<prompt> Please answer with one of the option in the bracket. Write reasoning in between . Write answer in between .Q:A group of scientists studying the properties of muscle cells in vitro decide to conduct an experiment to observe their distinguishing properties. 3 types of muscle cells isolated from human tissues are labeled as X, Y, and Z and placed in physiological solutions alongside controls X, Y and Z. Antibodies against the sarcoplasmic Ca2 ATPase are added to the solutions containing the experimental group and their cytosolic calcium concentration is compared with their corresponding controls 5 minutes after depolarization. Muscle type X is seen to have the highest cytosolic calcium concentration among the experimental and control groups 5 minutes after depolarization. Muscle types Y and Z, on the other hand, are both observed to have lower, equal cytosolic calcium concentrations but higher than their corresponding controls. To distinguish between the 2 cell types, the scientists tag both cells with a compound capable of fluorescing titin and observes a luminescent pattern in muscle type Y under microscopy. Which of the following set of muscle cell types best describes X, Y, and Z respectively?? A: Skeletal muscle, smooth muscle, cardiac muscle, B: Cardiac muscle, smooth muscle, skeletal muscle, C: Skeletal muscle, cardiac muscle, smooth muscle, D: Smooth muscle, skeletal muscle, cardiac muscle, E: Smooth muscle, cardiac muscle, skeletal muscle,  <response>: Based on the information provided in the question stem, muscle type X has the highest cytosolic calcium concentration after depolarization, indicating it is a skeletal muscle cell. Muscle types Y and Z have lower but equal cytosolic calcium concentrations, but Y fluoresces when tagged with a compound that binds to titin, suggesting Y is a cardiac muscle cell. By process of elimination, muscle type Z must be a smooth muscle cell.C: Skeletal muscle, cardiac muscle, smooth muscle 