k Rlactic acid. Computer illustration of a mole cule of Rlactic acid formula C3H6O3. Atoms are represented as cylinders and are colourcoded carbon yellow, hydrogen white and oxygen red. Four different groups are joined to the central carbon atom here, a property known as chirality. The groups are given priorities based on their atomic number, and the molecule is viewed along the line of the bond to the lowest priority group. The order of the other groups decreasing priorities determines whether the isomer is classified as R clockwise, as here or S anticl ockwise. See image A700142 for Slactic acid. Editorial Stock Photo - Afloimages
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(R)-lactic acid. Computer illustration of a mole- cule of (R)-lactic acid (formula: C3H6O3). Atoms are represented as cylinders and are colour-coded: carbon (yellow), hydrogen (white) and oxygen (red). Four different groups are joined to the central carbon atom here, a property known as chirality. The groups are given priorities based on their atomic number, and the molecule is viewed along the line of the bond to the lowest priority group. The order of the other groups' decreasing priorities determines whether the isomer is classified as R (clockwise, as here) or S (anticl- ockwise). See image A700/142 for (S)-lactic acid.
ED

(R)-lactic acid. Computer illustration of a mole- cule of (R)-lactic acid (formula: C3H6O3). Atoms are represented as cylinders and are colour-coded: carbon (yellow), hydrogen (white) and oxygen (red). Four different groups are joined to the central carbon atom here, a property known as chirality. The groups are given priorities based on their atomic number, and the molecule is viewed along the line of the bond to the lowest priority group. The order of the other groups' decreasing priorities determines whether the isomer is classified as R (clockwise, as here) or S (anticl- ockwise). See image A700/142 for (S)-lactic acid.

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10571944

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Editorial

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Creation date
15-11-2010

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