Not exact matches
«Are you saying that women's hearts know how to pump
blood and their lungs can
exchange oxygen, but their uterus doesn't have a clue what to do when it is time to expel a baby?»
Heart rate,
blood lactate (BLa),
blood lactate threshold, maximal
oxygen consumption (V [Combining Dot Above] O2max), respiratory
exchange ratio, rating of perceived exertion, and time to fatigue were measured.
Proper breathing allows for better gas
exchange, fueling the brain with
oxygen and disposing of excess carbon dioxide from the
blood.
The main challenge for the team was the enormous complexity of the lung structure that provides the vital function of
oxygen and carbon dioxide
exchange with the
blood.
In the alveoli,
oxygen and carbon dioxide are
exchanged with
blood during respiration.
Also, one of the other changeable factors he talks about in the book is capillary density in the muscles... basically the number and density of the tiny
blood vessels where
oxygen and nutrient
exchange take place.
Elite athletes also have a higher overall
blood volume, enabling greater
oxygen transport and even more efficient gas
exchange at working muscles.
Altering the body position changes the load on the vertebral disks AND shifts the
blood distribution within the lungs, which facilitates better
blood -
oxygen exchange.
Part of this is due to magnesium's anti-inflammatory properties, as inflamed bronchioles can prevent the
exchange of
oxygen to the
blood.
Upon exiting the cold bath,
blood circulates faster through your extremities, increasing the rate of
oxygen and nutrient
exchange in the muscle tissue and removing waste, including lactate.
They fortify lung tissue and create an efficient
oxygen - to -
blood exchange by bringing
blood to the
oxygen rich upper chamber of our chest.
Your heart, your cat's heart, all hearts, regardless of their size are basically muscular pumps that function to provide continual flow of adequate amounts of oxygenated
blood and nutrition to every tissue in the body (the heart itself included) and then to return carbon dioxide - laden
blood back to the lungs to
exchange the carbon dioxide for
oxygen.
When that happens to a
blood vessel, whatever cells it was serving no longer get the benefit of nutrient /
oxygen exchange resulting in cell death.
This inflammation impairs both the dog's ability to breathe and to
exchange oxygen into the
blood.