It honestly actually does feel like jelly, however it is really slippery. The one i was dissecting was pretty delicate too, it mushed up a bit when i was too rough.
You are nerve tissue. Nerve tissue transmits messages from sensory receptors to the brain, allowing you to feel sensations like scratching your finger.
Brain tissue refers to the mass of nerve cells and supporting structures that make up the brain. It is composed of neurons, glial cells, blood vessels, and connective tissue, all working together to facilitate brain function. Brain tissue is responsible for processing information, controlling bodily functions, and regulating emotions and behavior.
Yes, the human brain itself does not feel pain because it lacks pain receptors. However, surrounding structures like blood vessels and membranes can feel pain.
Nervous tissue sends messages from the brain to the rest of the body. It consists of neurons that transmit electrical signals to communicate information throughout the body.
No, the brain itself cannot feel pain because it lacks pain receptors. However, surrounding structures like blood vessels and membranes can feel pain, leading to headaches and other discomforts.
Parenchyma is a term often used as a synonym for brain cells or brain tissue that sounds like arenchyma. It refers to the functional tissue of an organ, in this case, the brain.
You are nerve tissue. Nerve tissue transmits messages from sensory receptors to the brain, allowing you to feel sensations like scratching your finger.
brain tissue?!?!?!
Pain is caused when nerve endings are exposed - they signal to the brain that there is damage to the skin and tissue, and we feel that as pain.
Only the brain will have brain tissue
brain tissue LOL this is true
You have nervous tissue mainly found in your brain. This tissue originates from ectoderm.
feals spongy
Nervous (nerve) tissue.
It can be called brain tissue, cerebral tissue or neural tissue (although the latter phrase can refer to nerve tissue anywhere in the body, and not just in the brain).
neuroplasticity
connective tissue