The OH on the lower right of lysine and the H on the lower left of valine combine to form a molecule of water (H2O) and detach in a process known as a dehydration reaction when the two amino acids bond. The C on the right side of lysine then single bonds with the N on the left side of valine. This bond is termed a peptide bond. All the other bonds remain unchanged.
Answer:
This statement is true
Explanation:
The genetic code is required for the production of proteins with exception of some few mitochondrial proteins. The transfer RNA (tRNA) acts as an adaptor that enables to associate a messenger RNA trinucleotide sequence (known as anticodon) with its corresponding amino acid in the polypeptididic chain. The genetic code is considered to be a biochemical system capable of revealing the information contained in the DNA in order to synthetize a protein, which has been encrypted in the form of three nucleotides (i.e., codons).
The incentive the government offer to business who lower their carbon emission and use alternative energies include:
- Renewable Electricity Production Tax Credit (PTC)
- Investment Tax Credit (ITC).
<h3>What is Carbon emission?</h3>
This refers to the amount of carbon dioxide when fossil fuel such as coal, crude oil is burnt for different types of reasons.
This is required to be reduced as it is responsible for pollution and global warming being experienced in different parts of the world.
There are several types of incentives offered to businesses in other to encourage them to lower their carbon emission and adopt the use of alternative sources of energy and an example is Investment Tax Credit.
Read more about Carbon emission here brainly.com/question/22916556
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Hey there!
If there is a temperature difference between two objects, the object that has a higher temperature will want to level out its heat. Therefore, it will transfer the heat it needs to the other object if it allows until they are the same temperature.
I hope this helps!
Answer: No there is not im pretty sure there are only those two cell types.
Explanation:
