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Gibert Simon Edel-Hermann Véronique Moussa Mcolo Rayanti Gautheron Elodie Michel Joël Bernaud Eric Gautheron Nadine Sol Jean-Marie Capelle Gery Galland Rachel Bardon-Debats Arnaud Lambert Claudine Steinberg Christian 《European journal of plant pathology / European Foundation for Plant Pathology》2021,160(3):503-518
European Journal of Plant Pathology - Fusarium verticillioides is a soil-borne plant pathogen of maize plants (Zea mays L.) responsible for major yield losses by causing root, stalk, and ear rot... 相似文献
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Whitham TG Difazio SP Schweitzer JA Shuster SM Allan GJ Bailey JK Woolbright SA 《Science (New York, N.Y.)》2008,320(5875):492-495
An important step in the integration of ecology and genomics is the progression from molecular studies of relatively simple model systems to complex field systems. The recent availability of sequenced genomes from key plants is leading to a new understanding of the molecular drivers of community composition and ecosystem processes. As genome sequences accumulate for species that form intimate associations in nature, a detailed view may emerge as to how these associations cause changes among species at the nucleotide level. This advance could dramatically alter views about the structure and evolution of communities and ecosystems. 相似文献
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H W Korf A Oksche P Ekstr?m I Gery J S Zigler D C Klein 《Science (New York, N.Y.)》1986,231(4739):735-737
Neural processes from mammalian pinealocytes have been discovered in several brain areas. These processes were visualized immunocytochemically in the Djungarian hamster, Phodopus sungorus, with an antiserum against bovine retinal S-antigen and traced as far as the region of the posterior commissure and habenular nuclei. This result indicates that pineal-to-brain connections exist in the mammal, and that the mammalian pineal gland, currently thought of only as a neuroendocrine organ, may communicate directly with select brain regions by way of these projections. The existence of mammalian pinealocyte projections is consistent with the view that these cells are not of glial origin but are derivatives of photoreceptor cells of the pineal complex of lower vertebrates that transmit signals to the brain by neural projections. 相似文献
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