Genetic

MITOSIS AND MEIOSIS Name Institution Affiliation Course Date of Submission Mitosis and Meiosis Biotechnology has revolutionised for the last 60 years from the basic techniques to more advanced ones giving scientist a more comprehensive understanding of the bio processed. Understanding mitosis and meiosis has been revolution by the use of modern technologies. These are mostly in form of microscopes. Furthermore, the use of automated time-series approach is used to measure the changes in mitosis and interphase stages. With this method, processing time is reduced and generation of training sets is not necessary as compared to Mendel`s supervision method which was time consuming and also required generating data sets for training. Furthermore, only nuclear area and average intensity is needed for mitosis study compared to the many elements that Mendel needed during his first years of study (Nair, 2005).During his studies transition of mitosis was at times prevented by agents that also prolonged the process. Moreover, the new technique enhances accurate measurements of the frequency in cell divisions and the transition period between interphase and mitosis. New technologies bar these agents and therefore making the transition fast. In addition the use of cell culture is also used for growing cells in laboratory to study mitosis and meiosis. The processes of meiosis quite support Medel`s laws of segregation and that of independent assortment (Klare, 2001). His conclusion that each individual has only one of the two alleles of their parents is in line with meiosis. In meiosis, both paternal and maternal chromosomes get separated and the separated alleles joined up to form two gametes thus a successful copy of the allele whi...