midbrains, pons and medulla
actually check the spelling
The brain stem.
midbrains, pons.medulla
The "midbrain" is called the Mesencephalon, considered part of the brain stem. The following are connected to the "midbrain": tectum, tegmentum, ventricular mesocoelia, cerebral peduncles. The "midbrain" is made up of Gyrus (brain ridges) surrounded by one or more sulci (brain fissures or depressions). The structure of the brain is made up of Neurons. Neurons are made up of the following regions: Dendrite, soma, Nucleus, Axon, Myelin sheath, Node of Ranvier, Schwann cell, Axon Terminal. Consisting of similar materials as most cells (DNA...etc).
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
The brain stem is made up of the midbrain, pons, and the medulla oblongata. The brain stem is located next to the cerebellum.
The brain stem.
The Peripheral Nervouse System
the central nervous system is made up of the brain and the spinal cord
brain stem
When going from lower to higher animals a larger proportion of the brain is devoted to the cerebrum. The brain stem is made up of medulla and the cerebellum.
The spinal cord is attached to the brain stem located at the base of the brain. This stem is connected to the cerebellum.
midbrains, pons.medulla
Starting from the bottom and moving up: The Reticular formation, Medulla oblongata, and the Pons. In addition, the cerebellum is next to the brain stem behind the pons, which is why it is also referred to as the "hind brain".
The brain stem is necessary to control all involuntary functions in the human body. Signals are sent up and down the brain stem that tell your heart to beat and your lungs to breathe.
Brain stem
stem cells are special cells that can differentiate into any kind of human cell. The brain is made up of nerve cells which cannot regenerate. This means that a person with a brain or spinal chord injury is not able to heal. Theoretically, a doctor could induce these stem cells to grow into nerve cells in order to heal a person with a brain or spinal chord injury. In order to do this however they would need to be able to do a lot of research with stem cells first