The species Amphidinium carterae unusually contains a high ratio of eight molecules of peridinin to two molecules of this compound. In 1967, the second-most famous Ian Fleming made the final stereochemical elucidation of the full structure of one of these compounds. In 2010, the newest member of this class of compounds was discovered in stromatolites. The FLU mutant lacks the ability to biosynthesize a phytol-less precursor of one of these compounds. A single "voyeur" example of these compounds lies next to a positively-charged dimer of them termed a (*) "special pair." The "a" member of this 
The species Amphidinium carterae unusually contains a high ratio of eight molecules of peridinin to two molecules of this compound. In 1967, the second-most famous Ian Fleming made the final stereochemical elucidation of the full structure of one of these compounds. In 2010, the newest member of this class of compounds was discovered in stromatolites. The FLU mutant lacks the ability to biosynthesize a phytol-less precursor of one of these compounds. A single "voyeur" example of these compounds lies next to a positively-charged dimer of them termed a (*) "special pair." The "a" member of this class of compounds transfers resonance energy to the antenna complex. Flavonoids and carotenoids are among the chemicals considered "accessories" to these compounds. These compounds consist of long hydrocarbon tails linked to a magnesium-coordinated porphyrin ring. For 10 points, name this green pigment that plants need for photosynthesis.
The species Amphidinium carterae unusually contains a high ratio of eight molecules of peridinin to two molecules of this compound.
chlorophyll