These two elements are transposase and terminal repeats. Transposase enzyme binds to the end of a transposon and catalyzes the movement of the transposon to another part of the genome by a cut and paste mechanism or replicative transposition mechanism. Terminal repeats are identical sequences which repeats hundreds or thousands of times, found at the end of proviral DNA formed by reverse transcription of retroviral RNA. They are used by viruses to insert genetic material into the host genomes.
<h2>Symptoms of Achondroplasia</h2>
Explanation:
- Achondroplasia is caused about by a quality change (transformation) in the <em>FGFR3 gene</em>
- The <em>FGFR3 quality</em> makes a protein called fibroblast development factor <em>receptor 3 </em>that is engaged with changing over ligament to bone
- <em>FGFR3</em> is the main quality known to be related with <em>achondroplasia Achondroplasia</em> is acquired in an autosomal predominant example, which implies one duplicate of the adjusted quality in every cell is adequate to<em> cause the confusion</em>
- In the rest of the cases, individuals with <em>achondroplasia </em>have acquired an adjusted <em>FGFR3 quality</em> from a couple of <em>affected parents</em>
Option (A) is bilaterally symmetrical is correct.
An organism that exhibits a head with sensory equipment and a brain probably also is bilaterally symmetrical.
<h3>What is mean by bilateral symmetry?</h3>
- Symmetry where the same anatomical components are positioned on either side of a median axis, allowing for only one plane to split the subject into two nearly identical halves.
- Including Chordates, Arthropods, Molluscs, and Annelids.
- They are able to move ahead in a straight line because they have bodies that are bilaterally symmetrical (the same on both sides along an axis).
- Animals who could go from point A to point B swiftly and effectively would have been more successful in evolutionary history and would have been selected for over those that couldn't.
- The "head" and "tail" (anterior vs. posterior), front and back (dorsal vs. ventral), and right and left sides are all present in animals with bilateral symmetry.
- All real animals are bilaterally symmetrical, with the exception of those possessing radial symmetry.
Learn more about symmetry here:
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Answer:
The mixture most likely to produce more ATP is the mixture of yeast, water and sugar
Explanation:
In cellular respiration metabolic reactions take place in the organism's cells that makes adenosine triphosphate, ATP, from the chemical energy in nutrients or oxygen with the release of waste products
Yeast which is a Eukaryotic organism produces an addition of or an extra 34 molecules of ATP per molecule of glucose, when placed in the presence or have access of glucose
A high proportion of the produced ATP are by aerobic respiration requiring oxygen
While yeast produces 2 ATP per molecule of glucose by glycolysis'
Therefore, more ATP is produced in the presence of sugar which is a disaccharide of glucose and fructose.