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  1. Determination of betaine content in plants Betaine is a widely distributed cytocompatible substance, and many plants accumulate large amounts of betaine in their cells under salinity and drought stress,
  2. Multiplex telomere fluorescence in situ hybridization assay The multiple telomere FISH technique described in this chapter is the Chromoprobe Multiprobe-T system developed by Cytocell, which uses a microscope slide divid
  3. Plant polyploid artificial induction experiment Plant polyploids are plants that have more than three sets of chromosome sets per cell. Common plants in nature are mostly diploid, and research has found some
  4. Fluorescent genotyping screening for tiny subtelomeric rearrangement assay Our results strongly support the notion that microtelomeric rearrangements play a very important role in spontaneous mental retardation (approximately 12% in ou
  5. Experimental application of fluorescence in situ hybridization in the preimplantation diagnosis of aneuploidy Pre-implantation Genetic Diagnosis (PGD), as a major new method of preventing genetic disorders, avoids the need for prenatal diagnosis and the possibility of t
  6. Experimental molecular detection of uniparental diploids Uniparental diploid (UPD) cells can have a normal cytogenetic karyotype but an imbalance in parental contributions. The diagnosis of uniparental diploidy involv
  7. Experiments on the effect of environment on gene expression in Drosophila Many aspects of phenotype are influenced by the genetic composition of an organism and the environment in which it lives, so it can be said that phenotype is a
  8. Observational experiments on Bartlett's microsomes in human cells M.L. Barr et al. were the first to find a darkly stained vesicle in the interphase nucleus of nerve cells in female cats, but not in male cats. Since this vesic
  9. Culture of human peripheral blood lymphocytes and chromosome preparation experiments Source: Laboratory Course in Genetics
  10. Meiosis mapping experiment Currently, genetic mapping techniques can be used as a way to monitor the means of genomic manipulation, which needs to be realized through the use of molecular
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