and HowellsC. (1990). A computer simulation of the cat nictitating membrane preparation (in vivo) for teaching undergraduate pharmacology students.ATLA17, 291–300.
10.
DewhurstD.G., and WilliamsA.D. (1991). A CAL program to teach the principles of the laboratory determination of red blood cell indices.Journal of Biological Education, 25, 187–192.
11.
DewhurstD.G., and UllyottR.T. (1991). Computer simulated demonstration of the actions of drugs on the isolated perfused mammalian heart (Lang-endorff preparation).ATLA19, 316–322.
12.
DewhurstD.G., HardcastleJ.E., HardcastleP.T., and WilliamsA.D. (1992). A computer simulation to teach the principles of nutrient transport in the small intestine.British Journal of Pharmacology, Proceedings Supplement, 105, 314P.
13.
HughesI.E. (1984). The use of computers to simulate animal preparations in the teaching of practical pharmacology.ATLA11, 204–213.
14.
HughesI.E. (1987). Computer simulation of cardiovascular responses in in vivo preparations.British Journal of Pharmacology, Proceedings Supplement, 90, 290P.
15.
NeweyH., and SmythD.H. (1964). Effect of sugars on intestinal transfer of amino acids.Nature (London)202, 400–401.
16.
WilsonT.M., and WisemanG. (1954). The use of sacs of everted small intestine for the study of the transference of substances from mucosal to serosal surfaces.Journal of Physiology123, 116–125.