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Five wooden molecular model balls

circa 1810

Molecular model showing the structure of insulin

1967

Crick and Watson's DNA Molecular Model

1953

Model of space formulae for Benzene

Molecular model of an organic substance

Molecular model of an organic substance

Molecular model of an organic substance

Molecular model of an organic substance

Molecular model of an organic substance

Molecular model of an organic substance

Vaubel's model of space formulae for Benzene

1891

Sachse's model of space formulae for Benzene

1888

Ball and stick atomic model set

1860-1869

Three Werner's models illustrating racemization

1920-1924

Vitamin B12 crystal structure model, 1957-1959.

1957-1959

Set of four models illustrating Van't Hoff's theory of the asymmetric carbon atom

1920-1925

Model illustrating molecular orbital theory and crystal field theory

1981

Model illustrating molecular orbital theory and crystal field theory

1981

Model illustrating orbitals in molecular orbital theory and crystal field theory made by Crystal Structures Ltd.

1981

Model illustrating orbitals in molecular orbital theory and crystal field theory made by Crystal Structures Ltd.

1981

Model illustrating s orbitals in molecular orbital theory and crystal field theory

1981

Model illustrating molecular orbital theory and crystal field theory

1981

Model of Tobacco Mosaic Virus Structure

Stereochemical models of fumaric and maleic acids

1920-1924

Molecular models

circa 1875

Herrmann's model of space formulae for Benzene

1888

Molecular model of an organic substance

Molecular model of an organic substance

Molecular model of an organic substance

Molecular model of an organic substance

Molymod molecular model of Sucrose sugar, 1986

Molymod molecular model of D-ribose sugar, 1986

Molymod molecular model of D-glucose sugar, 1986

Templates from Crick and Watson's DNA molecular model

1953

Molecular model of an organic substance

Graebe's model of space formulae for Benzene

Collie's Benzene Molecule Model, 1912-1914

1912-1914

Model illustrating molecular orbital theory and crystal field theory

1981

Model illustrating molecular orbital theory and crystal field theory

1981

Model illustrating s orbitals in molecular orbital theory and crystal field theory

1981

Molecular model of 2.2'dibromobiphenyl, painted wood, on wood base, believed to be 1950's.

Molecular model of 2.2'dibromobiphenyl

Set of Eiloart's solid formulae models with three stands.

Set of Eiloart's solid formulae models

One of two models with black molecules inscribed with periodic table elements at each corner, from set of four models illustrating van't Hoff's 1874 theory of the asymmetric carbon atom, by Science Museum Workshops, South Kensington, London, England, 1920-1925

One of two models with black molecules inscribed with periodic table elements at each corner

1920-1925

One of two models with different coloured molecules at each corner, from set of four models illustrating van't Hoff's 1874 theory of the asymmetric carbon atom, by Science Museum Workshops, South Kensington, London, England, 1920-1925

One of two models with different coloured molecules at each corner

1920-1925

One of three Werner's models illustrating racemization, by Science Museum Workshops, South Kensington, London, England, 1920-1924

One of three Werner's models illustrating racemization

1920-1924

Pauling's incorrect triple helix model of the structure of DNA (proposed in 1952) built of CPK (Corey-Pauling-Koltun) atomic in 1976

Pauling's incorrect triple helix model of the structure of DNA

Prototype molecular models constructed for André Dreiding in the basement of the Institute of Organic Chemistry of the University of Zurich in 1958. They are not to scale and so differ slightly in size. Three first prototype units: 1 tetrahedral carbon, 1 carbon double bond, 1 oxygen. Two second prototype units: 1 nitrogen, 1 carbonyl.

Prototype molecular models constructed for André Dreiding

1958

One of two models with black molecules inscribed with periodic table elements at each corner, from set of four models illustrating van't Hoff's 1874 theory of the asymmetric carbon atom, by Science Museum Workshops, South Kensington, London, England, 1920-1925

One of two models with black molecules inscribed with periodic table elements at each corner

1920-1925

One of two models with different coloured molecules at each corner, from set of four models illustrating van't Hoff's 1874 theory of the asymmetric carbon atom, by Science Museum Workshops, South Kensington, London, England, 1920-1925

One of two models with different coloured molecules at each corner

1920-1925

One of three Werner's models illustrating racemization, by Science Museum Workshops, South Kensington, London, England, 1920-1924

One of three Werner's models illustrating racemization

1920-1924