Research has found that ketosis can be neuroprotective (protecting
critical brain and nerve cells)... It can [also] help to «calm» brain activity by affecting neurotransmitters (biochemicals that help nerve cells communicate).
Not exact matches
because the stress hormones that are released from distressed crying, destroy
nerve connections in
critical portions of an infant's developing
brain and if repeated, can alter their
brain structure
and responses to stress into adulthood.
by Paroma Basu Scientists grow
critical nerve cells MADISON, WI — January 31, 2005 — After years of trial
and error, scientists have coaxed human embryonic stem cells to become spinal motor neurons,
critical nervous system pathways that relay messages from the
brain to the rest of the body.
Likewise, mouse microglia bioengineered to lack EP2 vastly outperformed unaltered microglia, in A-beta-challenged
brains, at such
critical tasks as secreting recruiting chemicals
and factors beneficial to
nerve cells
and in producing inflammation - countering, rather than inflammation - spurring, proteins.
In other words, spinal alignment is a
critical element in obtaining
and maintaining good health.1 Specifically, your spine houses
and protects your spinal cord
and 31 pairs of spinal
nerves, the lengthy cord - like extension of your
brain and the primary branches extending from that main trunk.
In parallel, it is becoming very clear that cholesterol is pervasive in the
brain,
and that it plays a
critical role both in
nerve transport in the synapse
and in maintaining the health of the myelin sheath coating
nerve fibers.
For example, fats are
critical for
brain and nervous system function because the myelin (a sheath around
nerve fibers that that electrical impulses are transmitted) is made of essential fatty acids.
Effects on
Brain Development from Terbutaline, Pesticides Both chemicals independently caused brain injuries not seen in the control rats, including the loss of brain cells and the nerve cell projections critical to communication among neurons; and the effects persisted into adult
Brain Development from Terbutaline, Pesticides Both chemicals independently caused
brain injuries not seen in the control rats, including the loss of brain cells and the nerve cell projections critical to communication among neurons; and the effects persisted into adult
brain injuries not seen in the control rats, including the loss of
brain cells and the nerve cell projections critical to communication among neurons; and the effects persisted into adult
brain cells
and the
nerve cell projections
critical to communication among neurons;
and the effects persisted into adulthood.