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Amino acids make proteins The sequence in which a.a are joined together creates the different proteins DNA codes for the sequencing of a.a. DNA is made up of sugar, phosphate and base pairs. H-bonds join the base pairs together. The double helix steps and rails. A nucleotide is the single unit of DNA (Sugar + Phosphate + Base) DNA is made of lots of nucleotides joined together. There are 4 bases. A,T,C,G RNA polymerase makes mRNA by unzipping DNA inside the nucleus. mRNA uses Uracil instead of Thianine mRNA codes for proteins in ribosomes OUTSIDE of the nucleus using tRNA. Amino acids make proteins The sequence in which a.a are joined together creates the different proteins DNA codes for the sequencing of a.a. DNA is made up of sugar, phosphate and base pairs. H-bonds join the base pairs together. The double helix steps and rails. A nucleotide is the single unit of DNA (Sugar + Phosphate + Base) DNA is made of lots of nucleotides joined together. There are 4 bases. A,T,C,G RNA polymerase makes mRNA by unzipping DNA inside the nucleus. mRNA uses Uracil instead of Thianine mRNA codes for proteins in ribosomes OUTSIDE of the nucleus using tRNA. Amino acids make proteins The sequence in which a.a are joined together creates the different proteins DNA codes for the sequencing of a.a. DNA is made up of sugar, phosphate and base pairs. H-bonds join the base pairs together. The double helix steps and rails. A nucleotide is the single unit of DNA (Sugar + Phosphate + Base) DNA is made of lots of nucleotides joined together. There are 4 bases. A,T,C,G RNA polymerase makes mRNA by unzipping DNA inside the nucleus. mRNA uses Uracil instead of Thianine mRNA codes for proteins in ribosomes OUTSIDE of the nucleus using tRNA.