Transport in plants: Phloem transport |
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Contents
SieveElement Structure | 3 |
Longevity of Sieve Elements | 26 |
F Conclusion | 32 |
Copyright | |
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14C-sucrose activity aphid assimilates bark bidirectional Biol bleeding Botany bundles calcium callose Canny carbohydrates companion cells concentration Cucurbita maxima Cucurbita pepo cytoplasm dicotyledons effect electroosmosis enzymes Esau Eschrich Evert Exptl exudate crude Fensom filaments function Geiger Heracleum honeydew inflorescence inhibition inhibitors ions Kennecke Kluge labeled leaf leaves lumen mass flow mechanism membrane mesophyll metabolism minor veins movement Munch observed occur osmotic P-protein parenchyma parenchyma cells Peel petiole phloem exudate phloem loading phloem sap phloem transport photosynthesis Plant Physiol plasmalemma plasmodesmata potassium pressure flow protein ray cells Ricinus Robinia roots sieve cells sieve plates sieve tubes sieve-plate pores sieve-tube exudate sieve-tube sap sink solutes Spanner species starch stem strands structure studies stylet stylet exudate substances sucrose sugar beet Tammes temperature tissue tracer translocation translocation rate trees turgor uptake vascular velocity Vicia faba Weatherley willow xylem Yucca flaccida Ziegler Zimmermann