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Organic chemistry was unknown and it was pretty much inorganic chemistry.

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He stated that all living bodies were composed of mercury, sulfur, and salt.

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He explained laboratory processes in terms of synkrisis and diakrisis.

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Used analysis with the meaning taking apart or decompose, and Redintegration for recombination.

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"Lavoisier, Berthollet and Berzelius determined by combustion analysis that organic compounds consist primarily of C, H, O, and N, with smaller amounts of S, P, and other elements." (Wentrup, 2022)

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Used the term molécules organiques, which were hypothesized to be taken up from the matière organique in food to serve as nourishment and in the development and reproduction of the corps organisés, i. e. organized, living bodies.

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He reused molécules organiques in his hypotheses on the corps organisés, where he held that pre‐existing ‘germs’ in living bodies were responsible for reproduction with the help of the male semen.

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He distinguished and classified inorganic and organic bodies

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He described organic compounds containing C, H, and O; for example he concluded that sugar contained large amounts of oxygen and hydrogen attached to carbon.

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Wrote about changes in the mixtures of organic bodies  happening “by themselves” .

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He determined that organic bodies burned to CO2 and H2O and were composed of carbon and hydrogen.

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Chrevreuil demostrated that organic materials are composed of dicrete organic molecules.

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Berzelius defined both organic and inorganic bodies, vital force thus and most importantly organic chemistry.
“The part of physiology which describes the composition of living bodies together with the chemical processes taking place in them is called organic chemistry (organisk Kemi), and that which describes their inner and outer structure with the mechanical processes derived therefrom is called anatomy.” (J. J. Berzelius)

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He explicitly used the terms synthesis and analysis in relation to the combinations of atoms to form molecules.

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He began to study and produce compounds without using vital force.

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He analysed silver cyanate (AgOCN) and formulated it as a salt of “cyanic acid” (HOCN).

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Wöhler composed the organic chemical urea from inorganic ammonium cyanate (NH4CNO). It's now known as the sensational Wöhler synthesis.

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A better understanding of the chemical composition of organic compounds had been achieved.

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1851-54 - Pierre Eugene Marcellin Berthelot 

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1851-54 - Pierre Eugene Marcellin Berthelot 

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Created the organic synthesis of non-natural organic compounds. He achieved the combination of numerous natural carboxylic acids with glycerol.

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Known as Perkins Mauve, happened when accidentally Perkin discovered organic dye, this drew more attention to the study of organic chemistry.

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Millar, S. (2012). The History of Organic Chemistry. Recovered from https://prezi.com/uhqtfqavqp2f/the-history-of-organic-chemistry/