FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4245381657> ?p ?o ?g. }

• W4245381657 endingPage "49" @default.
• W4245381657 startingPage "35" @default.
• W4245381657 abstract "Aerenchyma – tissue containing enlarged gas spaces – occurs in many plants. It is formed either as part of normal development, or in response to stress (e.g. hypoxia). Two mechanisms of aerenchyma formation have been described; schizogeny, in which development results in the cell separation and lysigeny, in which cells die to create the gas space. While schizogenous aerenchyma provides a fascinating system for study and has been described in detail at a morphological and ultrastructural level, little is known about the molecular genetics of its formation. The ultrastructure and morphology of lysigenous aerenchyma has also been researched in detail, and considerable progress has been made in describing the cell death processes involved, particularly in relation to programmed cell death. Once again, the molecular genetics of the process are not well understood. Aerenchyma is of great importance in crop survival in waterlogging. It is also important in being a major pathway for the release of the global warming gas methane to the atmosphere in flooded soils. Understanding the regulation of its development is therefore a research priority. Contents Summary 35 I. Introduction 36 II. Schizogenous aerenchyma formation 36 III. Lysigenous aerenchyma formation 37 IV. Regulators of lysigenous aerenchyma formation 38 V. Key questions in lysigenous aerenchyma formation 38 VI. Sensing hypoxia; early events in aerenchyma formation 39 VII. Ultrastructural changes associated with lysigenous aerenchyma formation 39 VIII. Late events in cell death in aerenchyma formation 42 IX. Comparative evidence for programmed cell death in aerenchyma formation 43 X. Comparison with other abiotic initiators of cell death in plants 45 XI. Conclusions and future prospects 46 Acknowledgements 47 References 47" @default.
• W4245381657 created "2022-05-12" @default.
• W4245381657 creator A5021657092 @default.
• W4245381657 date "2003-10-24" @default.
• W4245381657 modified "2023-10-09" @default.
• W4245381657 title "Aerenchyma formation" @default.
• W4245381657 cites W1549031094 @default.
• W4245381657 cites W1564286006 @default.
• W4245381657 cites W1593696063 @default.
• W4245381657 cites W1594509035 @default.
• W4245381657 cites W1606479154 @default.
• W4245381657 cites W1651744008 @default.
• W4245381657 cites W1849432559 @default.
• W4245381657 cites W1964124081 @default.
• W4245381657 cites W1966919906 @default.
• W4245381657 cites W1970323015 @default.
• W4245381657 cites W1977756884 @default.
• W4245381657 cites W1980349602 @default.
• W4245381657 cites W1982578345 @default.
• W4245381657 cites W1991588439 @default.
• W4245381657 cites W1993813350 @default.
• W4245381657 cites W1995764868 @default.
• W4245381657 cites W1996222696 @default.
• W4245381657 cites W1997935698 @default.
• W4245381657 cites W2006235181 @default.
• W4245381657 cites W2009295632 @default.
• W4245381657 cites W2009680421 @default.
• W4245381657 cites W2009795294 @default.
• W4245381657 cites W2011100830 @default.
• W4245381657 cites W2012337697 @default.
• W4245381657 cites W2012751277 @default.
• W4245381657 cites W2013364118 @default.
• W4245381657 cites W2014374549 @default.
• W4245381657 cites W2017282736 @default.
• W4245381657 cites W2018673301 @default.
• W4245381657 cites W2021067204 @default.
• W4245381657 cites W2024445545 @default.
• W4245381657 cites W2026203487 @default.
• W4245381657 cites W2031549221 @default.
• W4245381657 cites W2037025258 @default.
• W4245381657 cites W2038075276 @default.
• W4245381657 cites W2039116258 @default.
• W4245381657 cites W2040694096 @default.
• W4245381657 cites W2040866124 @default.
• W4245381657 cites W2048557953 @default.
• W4245381657 cites W2052853635 @default.
• W4245381657 cites W2057232935 @default.
• W4245381657 cites W2064625571 @default.
• W4245381657 cites W2067010286 @default.
• W4245381657 cites W2079445657 @default.
• W4245381657 cites W2082034085 @default.
• W4245381657 cites W2086701135 @default.
• W4245381657 cites W2089211825 @default.
• W4245381657 cites W2090643815 @default.
• W4245381657 cites W2090831312 @default.
• W4245381657 cites W2095974262 @default.
• W4245381657 cites W2097517657 @default.
• W4245381657 cites W2101226636 @default.
• W4245381657 cites W2102734972 @default.
• W4245381657 cites W2104830212 @default.
• W4245381657 cites W2104903500 @default.
• W4245381657 cites W2112198510 @default.
• W4245381657 cites W2113910010 @default.
• W4245381657 cites W2114045225 @default.
• W4245381657 cites W2116681731 @default.
• W4245381657 cites W2118325386 @default.
• W4245381657 cites W2122912947 @default.
• W4245381657 cites W2130333871 @default.
• W4245381657 cites W2133760292 @default.
• W4245381657 cites W2135340445 @default.
• W4245381657 cites W2138302361 @default.
• W4245381657 cites W2138414244 @default.
• W4245381657 cites W2139126311 @default.
• W4245381657 cites W2140104015 @default.
• W4245381657 cites W2142895701 @default.
• W4245381657 cites W2143804879 @default.
• W4245381657 cites W2150328349 @default.
• W4245381657 cites W2150814748 @default.
• W4245381657 cites W2151692857 @default.
• W4245381657 cites W2152073379 @default.
• W4245381657 cites W2158966522 @default.
• W4245381657 cites W2163625628 @default.
• W4245381657 cites W2176959774 @default.
• W4245381657 cites W2325540582 @default.
• W4245381657 cites W2338461997 @default.
• W4245381657 cites W2505695263 @default.
• W4245381657 cites W251505003 @default.
• W4245381657 cites W4230625154 @default.
• W4245381657 cites W4244774698 @default.
• W4245381657 cites W4248549418 @default.
• W4245381657 cites W4251274133 @default.
• W4245381657 cites W4253319516 @default.
• W4245381657 cites W4253541377 @default.
• W4245381657 doi "https://doi.org/10.1046/j.1469-8137.2003.00907.x" @default.
• W4245381657 hasPublicationYear "2003" @default.
• W4245381657 type Work @default.
• W4245381657 citedByCount "429" @default.
• W4245381657 countsByYear W42453816572012 @default.

• next