Blood type is not a concern when transfusing plasma from person to person because the plasma does not contain red blood cells. when things such as organs or blood are given to people (contain red blood cells), they must match the blood type of the person receiving these things so that there is a smaller chance of the person rejecting the organs, blood, etc. due to plasma not having red blood cells, we do not need to worry about the body rejecting it.
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Answer:
Explanation:
Parenchyma
1. They have thin cell wall.
2. Their cell wall is made up of cellulose.
3. They are unspecialized tissues.
4. The are found in soft part of the plant.
5. They undergo photosynthesis and can stored the food and also play important role in gaseous exchange.
6. There are spaces between the cells.
Collecchyma.
1. They are thick cell walls.
2. Their cell walls are made up of cellulose and lectin.
3. They are specialized tissues
4. They are found in plants leaves and petioles.
5 The do not undergo photosynthesis but act to give mechanical support to plants.
6. They have little intercellular spaces.
Parenchyma and collecchyma are both tissues found in plants..
He begins by discussing how horizontal transfer can move genetic material between bacteria. Transformation, transduction, and conjugation in bacteria are all included. He also explains how crossing over, random assortment, and random fertilization can maintain genetic variation in eukaryotes.
Answer:
A. To gather and respond to information
Explanation:
The path of the blood through the human body
follows two pathways. These two pathways are known as the Pulmonary Circulation
and Systemic Circulation. Pulmonary circulation is the pathway that
deoxygenated blood goes through. It is where blood goes to the lungs to get
oxygenated then makes its way to the Systemic Circulation.
<span>
Blood that passes through the aorta is already
oxygenated, which is ready for circulation throughout the body. The aorta is an
important part of the systemic circulation because it is the biggest artery in
the body responsible for oxygen transport. </span>
