Neuroscience. Predicting future rewards     

Richmond BJ  Liu Z  Shidara M 《Science (New York, N.Y.)》2003,301(5630):179-180

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The genome of the kinetoplastid parasite, Leishmania major     

Ivens AC  Peacock CS  Worthey EA  Murphy L  Aggarwal G  Berriman M  Sisk E  Rajandream MA  Adlem E  Aert R  Anupama A  Apostolou Z  Attipoe P  Bason N  Bauser C  Beck A  Beverley SM  Bianchettin G  Borzym K  Bothe G  Bruschi CV  Collins M  Cadag E  Ciarloni L  Clayton C  Coulson RM  Cronin A  Cruz AK  Davies RM  De Gaudenzi J  Dobson DE  Duesterhoeft A  Fazelina G  Fosker N  Frasch AC  Fraser A  Fuchs M  Gabel C  Goble A  Goffeau A  Harris D  Hertz-Fowler C  Hilbert H  Horn D  Huang Y  Klages S  Knights A  Kube M  Larke N  Litvin L  Lord A 《Science (New York, N.Y.)》2005,309(5733):436-442

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Spatially explicit correlates of plant functional traits inform landscape patterns of resource quality     

Heckford  Travis R.  Leroux  Shawn J.  Vander Wal  Eric  Rizzuto  Matteo  Balluffi-Fry  Juliana  Richmond  Isabella C.  Wiersma  Yolanda F. 《Landscape Ecology》2022,37(1):59-80

Landscape Ecology - Spatially explicit correlates of foliar elemental, stoichiometric, and phytochemical (ESP) traits represent links to landscape patterns of resource quality. We investigate...  相似文献   

Arsenic Stress Responses and Tolerance in Rice: Physiological,Cellular and Molecular Approaches     

Jyotirmay Kalita  Amit Kumar Pradhan  Zina Moni Shandilya  Bhaben Tanti 《水稻科学》2018,25(5):235-249

Arsenic (As), a potentially toxic metalloid released in the soil environment as a result of natural as well as anthropogenic processes, is subsequently taken up by crop plants. In rice grains, As has been reported in Asia, North America and Europe, suggesting a future threat to food security and crop production. As³⁺ by dint of its availability, mobility and phytotoxicity, is the most harmful species of As for the rice crop. Specific transporters mediate the transport of different species of As from roots to the aboveground parts of the plant body. Accumulation of As leads to toxic reactions in plants, affecting its growth and productivity. Increase in As uptake leads to oxidative stress and production of antioxidants to counteract this stress. Cultivars tolerant to As stress are efficient in antioxidant metabolism compared to sensitive ones. Iron and selenium are found to have ameliorating effect on the oxidative stress caused by As. Microbes, even many indigenous ones, in the plant rhizosphere are also capable of utilizing As in their metabolism, both independently and in association. Some of these microbes impart tolerance to As-stress in plants grown in As contaminated sites.  相似文献