The Ac, Ds, and P elements are all made up of this material. In fluorescent in situ hybridization, the target section of it shows up as yellow while the rest of it is red. "Backward slippage" is thought to be the origin of the "microsatellite" variety, and sticky ends may be produced when it is cleaved by restriction enzymes. It is duplicated in the polymerase chain reaction. For 10 points, name this nucleic acid, which typically forms a double h
The Ac, Ds, and P elements are all made up of this material. In fluorescent in situ hybridization, the target section of it shows up as yellow while the rest of it is red. "Backward slippage" is thought to be the origin of the "microsatellite" variety, and sticky ends may be produced when it is cleaved by restriction enzymes. It is duplicated in the polymerase chain reaction. For 10 points, name this nucleic acid, which typically forms a double helix structure and contains the genetic code for all higher lifeforms.
The Ac, Ds, and P elements are all made up of this material.
{DNA} [or {deoxyribonucleic} acid]