The role of the ribosome is to help mRNA and tRNA interact. It is made of two subunits and is roughly half rRNA and ribosomal proteins. The rRNA is synthesized in the nucleus while the proteins in the cytoplasm and then transported to the nucleolus. Ribosomes are globular organelles, without a membrane, constituted by proteins (ribonucleoproteins) associated with ribosomal ribonucleic acids (rRNA) from the nucleolus.
Answer:
The correct answer is - it would because both DNA and RNA have 3' OH.
Explanation:
Ammino acid will connect to the tRNA due to the fact that the process of aminoacylation of tRNA when DNA nucleotide is used will perform or act same the mechanism of Class II aminoacyl tRNA synthetase as both DNA and tRNA have 3'OH. This will get the help of 3'OH in the CCA to bond with charged amino acid.
Thus, the correct answer would be - it would because both DNA and RNA have 3' OH.
Migratory behaviors, such as the particular routes animals use, are said to be instictive. This type of behaviour is also called innate which means that animals perform particular action pattern that is essential for their being. Here are some examples to make it absolutely clear : when animal is shaking water from wet fur, when the spider makes a net, when a bear hibernate. All this behaviours are <span>not learned they just come naturally so that animal will accustom to its environment.</span>
Answer:
He should look out for tiny leaf-like structures which mosses possess but algae does not .
Explanation:
In general, moss looks fibrous, feathered or latticed when viewed up close. Carpets of moss are springy to the touch. When germinating, moss puts up thin stems sometimes with leaves on top and reproductive spores. Algae have no threadlike structures or leaves. Instead, algae spread as a clump of living cells. Because algae usually grow in wet environments, they look like a slimy, wet mass, often green in color. Both moss and algae may appear green or brown depending on species and the dryness of the conditions.
The lateral rectus and the medial rectus muscles are responsible for Adduction and Abduction of the eye
The muscles of the eye help to move and stabilize both eyes. Six extraocular muscles control all of the movement of the eye which are
- Superior rectus,
- Inferior rectus,
- lateral rectus,
- medial rectus,
- superior oblique,
- inferior oblique.
Adduction is the movement of the eye towards the nose with the medial rectus muscle responsible for it while Abduction is the movement of the eye away from the nose with the lateral rectus responsible for it .
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