Not exact matches
But if someone
gets high all the time, he or she wears out the
nerve cells until the
brain has to shut things down, damming its dopamine flow,
and not just from drugs but from everything.
When the
nerves under the areola are stimulated, the
brain gets signals to release hormones for milk production
and distribution.
The
nerves in the nipple are needed to signal your
brain to release the oxytocin
and get your milk flowing.
So each
nerve spike inherently contains more information —
and your
brain can
get away with firing fewer of those energy - expensive spikes.
When patients had high levels of activated CaM kinase II floating around in their
brains,
nerve cells
got overstimulated,
and symptoms of OCD or a movement disorder could erupt.
In the current study, researchers found to their surprise that most of the
nerve cells in auditory cortex neurons that stimulate
brain activity (excitatory) had signaled less (had «weaker» activity) when the mice expected
and got a reward.
To map how the same sense can be perceived differently in the
brain, the NYU Langone team, led by postdoctoral fellow Kishore Kuchibhotla, PhD, monitored
nerve circuit activity in mice when the animals expected,
and did not expect, to
get a water reward through a straw - like tube (that they see) after the ringing of a familiar musical note.
Our studies help us to understand how the
nerve cells in the entorhinal cortex operate
and how electrical activities might
get interrupted in this area of the
brain.»
«The
brain at rest» is actually a hive of activity
and what it's doing is trying to sort out information that comes in; I mean this is another, another thing that made Marcus Raichle curious about this, is we know, for instance, that six million bits of data go flowing in through your optic
nerve from the environment around you,
and then only 10,000 of those bits actually
get to the
brain's visual processing area
and only a few hundred of those are involved in consciousness,
and you know, the conscious processing associated with that visual activity.
Using a technique that employs light to control
nerve cell activity, researchers in Professor Jeff Wickens» Unit inactivated a region of the
brain and showed that it caused the rats to behave more flexibly while trying to
get a reward.
The information gathered by your senses is transmitted by
nerve cells, or neurons, to specific
brain regions where the signal is routed through circuits
and sent downstream to areas that essentially translate the information into behavior
and get you back on track.
These
nerve cells do not normally regrow, so to improve vision, we must put back
nerve cells where previous ones were, link them up with the other retinal
nerve cells they normally
get information from,
and grow a fiber up to the
brain's next vision relay station.
We know, for instance, quite precisely which receptors in the
brain are responsible for changes in the functional connections between
nerve cells, the synapses; we also know the rules, when synapses
get stronger
and when they
get weaker.
What his group found is that not only does that promote axon regeneration all the way back down the
nerve, but in fact those axons go back to the right areas that they're supposed to
get to in the
brain — the right
brain nuclei —
and restore some measures of visual function.
And then the last thing is to make sure you're getting adequate vitamin b. Most people that are eating a healthy diet are getting adequate vitamin b but vitamin b is really important for proper brain function specifically folic acid and vitamin b12 helps to maintain the myelin sheath that insulates your neuro fibers so that allows more nerve impulses to travel more quickly down the ner
And then the last thing is to make sure you're
getting adequate vitamin b. Most people that are eating a healthy diet are
getting adequate vitamin b but vitamin b is really important for proper
brain function specifically folic acid
and vitamin b12 helps to maintain the myelin sheath that insulates your neuro fibers so that allows more nerve impulses to travel more quickly down the ner
and vitamin b12 helps to maintain the myelin sheath that insulates your neuro fibers so that allows more
nerve impulses to travel more quickly down the
nerve.
A. Folate / folic acid (B9)- Mouth sores
and pale skin B. Inositol - Poor
brain function, hair loss, high LDL,
and eczema C. Vitamin A-Dry eyes, dry skin, bright lights at night bothersome, trouble distinguishing between blues
and purples D. Vitamin B1 (Thiamine)- Loss of appetite, pain in limbs swollen feet or legs E. Vitamin B2 (Riboflavin)- Anemia,
nerve damage, sluggish metabolism, sore throat F. Vitamin C - Bruising, bleeding gums, fatigue, loss of appetite G. Vitamin D - Thin or brittle bones, joint pain, fatigue, depression,
getting sick often, impaired wound healing H. Vitamin E-Muscle weakness, Abnormal eye movements, vision problems I. Vitamin K2 - Easy bruising, excessive bleeding from wounds, blood in urine or stool
I was fortunate enough to
get to know Erin earlier this year, both as a speaker (I talked about grass - fed red meat
and tryptophan)
and by listening to her interview many wonderful
brain experts like Alex Doman (who talked about music therapy for vagus
nerve rehab).
Accident / traumatic
brain injury
and atrophic injury (not being able to
get nutrition to the
brain and nerves)
hello I am Michael ween I was born I had a
brain ingery a birth strock
and almost died from the bleeding
and I am blind in my tight eye the optic
nerve got pinched at birth I am not here often but you can email me
«If they don't
get enough when they're a puppy, then
nerves and the
brain may not develop,» says Jones, the Atlanta veterinarian.
Rubbing the ears not only functions great as a distraction, you might notice your dog
get «high» on ear rubs, since dogs» ears contain a network of
nerve branches that release endorphins (some of the
brain's chemicals that make you calm
and relaxed) when massaged.