Use a safe, commonly found microbe to investigate and predict the effect of temperature on gene regulation and expression. | Expression of this particular gene is easily recognized by the production of a pigment which turns the bacteria colonies red for a striking visual demonstration of gene manipulation. Further investigations allow students to design their own experiments to identify other variables which may affect gene expression. | learn how to use aseptic techniques when culturing bacteria

SciEd Turning Genes On and Off Investigation; 40-Student Kit

62FD20-1093
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  • Use a safe, commonly found microbe to investigate and predict the effect of temperature on gene regulation and expression.
  • Expression of this particular gene is easily recognized by the production of a pigment which turns the bacteria colonies red for a striking visual demonstration of gene manipulation. Further investigations allow students to design their own experiments to identify other variables which may affect gene expression.
  • learn how to use aseptic techniques when culturing bacteria
Use a safe, commonly found microbe to investigate and predict the effect of temperature on gene regulation and expression. Expression of this particular gene is easily recognized by the production of a pigment which turns the bacteria colonies red for a striking visual demonstration of gene manipulation. Further investigations allow students to design their own experiments to identify other variables which may affect gene expression. Your students will: observe the varying colors of bacteria grown under different temperature conditions; explain why different bacterial colors are produced at different temperatures; infer the mechanisms involved in gene expression; understand the relationship between gene expression and environment; learn how to use aseptic techniques when culturing bacteria.

Product Weight: 0.350625 LB