6篇
您的检索式：作者名="Mortimer JC"
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| 1 | Annexins: multifunctional components of growth and adaptation显示文摘 | Mortimer JC Laohavisit A Macpherson N | 2008 | J Exp Bot2008，59，3： | 1 |
| 2 | A rare cause of neural foraminal widening显示文摘 | Rodrigues JC Mortimer AM Love S | 2012 | J Radiol Case Rep2012，6，12： | 1 |
| 3 | Annexins: multifunctional components of growth and adaptation显示文摘 | Mortimer JC Laohavisit A Macpherson N | 2008 | J Exp Bot2008，59，3： | 1 |
| 4 | Annexins: multifunctional components of growth and adaptation 显示文摘 | Mortimer JC Laohavisit A Macpherson N | 2008 | J Exp Bot2008，59，3： | 1 |
| 5 | Annexins: muhifunctional components of growth and adaptation 显示文摘 | Mortimer JC Laohavisit A Macpherson N | 2008 | J Exp Bot2008，59，3： | 1 |
| 6 | Polyurethane-degrading fungi from soils contaminated with rocket propellant and their ability to decompose alkyne terminated polybutadiene with urethane显示文摘A large amount of propellant materials are produced every year,and storage and disposal of these propellant materials seriously contributes to environmental pollution.Alkyne terminated polybutadiene with urethane segments(PUPB)is the macromolecule backbone of these propellant materials,and degradation of PUPB is central to the eco-friendly treatment of propellant materials.In this study,we isolated a polyurethane(PU)-and PUPB-degrading fungus from soils contaminated with rocket propellant,and the fungus H14 was identified as Fusarium solani(Mart.)Sacc.based on macro-and micro-morphology as well as phylogenetic analyses.The ability of F.solani H14 to degrade PU film and PUPB patches was evaluated via mass loss,scanning electron microscopy(SEM)and enzyme production ability.Mass loss analyses revealed a 25.8%reduction in mass of PU and 1.3%reduction in mass of PUPB after F.solani H14 was incubated with PU and PUPB for 90 days,respectively.We found that F.solani H14 mycelia significantly colonized both PU and PUPB.SEM images showed that the surface of PU films and PUPB patches formed holes,underwent folding and experienced damage as well as irregular fissuring from the erosion of fungal hypha.Moreover,two possible degradative enzymes,lipase and esterase,were produced by F.solani.Our study opens a new avenue of research for eco-friendly treatments of explosive materials and propellants.This paper represents the first article on the degradation of PUPB patches. | Ren GC Pang AM Gao Y Wu SX Ge ZQ Zhang TF Wanasinghe DN Khan S Mortimer PE Xu JC Gui H | 2021 | Studies in Fungi2021，6，1： | 0 |
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