Translocations of MLL, which regulates these genes in humans, often cause aggressive, fatal leukemias in children. Many of these proteins prefer to bind DNA that contains the sequence TAAT. In many organisms, these genes are expressed in the same order as they appear on the chromosome. They are regulated by gap and pair-rule genes in Drosophila, who possess eight of these genes. Antennae and limbs grow in their proper places because of, for 10 points, what genes that control the anterior-posterior axis of a developing animal, which are a subset of 'homeobox' genes?
Translocations of MLL, which regulates these genes in humans, often cause aggressive, fatal leukemias in children. Many of these proteins prefer to bind DNA that contains the sequence TAAT. In many organisms, these genes are expressed in the same order as they appear on the chromosome. They are regulated by gap and pair-rule genes in Drosophila, who possess eight of these genes. Antennae and limbs grow in their proper places because of, for 10 points, what genes that control the anterior-posterior axis of a developing animal, which are a subset of 'homeobox' genes?
Translocations of MLL, which regulates these genes in humans, often cause aggressive, fatal leukemias in children.