Respuesta :
The challenges that scientists who want to study particular genes face are as follows:
1. There are many genes on a typical chromosome - A chromosome typically contains hundreds to thousands of genes.
2. A small fraction of each chromosome encodes genes - Genes only make up a small percentage of the genome; the rest is composed of non-coding sequences.
3. It is difficult to distinguish between genes and non-coding genetic information - discriminating between coding and noncoding regions in a given nonannotated genomic sequence is quite difficult.
1. There are many genes on a typical chromosome - A chromosome typically contains hundreds to thousands of genes.
2. A small fraction of each chromosome encodes genes - Genes only make up a small percentage of the genome; the rest is composed of non-coding sequences.
3. It is difficult to distinguish between genes and non-coding genetic information - discriminating between coding and noncoding regions in a given nonannotated genomic sequence is quite difficult.
Answer:
The difficulties that researchers who need to think about specific qualities confront .
Explanation:
1. There are numerous qualities on a normal chromosome. A chromosome typically contains hundreds to thousands of genes.
2. A little part of every chromosome encodes qualities .Genes just make up a little level of the genome; the rest is made out of non-coding successions.
3. It is hard to recognize qualities and non-coding hereditary data discriminating between coding and non-coding regions in a given non-annotated genomic arrangement is very troublesome.