When strangled, the brain stem can be adversely affected due to a lack of oxygen (hypoxia) and blood flow (ischemia). The brain stem controls vital functions such as respiration, heart rate, and consciousness; therefore, strangulation can lead to loss of these functions, resulting in unconsciousness or death if the pressure is not relieved quickly. Prolonged strangulation can cause permanent brain damage or fatal outcomes due to the critical role the brain stem plays in maintaining life.
The brain stem plays a crucial role in regulating vital functions such as heart rate and breathing. In a recent study, researchers found that damage to the brain stem can lead to severe complications affecting motor control. Understanding the brain stem's functions is essential for neurologists treating patients with brain injuries.
Brain stem
cerebrum, cerebellum, and the brain stem
The brain stem stem could be called the "primitive part of the brain" because it was the first brain structure to evolve, and is responsible for our basic vital functions like breathing and heartbeat.
yes
Brain Stem
Brain Stem
Brain Stem
The spinal cord is attached to the brain stem located at the base of the brain. This stem is connected to the cerebellum.
Brain stem
Yes, it is basically the base of the brain; it is where the brain starts. The brain stem extends from the spinal cord into the brain and is the oldest (most primitive) part of the brain. Over time, the brain has developed on top of the brain stem to come to what it is today (in modern humans).
your brain stem or sensory neurons
The brain stem is the part that controls breathing, it is the stem that allows the respiratory system to work and help you breathe
The Brain stem connects these two portions of the brain.
The brain stem controls muscle movements. Even involuntary movements are controlled by the tiny brain stem. Without the use of your brain stem, you will not "remember" how to do the simplest task.
Medulla Oblongata is another name for the brain stem.
Prosencephalon.