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1) RNA contains sugar ribose, DNA contain deoxyribose
2)RNA has uracil, DNA has thymine
3) RNA single stranded, DNA double stranded

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Exhausted

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1. DNA contains the Deoxyribose sugar, while RNA contains the Ribose sugar
2.  DNA is found as a double stranded, double helix structure while RNA is in a single strand
3. DNA Contains AT, and GC
RNA contains AU GC

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Transcription is copying of a segment of DNA to RNA.
Translation is ribosomes synthesize proteins

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DNA is a double stranded, double helix structure that carries the genetic information and instruction that is essential for growth, development, and function

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DNA
- is deoxyribose nucleic acid
- is double stranded in double stranded helix shape
- found in the nucleus
- bases are a, t, c, g
RNA
- is ribonucleic acid
- is single stranded
- starts in nucleus travels to cytoplasm
- bases differ as RNA has a U instead of T

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The main processes of Protein synthesis are transcription and translation.
Transcription is a process where DNA is transcribed into a message using mRNA that travels out of the nucleus into the cytoplasm
Translation is a process where tRNA in the cytoplasm carries amino acids which are the building blocks of protein. This process also involves coding and a codon chart

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Transcription transcribes DNA into a message using mRNA
Translation is where proteins are synthesized using amino acids carried by tRNA

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DNA is deoxyribose nucleic acid, is double stranded in a double stranded helix shape. Its bases are adenine, thymine, cyosine, and guamine. DNA is found in the nucleus and it aids in evolution, because it codes for genetic material.

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Transcription transcribes DNA with mRNA
Translation synthesizes proteins using amino acids

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Protein synthesis begins with Transcription which transcribes DNA with mRNA then leads to translation which actually synthesizes the proteins using amino acids and tRNA