the gene sequence of a chromosome is HIJKL.MNOPQ. what chromosome change resulted in the following sequence of the chromsome? HIJKNM.LOPQ
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Hiiii..........
where is ur rest sequence.....?
..sequnces are.
■■■■■ (a) HIJKNM.LOPQ-(translocation).
-----In this case, the first part of the gene sequence (“HIJK”) remained unchanged, but all the next “nucleotides” were changed to another sequence. In genetics, it can be in case of translocation, where two non-homologous chromosomes are exchanging their parts with each other and it can in some cases it can cause genetic diseases.
■■■■(b) HIJKL.MNONOPQ-(Duplication).
----In this case, duplication of the “NO” part is occurred. All the rest sequence is the same.
■■■(c) HIJKLLK.MNOPQ-( Inversion)
---In genetics, this type of chromosome rearrangement could be named as “inverted duplication”. It means that the “KL” part of sequence was duplicated, and this duplicated part was inverted. This is a quite common CNV (copy number variation) in a genome.
(d) HIJKL.MNCDEFG -(translocation).
---In this case, same as in the 1st one, translocation appeared, the region “HIJKL.MN” remained the same, but the part of another chromosome can be observed in this sequence.
....@@@@@ARPzh
where is ur rest sequence.....?
..sequnces are.
■■■■■ (a) HIJKNM.LOPQ-(translocation).
-----In this case, the first part of the gene sequence (“HIJK”) remained unchanged, but all the next “nucleotides” were changed to another sequence. In genetics, it can be in case of translocation, where two non-homologous chromosomes are exchanging their parts with each other and it can in some cases it can cause genetic diseases.
■■■■(b) HIJKL.MNONOPQ-(Duplication).
----In this case, duplication of the “NO” part is occurred. All the rest sequence is the same.
■■■(c) HIJKLLK.MNOPQ-( Inversion)
---In genetics, this type of chromosome rearrangement could be named as “inverted duplication”. It means that the “KL” part of sequence was duplicated, and this duplicated part was inverted. This is a quite common CNV (copy number variation) in a genome.
(d) HIJKL.MNCDEFG -(translocation).
---In this case, same as in the 1st one, translocation appeared, the region “HIJKL.MN” remained the same, but the part of another chromosome can be observed in this sequence.
....@@@@@ARPzh
ARPzh:
i think it will helps..u
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