The brain doesn't have pain receptors.
That would be Jane but she does not cause pain to the brain, she inflicts pain on to others with just a glance not to the brainhOpE ThAt AnsWeRs YouR quEStioN
No, normally pain medication can not cause blood clots in your brain.
The brain itself has no pain receptors but the skin and bone of the skull do. It could damage a part of the brain and cause something similar to a stroke.
The brain itself is what makes you feel pain. However, the brain itself does not have pain receptors itself. This is why patients can be conscious during neurosurgeries.
Benign brain tumors do not infiltrate nearby tissues but can cause severe pain, permanent brain damage, and death
Yes, a brain tumor can cause dull pain or sharp pain in the temple area. Other symptoms include seizures, hearing loss, vision loss, and fatigue.
They either kill the bacteria that cause the illness, or they are killing the pain you would have from the illness
Pain is a subjective experience and can be felt on either side of the brain. It is not exclusive to one side only. If someone is experiencing pain on the left side of their brain, it could be due to a variety of factors such as migraine, tension headache, or neuralgia. It's important to consult a healthcare professional to determine the cause of the pain.
no it is not cause surgeons can touch the brain and ask patients questions when their wide-awake while they are getting brain surgery!
Severing the nerve blocks the ability of pain signals to reach the brain. Therefore, the brain can not sense pain.
Tumor growth in brain will cause pressure/ damage to neighboring cells which may cause agonizing pain/paralyzing effect on any part of the body.
No. If the brain is already exposed, it would have no sensation. But, if you poke a stick through your skull, the pain would be extreme, as the stick would pass through the overlying skin, multiple nerve endings in the epidermis and dermis, as well as in the bony skull, itsefl, and also on the inside of the skull, before reaching the cerebrum.