THE FISH FAUNA OF JAPAN,WITH OBSERVATIONS ON THE GEOGRAPHICAL DISTRIBUTION OF FISHES     

Jordan DS 《Science (New York, N.Y.)》1901,14(354):545-567

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THE FIRST SPECIES NAMED AS THE TYPE OF THE GENUS     

Jordan DS 《Science (New York, N.Y.)》1900,12(308):785-787

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THE METHOD OF ELIMINATION IN FIXING GENERIC TYPES IN ZOOLOGICAL NOMENCLATURE     

Jordan DS 《Science (New York, N.Y.)》1905,22(567):598-601

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The human polyomavirus, JCV, uses serotonin receptors to infect cells     

Elphick GF  Querbes W  Jordan JA  Gee GV  Eash S  Manley K  Dugan A  Stanifer M  Bhatnagar A  Kroeze WK  Roth BL  Atwood WJ 《Science (New York, N.Y.)》2004,306(5700):1380-1383

The human polyomavirus, JCV, causes the fatal demyelinating disease progressive multifocal leukoencephalopathy in immunocompromised patients. We found that the serotonergic receptor 5HT2AR could act as the cellular receptor for JCV on human glial cells. The 5HT2A receptor antagonists inhibited JCV infection, and monoclonal antibodies directed at 5HT2A receptors blocked infection of glial cells by JCV, but not by SV40. Transfection of 5HT2A receptor-negative HeLa cells with a 5HT2A receptor rescued virus infection, and this infection was blocked by antibody to the 5HT2A receptor. A tagged 5HT2A receptor colocalized with labeled JCV in an endosomal compartment following internalization. Serotonin receptor antagonists may thus be useful in the treatment of progressive multifocal leukoencephalopathy.  相似文献   

Science and law. When patents threaten science     

Andrews L  Paradise J  Holbrook T  Bochneak D 《Science (New York, N.Y.)》2006,314(5804):1395-1396

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Does oral prednisolone treatment increase the incidence of acute laminitis?          下载免费PDF全文

V. J. Jordan  J. L. Ireland  D. I. Rendle 《Equine veterinary journal》2017,49(1):19-25

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<Emphasis Type="Italic">RB</Emphasis> and <Emphasis Type="Italic">Ph</Emphasis> resistance genes in potato and tomato minimize risk for oospore production in the presence of mating pairs of <Emphasis Type="Italic">Phytophthora infestans</Emphasis>     

Amilcar Sanchez-Perez  Dennis Halterman  Stephen Jordan  Yu Chen  Amanda J. Gevens 《European journal of plant pathology / European Foundation for Plant Pathology》2017,148(4):853-866

Composed mostly of fungivorous species, the genus Aphelenchoides also comprises 14 plant-parasitic species. The most common and devastating, A. besseyi, A. fragariae, A. ritzemabosi and A. subtenuis have been reported on more than 900 plant species. The combination of low inter-specific and high intra-specific morphological variability makes morphology-based identification extremely difficult within this genus, and has led to molecular tools being employed to ensure accurate diagnoses. rDNA markers are widely used for the identification of nematodes while the Cytochrome Oxidase I gene (COI) remains relatively unexplored despite its role as the standard barcode for almost all animal groups. To explore its suitability as a diagnostic tool, we studied a fragment of the mtCOI region of the four main plant-parasitic Aphelenchoides within a phylogenetic framework. We generated 69 mtCOI and 123 rDNA sequences of diverse Aphelenchoides taxa; 67 belong to the main plant-parasitic species including the first mtCOI sequence of A. fragariae and the first mtCOI and 28S sequences of A. subtenuis. mtCOI had a similar success rate for PCR amplification. Phylogenetic trees based on the three studied markers are largely in agreement with one another, validating their use for Aphelenchoides diagnosis; additionally, we were able to locate several misidentified sequences of plant-parasitic Aphelenchoides in existing databases. The concatenated analysis from the three markers resulted in a more robust insight into the phylogeny and evolution of Aphelenchoides, revealing that plant-parasitism has evolved independently at least three times within this genus, presumably from fungal-feeding ancestors.  相似文献