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48篇 您的检索式:作者名="MARCON J"
    题名 作者 年代 出处 被引量
1Milk - coagulating enzymes of tuna fish waste as a rennet substitute 显示文摘Tavares J F Baptista J A Marcone M F 1997International Journal of Food Sciences and Nutrition1997,48,3:1
2Optimiza- tion of microwave-assisted extraction of phenolics from po- tato and its downstream waste using orthogonal array de- sign 显示文摘WU T YAN J LIU R H Marcone M F 2012Food Chemistry2012,133,4:1
3Assessing foliar chlorophyll contents with the SPAD -502 chlorophyll meter: a calibration test with thirteen tree species of tropical rainforest in French Guiana显示文摘Coste S Baraloto C Leroy C Marcon Renaud A Richardson A D Roggy J C Schimann H Uddling J H6rault B 2010Annals of Forest Science2010,67,6:1
4The role of VTIQ as a new tissue strain analytics measurement technique in testicular lesions显示文摘Trottmann M Marcon J D'Anastasi M 2014Clin Hemorheol Microcirc2014,58,1:1
5Developing an epitope-driven tuberculosis (TB) vaccine 显示文摘de GROOT A S MCMURRY J MARCON b 2005Vaccine2005,23,2:1
6Influence of sulfur content on the thermal creep of zirconium alloy 显示文摘Charquet D Senevat J Marcon J 1998Journal of Nuclear Materials1998,255,:1
7Seseemet' s membrane de- tachment after cataract surgery: management and oult'ome 显示文摘Marcon AS Rapuano C J Jones MR 2002Ophthalmology2002,109,12:1
8Diversity of endophytic bacterial populations and their interaction with Xylella fastidiosa in citrus plants显示文摘ARA U'JO W L MARCON J MACCHERONI W JR 2002Applied and Environmental Microbiology2002,68,10:1
9Developing an epitope-driven tuberculosis (TB) vaccine 显示文摘DE GROOT AS MCMURRY J MARCON L 2005Vaccine2005,23,:1
10Developing an epitope-driven tuberculosis (TB) vaccine显示文摘De Groot AS McMurry J Marcon L 2005Vaccine2005,23,1718:1
11Reliability study of power RF LDMOS for rader application显示文摘Maanane H Bertram P Marcon J 2004Microelectronics Reliability2004,44,:1
12Methods and parameters of melting curve analysis for identification of Leishmania species:A scoping review显示文摘Leishmaniasis is a set of diseases with a worldwide distribution that affects mainly economically underprivileged populations in developing countries. It has a major impact on public health, with a global cost of billions of dollars per year. The treatment and control of leishmaniasis vary according to the Leishmania species involved, which require reliable methods for species identification. Since most of the currently used methods have limitations, there is a need for assays that allow rapid, precise identification of the offending species. Real-time polymerase chain reactions in conjunction with dissociation curve analysis have been used to detect differences in the DNA composition of selected genes of Leishmania spp. Kinetoplast DNA is the main molecular target used because of its high copy number per parasite, but other targets have also been studied. As part of an effort to establish melting temperature standards for each target gene, we have reviewed the pertinent literature available in public databases, including Pub Med, Web of Science, Sci ELO and LILACS, using the keywords 'Leishmania', 'leishmaniasis', 'realtime PCR', 'melting temperature', and 'melting curve', alone or in combination. After applying eligibility criteria, 27 articles were selected for analysis. A considerable variation in the methodologies analyzed was found regarding molecular targets, standardization of the methods, reproducibility and specificity. Because of this, statistical analysis was not performed. In most cases, the methods were able to differentiate the parasite at the subgenus level or few species regardless of the target chosen.Juliana J G Ferreira Fernanda S Nascimento Glaucia E B Marcon Eros A de Almeida Sandra C B Costa 2021Asian Pacific Journal of Tropical Medicine2021,14,12:1
13Milk-derived bio- active peptides inhibit human endothelial-monocyte interactions via,PPAR-7 dependent regulation of NF-kB显示文摘Marcone S Haughton K Simpson P J 2015Journal of In- flammation2015,12,1:1
14Developing an epitope-driven tuberculosis (TB) vaccine显示文摘De Groot AS McMurry J Marcon L 2005Vaccine2005,23,1718:1
15Milk-Coagulating Enzymes of Tuna Fish Waste as a Rennet Substitute显示文摘TAVARES J E P BAPTISTA J A B B MARCONE M F 1997International Journal of Food Science and Nutrition1997,48,3:1
16Journal of Nuclear Materials显示文摘Charquet D Senevat J Marcon J P 1998255: 781998,255,:1
17Diversity of endophytic bacterial populations and their interaction with Xylella fastidiosa in citrus plants显示文摘Aratújo W L Marcon J Maccheroni Jr W 2002App Environ Microbio2002,68,10:1
18Diversity of endophytic bacterial populations and their interaction with Xylella fastidiosa in citrus plants显示文摘Araújo WL Marcon J Maccheroni W Jr 2002Applied and Environmental Microbiology2002,68,10:1
19Developing an epitope-driven tuberculosis (TB) vaccine 显示文摘De Groot AS McMurry J Marcon L 2005Vaccine2005,23,1718:1
20Milk-coagulating en-zymes of tuna ifsh waste sa a rennet substitute显示文摘TAVARES J E P BAPTISTA J A B MARCONE M F 1997International Journal ofFood Science and Nutrition1997,48,:1
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