Transport In Plants 植物体内的传输 主要包含了植物体运输机制相关的植物结构与各种物质的传输机制。 Structure of the transport tissue & Transport Mechanisms 本章难度不大,但是需要记忆东西较多哦 接下来就是我们的Mindmap本尊啦~ 我是你们忠实的小助手,希望对大家有帮助~ 🍭评论区喜欢的可以夸夸我、关注我🍭...
Despite the importance of peroxisomal transporters, the majority of these proteins, however, are still unknown at the molecular level in plants as well as in other eukaryotic organisms. Four transport proteins have been recently identified and functionally characterized inArabidopsisso far: one ...
Water is the most limiting abiotic (non-living) factor to plant growth and productivity, and a principal determinant of vegetation distributions worldwide. Since antiquity, humans have recognized plants' thirst for water as evidenced by the existence of irrigation systems at the beginning of ...
Over the past few years, molecular approaches associated with electrophysiological analyses have greatly advanced our understanding of K+ transport in plants. A large number of genes encoding K+ transport systems have been identified, revealing a high level of complexity. Characterization of some ...
Flowers, T.J., Yeo, A.R. (1992). Transport in the Phloem. In: Solute Transport in Plants. Tertiary Level Biology. Springer, Dordrecht. https://doi.org/10.1007/978-94-011-2270-2_7 Download citation .RIS .ENW .BIB DOIhttps://doi.org/10.1007/978-94-011-2270-2_7 ...
Plants may use the steep ATP gradient that exists across the plasma membrane in a symport process to help power the efflux of various compounds that are exported by the ABC transporter P-glycoprotein (pgp1 or MDR1) (Plant Cell 12:519). Raising the level of extracellular ATP (xATP) by ...
Networks that provide optimal transport properties1,2 are of interest in many different disciplines ranging from the study of natural systems such as water transport in plants3, veination patterns in leaves4,5, river basins6 to the design of transportation infrastructures, either from an applied po...
Conclusions The emerging picture of boron movement in plants is of a complex multi-layered system designed to optimise the use of boron over a broad range of concentrations. At the cellular level, plants can switch the direction of boron flow through the polar expression of membrane transporters,...
Even in malic enzyme starch-storing species such as Kalancho daigremontiana Hamet et Perr. and Mesembryanthemum crystallinum L., the best-described variants of plants with the second-most common mode of photosynthetic carbon metabolism known, no tonoplast or mitochondrial transporter has been ...
Dramatic accumulation of proline due to increased synthesis and decreased degradation under a variety of stress conditions such as salt, drought and metal has been documented in many plants. Similarly, a decrease in the level of accumulated proline in the rehydrated plants is due to both down ...