How do the hypothesis of microspheres and the RNA World hypothesis build off of each other?

A. Microspheres were important for storing and releasing energy for surrounding organisms that contained RNA.

B. Nonorganic molecules self-replicated within the early microspheres, similar to the way cells divide.

C. Replicating RNA molecules transformed into DNA within the microspheres.

D. When microspheres split, the genetic coding in self-replicating RNA would pass to the newly formed microsphere.

Question

Giovanna Kramer

Biology

28 October, 09:58

How do the hypothesis of microspheres and the RNA World hypothesis build off of each other?

A. Microspheres were important for storing and releasing energy for surrounding organisms that contained RNA.

B. Nonorganic molecules self-replicated within the early microspheres, similar to the way cells divide.

C. Replicating RNA molecules transformed into DNA within the microspheres.

D. When microspheres split, the genetic coding in self-replicating RNA would pass to the newly formed microsphere.

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Answers (1)

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Ciara · Answer 1

D. When microspheres split, the genetic coding in self-replicating RNA would pass to the newly formed microsphere.

Explanation - Microspheres are made of proteins. It was observed that when an amino acid was allowed to dry then this amino acid formed proteins and which in turn formed microspheres.

According to the RNA world hypothesis, RNA was the first genetic material and then the DNA became the genetic material of higher organisms during the course of evolution. Microspheres was believed to contain an encoded information with it. During the split of microspheres, this encoded information might transfer to the next generation.