Answer:
Cold temperature and higher pH cause the oxygen-hemoglobin saturation curve to shift high reflecting that hemoglobin releases more oxygen.
Explanation:
In higher pH i. e. neutral or alkaline and low body temperature, the hemoglobin molecule attach more oxygen to their active sites. When the temperature of the blood increases, the hemoglobin stops or reduces the binding of oxygen to their active sites and lower the saturation level. Oxygen-hemoglobin saturation level refers to the amount of oxygen binds with the hemoglobin. This saturation decreases with increase in temperature and lower pH while saturation level increases when the temperature of the body is lower and pH is high.
Genetic engineering is the process of manipulating the genes and therfor the traits of an organism
we already genetically engineer our plants so they are stonger, faster, and produce better (better looking, better tasting, etc) fruit/food.
we might possible be able to genetically engineer humand or babies to controll the traits we want (do you want your baby to be good at this)
basically genetic engineering is normally used to change theh current state of something so that it is more suited for the job that you intend for it
<span>In the liver, bile salts
are formed. <span>Because
of their low surface tension, this contributes to the emulsification of fats found
in the intestine and their absorption from the GI tract. These are bile’s
components. It is because of the bile salts which give bile the ability to
emulsify, mix, lipid in the aqueous environment in the intestine. Bile is the
one responsible for the efficient digestion of lipids. Bile is secreted in the
gallbladder down to the small intestine. It then breaks dietary fats into
smaller particles called emulsification in the small intestine. The bile’s
function is in the completeness of the digestion and absorption of fat. </span></span>
Reforestation is the natural or intentional restocking of existing forests and woodlands
