Under a microscope you observe a tissue that appears to have long fibers that appear striated. the nuclei are pushed off to the side of the fibers. the tissue looks very vascular. what type of tissue are you observing?

A tissue that appears to have long fibers that appear striated, with the nuclei are pushed off to the side of the fibers is a Skeletal muscle.
The cells of a Skeletal muscle are large,long and cylindrical
and appear striated (banded)
They are also attached to bones

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victoronyino victoronyino · Answer 2 · 2019-07-31T11:10:12+02:00

I believe the correct answer is skeletal muscle tissue.

Explanation:

Skeletal muscles under a microscope are striated and their nucleus is not centered. This is to enhance the communication between different cells for coordinated functioning. They also are multi nucleic.

Further Explanation:

Skeletal muscles are the biggest class of muscles after cardiac and smooth muscles. They function as support and movement muscles and attach to bones via cartilages. An example of a striated muscle is the famous "six pack" scientifically refered to as the abdominus recti. It is an abdominal muscle and is a core muscle providing support and movement. They are striated to strengthen them because some of them need to be very flexible and extensible. Being multinucliate gives them the ability to contract independently and very fast to produce responses such as a reflex in times of danger. These muscles are all under the voluntary control of the individual but some like the diaghragm is involuntary and is controlled by the brain for breathing. It acts as involuntary when voluntary breathing is not available. Skeletal muscles also are tough and cover organs protecting them from mechanical damages or even chemical damages from the outside. They have special anatomical features that enable them to function properly. The cells of skeletal muscles are tightly packed and have musculoskeletal junctions and neuromascular junctions that they use to communicate from one cell to another to provide contraction of the muscle. At the neuromascular junction, they communicate with motor neurons that receive signals from the brain through the spinal cord. Signals from the brain are converted into nerve impulses that cause the production of acetylcholine at the synaptic cleft found at the axon terminal of the motor neuron and the end plate of the skeletal muscle. Acetylcholine is the neurotransmitter used for contraction of the skeletal muscles.

Learn more:

Learn more about neuromascular communication: https://brainly.com/question/13003557