Babies with tetrology of fallot have poor oxygen-saturated blood due to pulmonary stenosis and right ventricular outflow tract obstruction. In blood with normal oxygen levels carbohydrates break down into water and carbon dioxide but in blood with low oxygen levels carbohydrates break down for energy and make lactic acid.
This component of tetralogy of fallot is known as right ventricular hypertrophy. It is caused by the fact that the right ventricle, which transports oxygenated blood to the atrium, is working harder to attempt to get more of that blood to the rest of the body. Since the heart is a muscle, it will get thicker as it works harder.
In normal conditions, blood is pumped to the body by the left side of the heart while the right side pumps it to the lungs. Because of the tetralogy of fallot, the hole between the right and left pumping chambers allows the blood to travel across the right and left ventricles but also out into the body artery.
their bodies tell them that they need more oxygen and so breathe faster to try and get the oxygen their body requires and depends on.
Yes, they will have normal babies.
In normal, unspoiled milk, there are no acids found. As milk starts to spoil, lactic acid becomes the predominate acid.
yes.
because they don't have normal capabilities like normal babies do..
because they don't have normal capabilities like normal babies do..
Babies are often weighed as they develop, and records kept to ensure weight gain is normal.
no
Lactic acid is not considered volatile at room temperature, as it is a non-volatile organic acid. Its vapor pressure is low, and it is unlikely to vaporize into the air at normal conditions.
Yes, little people can have normal babies.