The technique known as 'chromosome painting' in which a single chromosome is painted a unique fluorescent color by base pairing it to labelled pieces of complementary Various chromosome rearrangements such as deletion, duplication, inversion, and translocation of these which of these rearrangements would show up as multicolored chromosomes?
In situ hybridization methods are being used to see the DNA (visualization of chromosomes under microscope). Different probes can be used in this method to see the chromosomes (using fluorescent probes) particular any sort of chromosomal aberration like additon, deletion, inversion or translocation. In situ hybridization, can be visualized using a fluorescent microscope or confocal microscope, which provides an excellent image quality under laser light (red, blue and green laser light). This method can be used for detection of RNA sequences also.
The technique known as 'chromosome painting' in which a single chromosome is painted a unique fluorescent...
macmilan learming geneticist identify with the G-banding technique? Which mutations can a a nonsense mutation introducing a premature stop codon into a gene on chromosome 5 a single nucleotide substitution in which T replaces G on chromosome 2 a deletion of half of the long arm of chromosome 20 the long arms from two homologous chromosomes undergo a translocation an inversion of the short arm of chromosome 18
QUESTION 2 Which type of chromosome abnormality would be most likely to result in the least severe phenotype? a. A duplication of 1/4 of a chromosome b. A monosomy G. A trisomy d. A deletion of 1/4 of a chromosome e. A balanced Translocation QUESTION 3 A woman with albinism (an X-linked recessive gene) has a child with a man who has normal pigment. Their child is heterozygous for albinism with Klinefelter's syndrome (XXY). Where did the non-disjunction event occur?...