in a developing embryo, what process allows cells of the mesoderm to give rise to muscle, bone, and heart tissues?
select one:

a. cell differentiation

b. cell depolarization

c. cellular respiration

d. cellular replication

a. cell differentiation

Explanation:

The mesoderm is an embryonic leaflet formed during animal embryonic neurulation that has three embryonic leaflets (called triploblasts). It is located between the other two leaflets, the endoderm and the ectoderm and, through cell multiplication and differentiation, the mesoderm gives rise, for example, to the skeleton, muscles, circulatory system, cardiac tissues, excretory and reproductive system.

Cell differentiation consists of a set of processes that transform and specialize embryonic cells. After these transformations, their morphology and physiology are defined, which make them capable of performing a certain function.

all answers true and false

explanation:

there’s no image attached but i can if you want: )