The cow eats ,breaths, has cells,needs water moves
Here is the steps of the lysogenic cycle. Lysogenic cycle occurs only in temperate phages.
<span>1. After the phage attached to the host cell, it will then inject its own DNA. </span>
<span>2. The inserted DNA circularizes.</span>
<span>3. The DNA is integrated into the host cell DNA. This is done through recombination.</span>
<span>4. Each time the cell replicates, the prophage is reproduced together with the host DNA.</span>
<span>5. The prophage excise itself from the host DNA. But this is very rare.</span>
<u><em>-Describe the structure and function of the Golgi apparatus </em></u>
Structure:
- Stacked flat sacs
- It is found within the cytoplasm of both plant and animal cells
- The Golgi is composed of sacks of membrane-bound structures
Function:
- The cell synthesize a huge amount of macro-molecules.
- Main function is to modify, sort and package the macro-molecules that are synthesized by the cells
- Secretion purposes or for use within the cell
- Mainly modifies the proteins that are prepared by the RER
- Creates Lyosomes
<u><em>-Describe the structure and function of the lysosome.
</em></u>
Structure:
- Spherical organelles
- Contains enzymes
Function:
- Breaks down food particles, invading objects, or worn out cell parts
- Digests macro-molecules
- Cleans up broken down organelles
- Storage of digestive enzymes
Number one is y I think and number two is w. three should be x and four is z. I'm not sure though
Temporal summation with an excitatory synapse will bring the membrane potential from the resting value closer to the action potential threshold.
<h3>
An action potential is produced by temporal summation in what way?</h3>
- A process known as "temporal summation" describes how repeated, equally intense noxious stimuli at a particular frequency result in an increase in pain. Results are typically achieved by comparing the first and last equal intensity stimuli's pain ratings.
- A high frequency of action potentials in the presynaptic neuron results in postsynaptic potentials that add with one another, and this is known as temporal summation.
- A postsynaptic potential's duration is greater than the time between receiving action potentials.
- Neurotransmitter binding at excitatory synapses causes the postsynaptic membrane to become depolarized.
- Chemically-gated ion channels open on postsynaptic membranes in contrast to the action potential in axonal membranes. While diffusing simultaneously, sodium and potassium move in different directions.
Learn more about the Temporal summation with the help of the given link:
brainly.com/question/9458437
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