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Insect Moulting Hormones: The Synthesis of Possible Ecdysone Precursors for Metabolic Studies
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Faux A.F.,
Galbraith M.N.,
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ChemInform Abstract: INSECT MOULTING HORMONES, THE SYNTHESIS OF POSSIBLE ECDYSONE PRECURSORS FOR METABOLIC STUDIES
GALBRAITH M. N.,
HORN D. H. S., MIDDLETON E. J.
Chemischer Informationsdienst. 1974 5(35).
