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Friedrich Miescher (Discovery date 1869)

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Friedrich Miescher (Discovery date 1869)

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He collected bandages that had white blood cells on them from hospitals. He washed them with salt in order to remove pus then pursued to wash them in a weak alkaline solution. After that the cell membrane and cells began to disintegrate. The result of was a combination of DNA and RNA close to the nucleus and called it nuclien. Miescher guessed that it restored Phosphorous atoms. This is important because the separation of nuclien from the nucleus has become the groundwork for many DNA discoveries since it is possible is notice a part of the cell from the entire thing.

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James Watson and Frances Crick (Discovery Date 1953)

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James Watson and Frances Crick (Discovery Date 1953)

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They discovered the molecule of life. Watson and Crick tried many solutions unions of a and T, and G and C. and there was a perfect solution, A and T had 2 bonds while G and C had 3 bonds. They were able to fit the solution in a a double helix, and the entire unit in this structure is able to code a huge amount of data. Some specific pairings showed the copying mechanism for the production of DNA for new cells and life. This is important because 10 years after the discovery and DNA revolution spread across the entire world.

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She generated DNA crystals and shot x-rays threw the them in order to study the way they were structured. Once the the image was clear the picture showed a pattern that kept repeating witch meant it was somewhat similar to a helix. this is important because her experiments are a clue that helped Watson's and Crick's discovery the Molecule of life

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DNA is made of two strands called nucleotide that are shaped like a twisted ladder. Every nucleotide consist of three parts a phosphate group, sugar molecule and one of the four bases Adenine, Guanine, Cytosine and Thymine. The bonds of sugar phosphate form the double backbone of the molecule (aka hand rails of the ladder). But the genetic key of DNA is the nitrogen containing bases found in the rungs of the ladder. The bases are linked by using hydrogen bonds in a specific pattern Adenine with Thymine and Guanine with Cytosine. The order the pairings will never change unless there is a genetic defect however the order of pairs will change throughout species.