Answer: Dress in proper clothes, be patient, don't be nervous
Explanation:
Answer:
The correct word to be fill in the blank is 'energy.'
Explanation:
Secondary active transport is a type of active transport, which involves transport of molecules or ions across the membrane against their concentration gradient by using energy.
In secondary active transport, energy is provided by electrochemical gradient. It involves transport of two molecules or ions (either in same or opposite direction) and required energy is generated due to difference in electrochemical gradient formed by pumping or ions across the cells.
An example of secondary transport is transport of potassium ions by K+/H+ exchanger that transports hydrogen ions and potassium ions in opposite direction. It uses energy from proton motive force (generated by transport of hydrogen ions or protons) to transport potassium ions.
Thus, the correct answer is 'energy.'
Answer:
good and yes I agree we need positivity
Answer: The dietary changes that should be made is that milk and milk containing products should be avoided in diets.
Explanation:
Congenital Galactosemia is an autosomal recessive disorder due to galactose-1-phosphate uridyl transferase(Gal-1-PUT).
Galactose is necessary for the formation of cerebrosides, of some glycoproteins and , during lactation, of milk. Excess is rapidly converted into glucose by Gal-1-PUT. The symptoms of galactosemia only become apparent if the infant is taking milk or milk containing products. This will lead to a rise in plasma galactose concentration.
Its incidence is about 1 per 18,000 births. Since it's a condition that occurs at or before birth, infants are screened by identification of galactose with thin layer chromatography and by demonstrating a deficiency of Gal-1-PUT activity in erythrocytes.
If the infant does not receive treatment then there is a 75% chance of death. Therefore, dietary changes should be made which is that milk and milk containing products should be avoided in diets.
Answer:
The asnwer is A) cardiogenic
Explanation:
Patient with severe anterior chest trauma with 88 pulse per minute, tachypneic, 92/68 pressure and peripheral cyanosis is presenting a cardiogenic shock. We talk about cardiogenic shock when the heart is unable to pump enough blood to the entire body that is needs to. It is caused by serious cardiac complications, such as severe trauma to the heart with damage to its structures, such as tendons, cardiac muscles or wall, and also the accumulation of fluid around it (cardiac tamponade).
