<em>Answer</em>
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<em>Glossolalia is the largest and best-known genus of the extinct Permian order of seed ferns known as Glossolalia The genus Glossolalia refers only to leaves, within a framework of form genera used in paleo botany. (For likely reproductive organs see Glossolalia.) These are important because they indicate biological identity of these plants that were critical for recognizing former connections between the various fragments of Gondwanaland: South America, Africa, India, Australia, New Zealand, and Antarctica.</em>
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<em>Hope this help's you</em>
Answer:
To qualify as a biodiversity hotpot, an area must meet two strict criteria: Contain at least 1,500 species of vascular plants found nowhere else on Earth (known as "endemic" species). Have lost at least 70 percent of its primary native vegetation.
Explanation:
Biodiversity hotspots are a method to identify those regions of the world where attention is needed to address biodiversity loss and to guide investments in conservation.
In the late 1950's - 1960's survival from cancer was poor. Damaging surgery and relatively unsophisticated radiotheraphy were the main treatments. Understanding of cancer treatment has transformed over 60 years. The arrival of chemotheraphy, and solid evidence for the link between cancer and factors such as smoking or viruses.
The right answer is 5.
To answer this question it is sufficient to take the same approach as the one that concluded that each amino acid is equivalent to 3 codons.
We have 17 amino acids, each of which must have at least one unique code (having two nucleotides A and T)
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it is enough to apply this time to count the number of possible codons to be generated according to the number of nucleotides:
nucleotide set ^ number of nucleotides = number of codons
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2 ^ 1 = 2 (<17)
2 ^ 2 = 4 (<17)
2 ^ 3 = 8 (<17)
2 ^ 4 = 16 (<17)
2 ^ 5 = 32 (> 17)
So, each amino acid has a codon of 5 nucleotides.
Scientific ideas are modified when new evidence and ideas point to a different explanation of a process or natural occurrence.