Experiments on quantitative traits in Drosophila
Drosophila quantitative trait experiments can be applied to: (1) characterize the inheritance of quantitative traits; and (2) learn to estimate inheritance.
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Computer simulations of genetic tests
To understand the principles and methods of simulating genetics experiments by computer. Through the simulation of the laws of free association and chain exchan
Sister chromatid differentiation staining experiment
Sister Chromatid Differential Staining (SCD) is a technique developed in the 1970s that allows the two chromatids of the midtelomeric chromosome to be colored d
Bifactorial experiments in Drosophila
Through experiments to properly understand the essence of the law of segregation, to master the hybridization technique of Drosophila, and to learn to record th
Morphology and life cycle of the fruit fly and its feeding experiments
Drosophila has a short life history, high reproduction rate, easy rearing and other characteristics, is a good material for the study of genetics. Through this
Chromosome preparation experiments in the salivary gland of Drosophila melanogaster
Techniques for stripping salivary glands of larvae such as Drosophila and methods for making salivary chromosome specimens, and observations for characterizing
Experiments on companion inheritance in Drosophila
Through this experiment to correctly recognize the difference between orthogamy and transgamy of companion inheritance, and to master the characteristics of com
Three-point assay in Drosophila
This experiment requires students to master the principles and methods of plotting genetics graphs, learn how to process data for experimental results, and furt
Experimental detection of micronuclei in the root tip of fava bean
This experiment will help you to understand the various types and principles of chromosome aberrations and to understand the general methods of monitoring envir