Most homologous pairs look alike. They carry genes for the same characteristics and line up on the chromosome in the same order!
Most homologous pairs look alike. They carry genes for the same characteristics and line up on the chromosome in the same order!
Most homologous pairs look alike. They carry genes for the same characteristics and line up on the chromosome in the same order!
Most homologous pairs look alike. They carry genes for the same characteristics and line up on the chromosome in the same order!
Most homologous pairs look alike. They carry genes for the same characteristics and line up on the chromosome in the same order!
Most homologous pairs look alike. They carry genes for the same characteristics and line up on the chromosome in the same order!
Inversion is the process that changes the order of genes on a chromosome without altering the number of genes. It involves a segment of the chromosome being flipped in orientation. This can result in changes in gene expression and potentially lead to genetic disorders.
Genes are located along the length of chromosomes, which are organized into pairs in most cells. Each chromosome pair contains genes at specific locations called loci. The order of genes along a chromosome is known as the gene sequence.
The correct order is XY, where X represents the larger chromosome and Y represents the smaller, sex-determining chromosome.
There is no thumb rule for the order of the genes in genome! and I cant understand the second question.
A chromosome map is a diagram that shows the linear order of genes on a chromosome. This would display whether two traits are close to each other therefore being displayed together. The percentage of this frequency of these traits crossing over together are called map units.
In mice, hox genes are organized in a cluster on the chromosome and are expressed in a specific order that correlates with their position on the cluster. In fruit flies, hox genes are also organized in a cluster but are regulated by different transcription factors and signaling pathways compared to mice. Fruit flies have fewer hox genes compared to mice, and their expression patterns are more influenced by the body segment they control.