Answer: Both types of diabetes can be managed by eating healthy and being physically active.
Type 1 diabetes can be managed by taking injections of insulin.
Both types of diabetes can be managed by controlling blood pressure and cholesterol levels.
Explanation: i did it
Type 1 diabetes is treated primarily with insulin therapy due to the body's inability to produce insulin, while type 2 diabetes starts with lifestyle changes and may escalate to medications or insulin therapy.
The basic treatments for type 1 and type 2 diabetes differ due to the nature of the diseases. Type 1 diabetes is an autoimmune disease, wherein the body's immune system destroys the insulin-producing cells in the pancreas. Hence, the primary treatment is lifetime insulin therapy, which can be administered through injections or insulin pump.
Type 2 diabetes is primarily managed by lifestyle changes such as diet and exercise to control blood sugar levels. Medications may also be prescribed if these changes are not enough. In some cases, insulin therapy is also required in later stages of the disease. Unlike type 1, the pancreas in type 2 diabetics is usually still able to produce insulin, but the body becomes resistant to it.
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3 data points
(B) 142.
(C) 141.
(D) 429.
(E) 428.
An mRNA of 429 nucleotides will form a polypeptide chain with 143 amino acids, assuming each codon (set of 3 nucleotides) corresponds to an amino acid and the stop codon is not counted.
For the synthesis of protein in a process known as translation, each triplet set of nucleotides in the mRNA, called a codon, identifies a specific amino acid. Hence, an mRNA of 429 nucleotides would be segmented into a set of 3 to form the different codons for the amino acids. Since 429 divided by 3 is 143, the polypeptide chain resulting from this mRNA would have 143 amino acids.
In this case, the correct answer would be (A) 143. This calculation does not take into account the stop codon that does not correspond to an amino acid, but usually examination questions ignore the effect of the stop codon. To provide the most accurate answer, we would need to know if the mRNA sequence includes the stop codon or not.
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A precipitation reaction is a reaction between two aqueous solutions that results in the formation of A SOLID compound.
A precipitation reaction is a type of reaction in which two solutions containing soluble salts react together to produce an insoluble salt (solid) called 'the precipitate'. The precipitate occurs as a result of the combination of the cations and the anions in the solutions. Precipitation reactions are usually used in chemistry to determine the types of ions that are present in solutions.
A precipitation reaction is theformation of a solid compound from the reaction between two aqueoussolutions. The solid compound that is formed is called precipitate. The aqueoussolution that causes the formation of the solid compound is called precipitant.
Answer:
Bacterial infections can be fought with many different types of antibodies that will eat the bacteria where a viral infection has more limited options and can change at rapid rates Explanation:
Answer:
Gas exchange is the delivery of oxygen from the lungs to the bloodstream, and the elimination of carbon dioxide from the bloodstream to the lungs. It occurs in the lungs between the alveoli and a network of tiny blood vessels called capillaries, which are located in the walls of the alveoli.
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Tysm!
Answer:
breathing allows the exchange between 2 gases: oxygen and carbon dioxide. Gas exchange occurs in millions of lung alveoli and the capillaries that surround them
Explanation: