At one point in human development, tissue connects the fingers, giving the hand a "webbed" appearance. Enzymes eventually destroy the cells of the webbing and the fingers separate. These enzymes are probably localized in the

LYSOSOMES

Explanation:

Human development is the science that seeks to understand how and why people of all ages change or remain the same over time.

Lysosomes are bounded by single membrane, and contain two or more hydrolases (enzymes). They are responsible for the degradation of a variety of macromolecules in the endomembrane system of animal cells.

Lysosomes plays a major role in the early development of the human hand. This begins as a solid structure in which lysosomes selectively destroy tissue to form the spaces between the fingers.

Since the destroying of the cells of the webbing and the fingers separate is done by lysosomal enzymes which are contained in the lysosomes, therefore, the enzymes that eventually destroy the cells of the webbing and the fingers separate are probably localized in the LYSOSOMES.

The question is incomplete,below is the complete question.

At one point in human development, tissue connects the fingers, giving the hand a "webbed" appearance. Enzymes eventually destroy the cells of the webbing and the fingers separate. These enzymes are probably localized in the

a. chromosomes

b. smooth endoplasmic reticulum

c. lysosomes

d. nucleus

e. vacuoles

The correct option is option C

LYSOSOMES

Explanation; The enzymes that destroy the cells of the webbing and the fingers are localized in the LYSOSOMES and this process if cell destruction is known as APOPTOSIS.

Apoptosis is a form of programmed cell death.It isan orderly process in which the cells contents are packaged into small packets or pouches of membrane for garbage collection by immune cells.It also removes cells during development, eliminates potentially cancerous and virus-infected cells, and maintains balance in the body.

after a the power stroke, adp is released, but the cross-bridge formed is still in place. atp then binds to myosin, moving the myosin to its high-energy state, releasing the myosin head from the actin active site.