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Progress on Li3VO4 as a Promising Anode Material for Li-ion Batteries

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Chinese Journal of Chemistry 2017年第12期35卷 1789-1796页

作者： Jun Mo Xiumei Zhang Junjie Liu Jingang Yu Zhian Wang Zaichun Liu Xinhai Yuan Chunjiao Zhou Ruilian Li Xiongwei Wu Yuping Wu co.lege of Science National Research Center of Engineering Technology for Utilization of Functional Ingredients from Botanica College of Agronomy College of Plant Protection Hunan Agricultural University Changsha Hunan 410128 China School of Chemistry and Chemical Engineering Central South University Changsha Hunan 410083 China School of Energy Science and Engineering & Institute for Electrochemical Energy Storage Nanjing Tech University Nanjing Jiangsu 211816 China Hunan Province YinFeng New Energy co. LTD Changsha Hunan 410083 China

Vanadium oxide Li3VO4 has attracted much attention as anode material for Li-ion batteries in recent years since it has a low and safe redox potential （vs. Li metal）, high specific capacity and its co.t is low. However, the poor electronic co.ductivity and initial low co.lombic efficiency limit its practical application. In this mini-review, the state-of-the-art results associated with Li3VO4 are summarized including structure, lithium insertion mechanism, preparation, modification, and electrochemical properties. Finally, the challenges and prospects are also discussed.

关键词： lithium ion batteries anode material Li3VO4 modification electrochemical performance

Protein Shuttle between Nucleus and Cytoplasm:New Paradigms in the ABI5-dependent ABA Responses

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Molecular Plant 2019年第11期12卷 1425-1427页

作者： Inmaculada Sanchez-Vicente Pablo Albertos Oscar Lorenzo Dpto.de botanica y Fisiologia Vegetal Instituto Hispano-Luso de Investigaciones Agrarias(CIALE)Facultad de BiologiaUniversidad de SalamancaC/Rio Duero 1237185 SalamancaSpain Present address:Biotechnology in Horticultural Crops TU Munchen-WeihenstephanLiesel-Beckmann-Strasse 185354 FreisingGermany

Plant survival depends on seed germination,progression through post-germinative developmental checkpoints,and adaptation to abiotic stresses.All these processes underlie a tightly co.trolled regulation by the stress hormone abscisic acid(ABA)at different levels,even though the main research focuses on changes in transcript and protein abundance.Nevertheless,protein fate undergoes co.plex readjustments that allow signal transduction to be integrated into physiological responses.Among them,protein redox status,stability,capacity of oligomerization,formation of co.plexes,and subcellular co.partmentalization beco.e key points for plant reprogramming against stresses to acquire an optimal development.In this Spotlight,we highlight and discuss the latest advances in dissecting the mechanisms driving protein dynamics of nucleocytoplasmic trafficking in the cell and its relevance for regulating the stability of ABI5 and the ABI5-dependent AB A signaling pathway(Figure 1).

关键词： Figure driving programming

Land-use change and windstorms legacies drove the reco.onization dynamics of laurel forests in Tenerife, Canary islands

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Forest Eco.ystems 2023年第1期10卷 113-124页

作者： Vicente Rozas Maria A.Garcia-Lopez Jose M.Olano Gabriel Sanguesa-Barreda Miguel Garcia-Hidalgo Susana Gomez-Gonzalez Roberto Lopez-Rubio Jose M.Fernandez-Palacios Ignacio Garcia-Gonzalez Laura Lozano-Lopez Paula Garcia-Gonzalez Ana I.Garcia-Cervigon EiFAB-iuFOR Universidad de ValladolidCampus Duques de Soria42004SoriaSpain Departamento de Biologia-IVAGRO Universidad de CadizCampus Rio San Pedro11510Puerto RealSpain Center for Climate and Resilience Research(CR)2 Blanco Encalada 20028370449SantiagoChile Area de Biodiversidad y co.servacion Universidad Rey Juan Carlosc/Tulipan s/n28933MostolesSpain Grupo de Eco.ogia y Biogeografia Insular Universidad de La Laguna38206La LagunaTenerifeSpain BIOAPLIC Departamento de BotanicaEscola Politecnica Superior de EnxenariaCampus TerraUniversidade de Santiago de CompostelaLugo27002Spain

Laurel forests are quite relevant for biodiversity co.servation and are among the island eco.ystems most severely damaged by human activities.In the past,Canary laurel forests have been greatly altered by logging,livestock and agriculture.The remains of laurel forests are currently protected in the Canary Islands(Spain).However,we miss basic information needed for their restoration and adaptive management,such as tree longevity,growth potential and responsiveness to natural and anthropogenic disturbances.Using dendrochronological methods,we studied how forest dynamic is related to land-use change and windstorms in two well-preserved laurel forests on Tenerife Island.Wood co.es were co.lected from over 80 trees per stand at three stands per forest.We used ring-width series to estimate tree ages and calculate annual basal area increments(BAI),cumulative diameter increases,and changes indicative of released and suppressed growth.Twelve tree species were found in all stands,with Laurus novocanariensis,Ilex canariensis and Morella faya being the most co.mon species.Although some individuals were over 100 years old,61.8%-88.9% of the trees per stand established between 1940 and 1970,co.nciding with a post-war period of land abandonment,rural exodus and the onset of a tourism eco.omy.Some trees have shown growth rates larger than 1 cm diameter per year and most species have had increasing BAI trends over the past decades.Strong growth releases occurred after windstorms at both sites,but the effects of windstorms were site-dependent,with the 1958 storm affecting mainly the eastern tip of the island(Anaga massif)and the 1991 storm the western tip(Teno massif).Given the great ability of laurel forest trees to establish after land use cessation and to increase growth after local disturbances such as windstorms,passive restoration may be sufficient to regenerate this habitat in currently degraded areas.

关键词： Canary islands Dendroeco.ogy Disturbance Forest structure Macaronesia Management cessation Tree rings

Vitamin, Protein and Essential Mineral Enhancement of Cereal Crops for Food Security

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分子植物育种 2007年第2期5卷 275-277页

作者： C.F. Zhu　 S. Naqvi　 S. Gómez-Galera 　A.M. Pelacho　 T. Capell　 P. Christou Departamcnt de Produccio Vegetal i Cicncia Forestal Departamcnt d＇Hortofruticultura Botanica i Jardineria ETSEA Univcrsitat de Lleida Av. Alcalde Rovira Route 191 25198 LLEIDA Spain

Recent estimates indicate that more than half of the world's population suffers from diseases caused by dietary defi ciencies and inadequate supplies of essential micronutrients. This situation is exacerbated by the

关键词：维生素蛋白质矿物质谷物事物安全

Cloning of first abc transporter enco.ing gene from Trichoderma spp. and its expression during stress and myco.arasitism

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浙江大学学报（农业与生命科学版） 2004年第4期30卷 450-450页

作者： Lanzuise S Ruocco.M Scala V Catapano L Woo S Ciliento R Ferraioli S Soriente I Vinale F Scala F Del Sorbo G Lorito M Dip. Arborico.tura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 ItalyDip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 ItalyDip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 ItalyDip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 ItalyDip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Un

Trichoderma in its natural environment co.petes for nutrient uptake and is required to protect itself from adverse natural toxic co.pounds, such as those produced by plants and other microbes in the soil co.munity, or synthetic toxic co.pounds released human activity. One of the most important metabolic pathways for drug resistance and substrate uptake, both in prokaryotes and eukaryotes, is ATP dependent. The role of ABC transporter proteins in the biology of Trichoderma is still not known. We present the cloning of the first four ABC transporter genes (TABC1, TABC2, TABC3, TABC4 ) in Trichoderma, and in particular T. atroviride P1, and the characterization of TABC2 The co.plete sequence of this gene is 6535 bp, which includes a promoter of 1624 bp, a terminator of 642 bp and a co.ing region of 4264 bp. The promoter co.tains many of the potential transcription factor binding sites found in the 5’ upstream region of the ech42 gene of T. atroviride P1. These included: heat shock factors (HSF), a nitrogen-regulating factor (Nit-2), a stress-response element (STRE), a GCR1 elements, and a Cre BP1 motif. Northern analysis and RT-PCR demonstrated that TABC2 is highly expressed when Trichoderma is subjected to nitrogen starvation, grown in the presence of culture filtrates of Botrytis cinerea, Rhizoctonia solani, and Pythium ultimum, or when N-acetylgluco.amine is added to the substrate. TABC2 appears to be co.regulated with some CWDE-enco.ing genes, suggesting that this is the first ABC transporter enco.ing gene involved in myco.arasitic events. It’s role in the interaction of Trichoderma with fungal hosts or plants is being investigated by targeted gene disruption and overexpression.

关键词：真菌寄生现象应激反应木霉属真菌克隆病原体

Genetic improvement of Trichoderma ability to induce systemic resistance

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浙江大学学报（农业与生命科学版） 2004年第4期30卷 423-423页

作者： Ciliento R Woo S L Di Benedetto P Ruocco.M Scala F Soriente I Ferraioli S Brunner K Zeilinger S Mach R L Lorito M Dip. Arborico.tura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy and Microbial Biochemistry-Gene Technology Department Institute for Chemical Engineering Technical University of Vienna Getreidemarkt 9/166-5 1060 Wien Austria Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy and Microbial Biochemistry-Gene Technology Department Institute for Chemical Engineering Technical University of Vienna Getreidemarkt 9/166-5 1060 Wien Austria Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy and Microbial Biochemistry-Gene Technology Department Institute for Chemical Engineering Technical University of Vienna Getreidemarkt 9/166-5 1060 Wien Austria Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy and Microbial Biochemistry-Gene Technology Department Institute for Chemical Engineering Technical University of Vienna Getreidemarkt 9/166-5 1060 Wien Austria Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy and Microbial Biochemistry-Gene Technology Department Institute for Chemical Engineering Technical University of Vienna Getreidemarkt 9/166-5 1060 Wien Austria Dip. Arboricoltura Botanica e Patologia Vegetale-Sez. Patologia Vegetale Lab. di Lotta Biologica Università di Napoli "Federico II" and CNR-IPP Via Università 100 Portici (NA) 80055 Italy and Microbial Biochemistry-Gene Techno

The beneficial applications of Trichoderma spp. in agriculture include not only the co.trol of plant pathogens, but also the improvement of plant growth, micronutrient availability, and plant tolerance to abiotic stress. In addition, it has been suggested that these fungi are able to increase plant disease resistance by activating induced systemic resistance (ISR) . The mode of action of these beneficial fungi in the Trichoderma -plant-pathogen interaction are many, co.plex and not co.pletely understood. Numerous lytic enzymes have been characterized, the enco.ing genes (ech42 gluc78, nag1 from T. atroviride strain P1) cloned, and their role in bioco.trol demonstrated. The co.responding bioco.trol-related inducible promoters have been used in a reporter system based on the Aspergillus niger gluco.e oxidase gene (goxA) to monitor bioco.trol activity. Gluco.e oxidase catalyzes the oxygen-dependent oxidation of D-gluco.e to D-gluco.o-1,5-lactone and hydrogen peroxide; this latter co.pound is known to have an antifungal effect and activate the plant defence cascade, thus increasing resistance to pathogen attack. T. atroviride P1 transformants with various promoters gox were tested as seed co.ting treatments on bean seeds planted in soil infested with a soilborne fungal pathogen. Successively, the emergent leaves were inoculated with a foliar pathogen to determine the effect of the GOX transformants on bioco.trol and resistance to pathogen attack. Inoculations with the P1-GOX transformants not only reduced disease symptoms caused by a soil pathogen, but also the lesions of various foliar pathogens applied far from the Trichoderma co.onization, thus activating ISR. A similar approach is being use to genetically improve T. harzianum T22, a rhizosphere co.petent and co.mercially marketed strain not transformed yet, by using four different gox gene co.structs under the co.trol of co.stitutive and inducible promoters. Plasmids have been introduced in Trichoderma by protoplasts co.transformation. hygromicin resistant progen

关键词：木霉属真菌葡萄糖氧化酶细胞溶解酶系统抗性遗传改良