Download Defense Mechanisms of Woody Plants Against Fungi by W. Merrill (auth.), Professor Dr. Robert A. Blanchette, PDF

By W. Merrill (auth.), Professor Dr. Robert A. Blanchette, Professor Dr. Alan R. Biggs (eds.)

For the earlier decade, it's been obvious to either one of us reference textual content protecting all elements of tree security mechanisms to fungi was once lacking, wanted and lengthy past due. one of these ebook would supply a transparent, complete review of ways dwelling roots, stems and leaves reply to fungal pathogens. the necessity for any such publication grew to become in­ creasingly transparent to us from our conversations with one another, in addition to from our interactions with scholars and associates who wanted a sourcebook containing reports of morphological, biochemical and physiological points of host-parasite interactions in timber. in the course of a box journey backed through the wooded area Pathology Committee of the Ameri­ can Phytopathological Society, on a bus from one website to a different, we made up our minds to take the accountability to organize a ebook of this sort and commenced to devise its composition. To appropriately deal with the subject of this publication as we had predicted it, we believed that well-illustrated chapters have been wanted to be able to replicate the $64000 advances made by way of the various investigators who've tested the anatomical and physiological adjustments that ensue while bushes are attacked by way of fungi. we're thankful to Dr. Tore Timell, the wooden technological know-how editor for Springer-Verlag, for aiding our efforts and for offering an street to submit one of these profusely il­ lustrated volume.

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Extra resources for Defense Mechanisms of Woody Plants Against Fungi

Sample text

The granular, electron-dense materials likely resulted from the disintegration of the cytoplasmic ground substance and the various cell organelles. Between 8 and 12 days after wounding, the primary walls and the middle lamella in the boundary zone exhibited an increase in electron density. This is due probably to the deposition of phenolic polysaccharide material in the wall. In peach, these substances, usually referred to as gum, are produced nonspecifically in response to wounds or infections.

Academic Press, New York, 391-434 Artschwager E 1927 Wound-periderm formation in the potato as affected by temperature and humidity. J Agr Res 35:995-1000 Artschwager E, Starrett RG 1931 Suberization and wound periderm formation in sweet potatoes and gladiolus as affected by temperature and relative humidity. J Agr Res 43:353364 Barckhausen R 1978 Ultrastructural changes in wounded plant storage tissue cells. In: Kahl G (ed) Biochemistry of wounded plant tissues. Walter de Gruyter, Berlin New York, 1-42 References 37 Barker WG 1954 A contribution to the concept of wound repair in woody stems.

Suberized cells in the boundary zone contained senescing cytoplasm with fragments of undifferentiated Fig. 5. Transverse sections of peach bark examined with ultraviolet epifluorescence illumination (13-17, bar = 10 pm) and transmission electron microscopy (18-20, bar = I 11m). In 13-16. the wound surface is approximately 80011 above the noted cellular changes. Note the presence of phloem fibers (F) in 14-16. 13 Nonwounded control tissue showing ray parenchyma in the region of primary and secondary phloem.

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