Answer:
is a part of glucose molecule,reacts with oxygen molecule, is released as carbon di oxide.
Explanation:
Before cellular respiration a carbon atom is a part of glucose molecule.
During cellular respiration the carbon atom reacts with oxygen molecules
After cellular respiration the carbon atom is released in form of carbon dioxide.
Answer: <span>B) Plant trees along canals and roadways on their property to filter runoff and prevent soil erosion
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The roots of trees help prevent the soil from being easily eroded by holding the soil in place and taking up the water. The other choices, A, C, and D would cause further erosion by removing objects that would stop the rain or by aiding erosion due to gravity.
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The giant axon of a squid, shows that hyperpolarizing stimulus is followed by transient inward capacitive current and lasting outward capacitive current.
Hyperpolarization is a change in a cell's membrane potential that makes it more negative. It is the opposite of a depolarization. It inhibits action potentials by increasing the stimulus required to move the membrane potential to the action potential threshold.
Hyperpolarization can be caused, for instance, by opening channels that allow positive ions to move out of the cell (or negative ions to move in).
The hyperpolarization-activated current is an inward current activated by hyperpolarization from the resting potential and is an important modulator of action potential firing frequency in many excitable cells.
To learn more about hyperpolarization here
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Herpe simplex virus
Herpes simplex viruses can
also be refers to as human herpes virus 1 and 2 and these virus commonly spread
when an infected person is shredding and producing the virus. The herpes virus
is made up of double stranded linear DNA genomic enclosed within an icosahedral
protein called the capsid. Thus, there production is triggered by the development of emotional or phycological stress by the host.
She didn’t cycle the reaction! She has to cycle as follows:
1. 95C-to denature the double stranded DNA
2. 50-55C depends on her primers- to anneal the primers to the single stranded DNA
3. 37-42C depending on the enzyme used - DNA polymerase extends from the primers to make the new DNA.
Also, are the dNTPs special? Either radioactive or with a fluorescence to measure/detect them?
