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• W2132568536 abstract "In desiccation-tolerant plants vegetative organs can dry to about 4–13% relative water content, while desiccation-sensitive plants die when their relative water content drops below 20–50%. Desiccation-tolerant plants have different stress-adaptation strategies that provides good basis for their catalogization. Thus, these plants may be subdivided into homoiochlorophyllous and poikilochlorophyllous types according to the status of their photosynthetic apparatus upon dehydration. During dehydration homoiochlorophyllous species retain their photosynthetic apparatus and chlorophylls in a readily recoverable form, whereas in poikilochlorophyllous species desiccation results in the loss of chlorophyll, which must be resynthetized following rehydration. Desiccation-tolerant plants can be subdivided also on the basis of differences in the molecular mechanism of desiccation tolerance. Fully desiccation-tolerant plants are able to withstand rapid drying and possess constitutive tolerance, while modified desiccation-tolerant species are able to survive slow drying and possess inducible tolerance. Mechanisms proposed to explain the ability of vegetative desiccation-tolerant plants to survive desiccation include sucrose and trehalose accumulation, accumulation of stress proteins, increased folding ability of cell wall structures and accumulation of membrane stabilizing polyphenols and antioxidants. However, any of the above mechanisms may not have the same effect in desiccation-sensitive plants, such as crop plants. The utility of using genes from the desiccation-tolerant plants lies in the prospect of finding novel ways to maintain productivity of crop plants following periods of drought by either broadening the limits of cell maintenance to encompass lower water potentials and/or repairing damage as it occurs allowing for broadening of the sensitivity range. The question is how it can be achieved technically, because the weakest point within the whole high-throughput technologies is the limited capacity of conventional genetic transformation techniques. However, despite the limitations, conventional genetic transformation is still an unavoidable part of the functional genomics and molecular breeding programmes. Since resurrection plants show extreme sensitivity and vulnerability in tissue culture, lessons learned from their genetic transformation can be extended over other recalcitrant species." @default.
• W2132568536 created "2016-06-24" @default.
• W2132568536 creator A5031311092 @default.
• W2132568536 creator A5055094800 @default.
• W2132568536 creator A5071228571 @default.
• W2132568536 date "2009-02-01" @default.
• W2132568536 modified "2023-10-17" @default.
• W2132568536 title "Vegetative desiccation tolerance: Is it a goldmine for bioengineering crops?" @default.
• W2132568536 cites W1236164473 @default.
• W2132568536 cites W131984031 @default.
• W2132568536 cites W1488981096 @default.
• W2132568536 cites W1500110370 @default.
• W2132568536 cites W1527549524 @default.
• W2132568536 cites W1544767178 @default.
• W2132568536 cites W1546761783 @default.
• W2132568536 cites W1564866740 @default.
• W2132568536 cites W1602348602 @default.
• W2132568536 cites W1617627763 @default.
• W2132568536 cites W172432520 @default.
• W2132568536 cites W1978522873 @default.
• W2132568536 cites W1980428855 @default.
• W2132568536 cites W1982553456 @default.
• W2132568536 cites W1983137875 @default.
• W2132568536 cites W1985233328 @default.
• W2132568536 cites W1985734128 @default.
• W2132568536 cites W1988314246 @default.
• W2132568536 cites W1989128712 @default.
• W2132568536 cites W1990574265 @default.
• W2132568536 cites W1990635110 @default.
• W2132568536 cites W1990868717 @default.
• W2132568536 cites W1991218861 @default.
• W2132568536 cites W1994841774 @default.
• W2132568536 cites W1998179181 @default.
• W2132568536 cites W2000081372 @default.
• W2132568536 cites W2001712557 @default.
• W2132568536 cites W2005592449 @default.
• W2132568536 cites W2006028725 @default.
• W2132568536 cites W2006080544 @default.
• W2132568536 cites W2008993816 @default.
• W2132568536 cites W2009371479 @default.
• W2132568536 cites W2009419429 @default.
• W2132568536 cites W2011810800 @default.
• W2132568536 cites W2011977596 @default.
• W2132568536 cites W2014738779 @default.
• W2132568536 cites W2015617514 @default.
• W2132568536 cites W2018341058 @default.
• W2132568536 cites W2019174413 @default.
• W2132568536 cites W2019457814 @default.
• W2132568536 cites W2020040993 @default.
• W2132568536 cites W2021331937 @default.
• W2132568536 cites W2021696031 @default.
• W2132568536 cites W2021732322 @default.
• W2132568536 cites W2023037025 @default.
• W2132568536 cites W2023678991 @default.
• W2132568536 cites W2026768669 @default.
• W2132568536 cites W2026824471 @default.
• W2132568536 cites W2027940278 @default.
• W2132568536 cites W2029263787 @default.
• W2132568536 cites W2029809059 @default.
• W2132568536 cites W2032467781 @default.
• W2132568536 cites W2036232023 @default.
• W2132568536 cites W2036573950 @default.
• W2132568536 cites W2037236375 @default.
• W2132568536 cites W2037763413 @default.
• W2132568536 cites W2040996515 @default.
• W2132568536 cites W2041506075 @default.
• W2132568536 cites W2041719407 @default.
• W2132568536 cites W2042117874 @default.
• W2132568536 cites W2046341150 @default.
• W2132568536 cites W2047833023 @default.
• W2132568536 cites W2050713473 @default.
• W2132568536 cites W2052904834 @default.
• W2132568536 cites W2053981702 @default.
• W2132568536 cites W2055831142 @default.
• W2132568536 cites W2056580125 @default.
• W2132568536 cites W2057091397 @default.
• W2132568536 cites W2057760653 @default.
• W2132568536 cites W2058539798 @default.
• W2132568536 cites W2059038119 @default.
• W2132568536 cites W2059113607 @default.
• W2132568536 cites W2060218165 @default.
• W2132568536 cites W2062724206 @default.
• W2132568536 cites W2063887648 @default.
• W2132568536 cites W2065926691 @default.
• W2132568536 cites W2069444976 @default.
• W2132568536 cites W2069510093 @default.
• W2132568536 cites W2071602192 @default.
• W2132568536 cites W2074584884 @default.
• W2132568536 cites W2075466234 @default.
• W2132568536 cites W2076628997 @default.
• W2132568536 cites W2076685684 @default.
• W2132568536 cites W2078728626 @default.
• W2132568536 cites W2079703565 @default.
• W2132568536 cites W2079999451 @default.
• W2132568536 cites W2084837508 @default.
• W2132568536 cites W2086119026 @default.
• W2132568536 cites W2089367940 @default.
• W2132568536 cites W2089567776 @default.

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