Multiple Choice
How would you best explain the relationship between number of Hox genes and animal body complexity?
A) Different Hox genes are expressed in different regions of the body.
B) Hox genes have duplicated several times during animal evolution,but they are not responsible for an increase in body plan complexity.
C) An increase in the number of Hox genes allows for greater specialization in different body regions.
D) An increase in the number of Hox genes meant that fewer regulatory genes could be controlled in a species.
E) As the number of Hox genes increases,the number of genes encoding proteins for appendage development decreases.
Correct Answer:

Verified
Correct Answer:
Verified
Q13: A tick population in a rural,wooded area
Q14: Frogs "croak" at night to lure females
Q15: Two species of salamander have similar ranges
Q16: What is true of Hox gene complexes
Q17: Adaptive radiation is likely to have been
Q19: Your senior thesis project involves working out
Q20: If two populations are geographically restricted groups
Q21: You discover a new species of lily
Q22: Sympatric speciation differs from allopatric speciation because
Q23: During spring time in Maine,male moose often