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Wednesday, March 9, 2011
monomers of dna

Bounds betwen nucleotide monomers in DNA. Yellow = phosphate groups

The building blocks (monomers) of DNA (deoxyribonucleic acid) are called

Fig.7-18 Production of DNA monomers from DNA strand-break termini by SVPD

Proteins eventually break down even further into DNA

Cell absorbing DNA sphere. Luo Labs

DNA is a polymer. The monomer units of DNA are nucleotides, and the polymer

The monomers used to build

monomers that plays several important roles in the processes that .

Superhelical coil of chained H-NS monomers, from Arold et al. (2010)

DNA, the genetic material, is a macromolecule made of monomers called

At a molar ratio of about two protein monomers per DNA duplex,

The monomer in blue provides the non-specific DNA binding domains and an

Figure 1 The chemical structure of a DNA monomer and two representations of

Nucleic Acids are organic compounds – DNA and RNA are complex organic

assembly and disassembly of tubulin monomers. Whereas DNA and proteins

The monomer units of DNA are

The two monomers are shown in blue and red, whereas the region responsible

DNA controls all the function of a living cell. Building blocks(monomer

DNA is an extremely large polymer. The monomeric subunits from which it is

Legend: Structure of DNA-Nucleotide Monomer
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