still calcium only
The Brain needs 4 things to function: * Glucose * Blood * Oxygen * And Calcium The Brain needs 4 things to function: * Glucose * Blood * Oxygen * And Calcium
If calcium is deposited in the brain it is not by glands but a result of inflammation. It would not be cancerous because it is not a result of malignant cells metastasizing; which is how cancer is defined.
well it gives you brain power and is very good for your muscles and if you've got white patches on your nails it means that you need more calcium..
N. Ulfig has written: 'Calcium-binding proteins in the human developing brain' -- subject(s): Molecular neurobiology, Calcium-binding proteins
TSH or Thyroid Stimulating Hormone,which is released from the pituitarygland in the brain, stimulates the C cells in the thyroid gland to produce calcium. If too much calcium is in the blood there is possibly an oversecretion of TSH from the pituitary gland.
Hypercalcemia is too much calcium in the blood. Calcium is important to many body functions including: Bone formation, Hormone release, Muscle contraction, Nerve and Brain function.
When a nerve impulse (action potential) arrives at a synapse, calcium ions are absorbed into the neuron. they stimulate the synaptic vesicles, containing neurotransmitter, to fuse with the cell membrane and release the neurotransmitter into the synapse.
Sensory nerves in your finger trigger minute electrical impulses which travel to your brain. Your brain then interprets those impulses as one thing or another and you say, "Hmm, that's what calcium metal feels like."
fish oil make you smart because of all the protein calcium and minerals for your body and brain
Careful balance of oxygen, carbon dioxide, sugar (glucose), sodium, calcium, potassium, and other substances must be maintained in order to avoid damage to brain tissue.
In order for a muscle to contract, the brain sends a nerve impulse to the muscle it wants to contract. The nerve impulse triggers the potassium inside the muscle fiber cell to switch places with the calcium outside the cell wall, thereby feeding the cell and contracting the muscle. A second nerve impulse from the brain triggers the calcium to switch places with the potassium, releasing the contracted muscle.
Calbindin is primarily found in the brain, particularly in regions such as the cerebellum and hippocampus, where it plays a crucial role in calcium signaling and neurotransmission. It is also present in the intestines, kidneys, and certain types of muscle, where it helps regulate calcium homeostasis and absorption. Additionally, calbindin is involved in the development and function of various tissues by modulating calcium levels.