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» » Genetic Factor - R.N.A (Ribonucleic Acid)

Genetic Factor - R.N.A (Ribonucleic Acid) Album

Genetic Factor - R.N.A (Ribonucleic Acid) Album
Performer: Genetic Factor
Title: R.N.A (Ribonucleic Acid)
Country: Belgium
Genre: Electronic
Released: 1984
Label: Nucleïne Records & Tapes
MP3 album szie: 2832 mb
FLAC album size: 1976 mb



Short intro

Ribonucleic acid RNA functions in converting genetic information from genes into the amino acid sequences of proteins. The three universal types of RNA include transfer RNA tRNA, messenger RNA mRNA, and ribosomal RNA rRNA. Messenger RNA acts to carry genetic sequence information between DNA and ribosomes, directing protein synthesis. Ribosomal RNA is a major component of the ribosome, and catalyzes peptide bond formation. Transfer RNA serves as the carrier molecule for amino acids to be used in protein synthesis, and is responsible for decoding the mRNA. RNA, or ribonucleic acid, is a nucleic acid that is similar in structure to DNA but different in subtle ways. The cell uses RNA for a number of different tasks, one of which is called messenger RNA, or mRNA. And that is the nucleic acid information molecule that transfers information from the genome into proteins by translation. Another form of RNA is tRNA, or transfer RNA, and these are non-protein encoding RNA molecules that physically carry amino acids to the translation site that allows them to be assembled into chains of proteins in the process of translation. Ribonucleic acid-RNA-is used to translate instructions from DNA to make proteins in your body. Here are 10 interesting and fun facts about RNA. Each RNA nucleotide consists of a nitrogenous base, a ribose sugar, and a phosphate. Each RNA molecule is typically a single strand, consisting of a relatively short chain of nucleotides. RNA can be shaped like a single helix, a straight molecule, or may be twisted upon itself. DNA, in comparison, is double-stranded and consists of a very long chain of nucleotides. In RNA, the base adenine binds to uracil. In DNA, adenine binds to thymine. Ribonucleic acid. or RNA, includes three types and is one of two nucleic acids critical in biology, the other being DNA. RNA serves as an information carrier in mRNA, an enzyme and structural element in rRNA and a shuttle for . Sequence determination. Ribonucleic acid RNA. Chemical structure. Types of RNA. This structure, along with the molecules chemical stability, makes DNA the ideal genetic material. The bonding between complementary bases also provides a mechanism for the replication of DNA and the transmission of genetic information. DNA structure, showing the nucleotide bases cytosine C, thymine T, adenine A, and guanine G linked to a backbone of alternating phosphate P and deoxyribose sugar S groups. offers 251 ribonucleic acid rna products. About 3 of these are Antineoplastic Agents, 11 are Central Nervous System Agents, and 27 are Vitamins, Amino Acids and Coenzymes. A wide variety of ribonucleic acid rna options are available to you, such as grade standard, usage, and type. Ribonucleic acid RNA conveys genetic information and catalyzes important biochemical reactions. Similar, but not identical, to a single strand of deoxyribonucleic acid DNA , in some lower organisms, RNA replaces DNA as the genetic material. As with DNA, RNA follows specific base pairing rules, except that in RNA the base uracil replaces the base thymine i. instead of an adenine-thymine or A-T pairing, there is an adenine-uracil or A-U pairing. Accordingly, when RNA acts as a carrier of genetic information, uracil replaces thymine in the genetic code. RNA Structure and Function, Transcription and Translation RNA RIBONUCLEIC ACID Function: , All traits you have due to proteins of amino acids , Genes contain blueprints to make protein , Ribosomes are site of protein synthesis , RNA reads blueprints & makes protein Structure: , Single Strand , Sugar ribose , Phosphate group , Bases adenine, guanine, cytosine, URACIL replaces T Types: , mRNA: messenger carries info to ribosome , tRNA: transfer moves amino. Xeno nucleic acids XNA are synthetic nucleic acid analogues that have a different sugar backbone than the natural nucleic acids DNA and RNA. As of 2011, at least six types of synthetic sugars have been shown to form nucleic acid backbones that can store and retrieve genetic information. Research is now being done to create synthetic polymerases to transform XNA. The study of its production and application has created a field known as xenobiology