Looking at some unknown muscle tissue under a microscope, you see cells that are not striated, are thick in the middle and tapered at the ends, and that create a sheet of tissue. What part of the body could this tissue have come from? (1 point)
The described muscle tissue with cells that are not striated, thick in the middle and tapered at the ends, and create a sheet of tissue is characteristic of smooth muscle tissue. Smooth muscle can be found lining the walls of organs and structures throughout the body, such as the gastrointestinal tract, blood vessels, and reproductive organs.
The muscle tissue described, which is not striated, thick in the middle and tapered at the ends, and creates a sheet of tissue, is most likely smooth muscle tissue. Smooth muscles are found in various organs throughout the body, such as the walls of blood vessels, the digestive tract, and the respiratory tract.
To identify the part of the body from which the unknown muscle tissue may have come, we need to analyze the characteristics mentioned. Let's break it down:
1. Not striated: This means that the muscle tissue lacks the characteristic striped appearance of skeletal or cardiac muscles. Non-striated muscle tissue is commonly referred to as smooth muscle tissue.
2. Thick in the middle and tapered at the ends: This description suggests that the cells in the tissue are spindle-shaped or fusiform. This shape is typical of smooth muscle cells, which are elongated in the middle and taper at the ends.
3. Creates a sheet of tissue: Smooth muscle tissue often forms sheets or layers that line the organs of the body. It can be found in various organs such as the walls of blood vessels, the digestive system (e.g., stomach, intestines), and the respiratory system (e.g., bronchi).
Based on these characteristics, the tissue you are observing is likely smooth muscle tissue. Given its sheet-like arrangement, it could potentially come from organs such as the stomach, intestines, or blood vessels. However, without further detailed information or additional analysis, it is difficult to determine the exact source of the tissue.