According to the given statement:
The amino acids in fish protein must be released in hydrolyzed and integrated into other polypeptides in dehydration reactions, according to the declaration.
<h3>What exactly is a dehydration reaction?</h3>
A dehydration reaction is a reaction in which water is lost from the responding molecule or ion. Dehydration reactions, the inverse of hydration reactions, are common processes.
<h3>What is a typical hydrolysis reaction?</h3>
A hydrolysis reaction is the dissolution of a salt of a sluggish acid or base in water. Strong acids can be hydrolyzed as well. When sulfuric acid is dissolved in water, it produces hydronium and produces high.
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The third one is the right answer.
Mutations appear randomly and these mutations can either have possitive, negative or neutral impact on the individual's survival. The environment of the individual amongst other factor determine the net effect of the mutation. For example:
A mutation on a shade plant for bigger leaves would have a possitive impact on the plants survival due to the increase of the photosynthetic tissue area. On the other hand the same mutation on a desert plant would have a negative impact on the plant's survival due to the increase of the leaf area which leads to increased water evaporation off the plant.
The correct answer is ionization.
Ionization refers to the procedure by which a molecule or an atom attains a negative or positive charge by losing or gaining electrons to produce ions, usually in combination with other chemical modifications.
Ionization can result due to the loss of an electron after collisions with other atoms, subatomic particles, molecules, and ions, or through the association with electromagnetic radiation.
<h3>
NEUTRONS AND PROTONS</h3>
The nucleus is a collection of particles called protons, which are positively charged, and neutrons, which are electrically neutral. Protons and neutrons are in turn made up of particles called quarks. The chemical element of an atom is determined by the number of protons, or the atomic number, Z, of the nucleus.
Answer:
Which of the following explains the most likely effect this toxin will have on the Calvin cycle? Carbon dioxide will not be converted into carbohydrates. The toxin inhibits RuBisCO from catalyzing the joining of carbon dioxide with RuBP. This prevents carbon fixation, so the Calvin cycle will not occur.
