20 results on '"Pacheco H"'
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2. [Indeterminate chemistry of wood extracts. IV. New flavone derivatives from the heart of the wild cherry tree (Prunus avium)].
3. [Relations between chemical structure and inhibition of tropisms in plants].
4. [NEW SYNTHETIC SUBSTANCES WITH PHYTOHORMONAL PROPERTIES].
5. [Comparative biochemistry of the pigments coloring the flowers of crucifers. II. Structure of the aglycone A extracted from the flowers of Diplotaxis tenuifolia].
6. [Determination of the characteristics of indolacetic acid in potato juice by paper partition chromatography].
7. [Some new constituents of wood extracts].
8. [Some new constituents in wood extracts].
9. [Comparative biochemistry of the pigments of the flowers of cruciferous plants. V. The sturcture of glucoside A extracted from the flowers of Diplotaxis tenuifolia].
10. [In vitro reassociation of cells isolated from porc ine thyroid and the biosynthesis of thyroglobulin. I. Conditions for the induction of cellular reassociations by thyreostimulin].
11. [Research on the comparative biochemistry of flavanonols in higher plants].
12. [Inhibition of the photooxidation of indolacetic acid in vitro, by substances with phytohormonal action and by phenols].
13. [Flavone compounds of wood extracts. V. Water-soluble derivatives of sweet cherry heart (Prunus avium)].
14. [Isolation and determination of the structure of a new hydroxyflavanone from the cherry-tree heartwood (Prunus avium)].
15. [Reassociation in vitro of cells isolated from porcine thyroid and the biosynthesis of thyroglobulin. II. Biosynthesis of thyroglobulin].
16. [Phytohormonal properties and synthesis of three acids derived from alpha-nephthyl-acrylic acid].
17. [Flavone compounds in extracts of wood. VI. The flavone compounds in the wood of Prunus mahaleb].
18. [Comparative biochemistry of the pigments which color the flowers of crucifers. I. Diplotaxis tenuifolia].
19. [Partial purification of "auxin-oxidases" of Pisum sativum roots].
20. [Biogenesis of plant pigments. II. On the biogenesis of flavanones and flavanonols of Robinia pseudoacacia, Prunus avium and Prunus mahaleb].
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