It is quite possible that introducing a new predator to the food chain may set it off balance. The cougar will flourish in southern Alabama based on the circumstances given above because of the high availability of deer. The introduction of the cougar will decrease the deer population overall.
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Integral membrane proteins are found on cell membranes and due to their structure and polar functional groups are able to serve as transport channels.
<h3>What is the cell membrane?</h3>
The cell membrane is a lipid bilayer which separates the cell contents from the external environment.
A component of the cell membrane is the integral membrane proteins which transverses the cell membrane and as such are able to serve as transport channels.
The integral membrane proteins contain hydrophilic amino acids groups with charged groups which help it to serve as binding site for polar molecules like water and ions.
The interior contains hydrophobic amino acid which enables it to interact with the lipid bilayer.
In conclusion, the structure and composition of integral membrane proteins enables them to serve as cell transporters and channels.
Learn more about integral membrane proteins at: brainly.com/question/14727404
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The disorder is Emphysema.
It is a type of chronic obstructive pulmonary disease that presents as an abnormal and permanent enlargement of air spaces distal to the terminal bronchioles. It frequently occurs in association with obstructive problems and chronic bronchitis.
Comes from the water and co2 absorbed by the plant
Answer:
relaxation occurs
Explanation:
Muscle contraction, in addition to being responsible for locomotion and various other types of body movements, also promotes the movement of internal organs, such as heartbeat, artery pulsation, transit of the bolus through the digestive tract, among others.
Such processes are made possible by the shortening capacity of myofibrils, which are cytoplasmic filaments of muscle cells. Such myofibrils are made up of several types of proteins, with actin and myosin being the most abundant.
Myosin makes up the thick filaments and is classified as a mechanochemical enzyme or motor protein, because it is able to convert chemical energy into mechanical energy, useful for the mechanism of muscle contraction. When the myosin cycling process generates less stress than the load, muscle relaxation occurs.