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Microhabitat heterogeneity associated with Vanilla *** its influences on the microbial community of leaf litter and soil

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Soil Ecology Letters 2020年第3期2卷 195-208页

作者： Gabriela Montes de Oca-Vasquez Frank Solano-Campos Bernal Azofeifa-Bolanos Amelia Paniagua-Vasquez Jose Vega-Baudrit Antonio Ruiz-Navarro Ruben Lopez-Mondejar Felipe Bastida National Nanotechnology Laboratory National Center for High Technology10109 PavasSan JoseCosta Rica School of Biological Sciences Universidad NacionalCampus Omar Dengo86-3000 HerediaCosta Rica asociacion nacional de vainilleros unidos San JoseCosta Rica Instituto de Investigacion y Servicios Forestales Universidad Nacional86-3000 HerediaCosta Rica Laboratory of Polymer Science and Technology School of ChemistryUniversidad NacionalCampus Omar Dengo86-3000 HerediaCosta Rica CEBAS-CSIC Department of Soil and Water ConservationCampus Universitario de Espinardo30100MurciaSpain Laboratory of Environmental Microbiology Institute of Microbiology of the CASVidenska 1083Praha 414220Czech Republic

The impact of forest microhabitats on physiochemical properties of the soil and that of microbial communities on tropical soils remain poorly *** elucidate the effect of tropical forest stand on leaf litter and soil microbial communities,we studied enzyme activities,microbial biomass,and diversity in three distinct microhabitats in terms of plant richness,diameter at breast height(DBH),and physiochemical properties of soil and litter,each associated with a different Vanilla *** the soil,positive correlations were found between electrical conductivity(EC)and total organic carbon(TOC)with phosphatase activity,and between nitrogen(N)and water-soluble carbon(WSC)content with urease activity(UA).In the litter,the water content was positively correlated with bacterial and fungal biomass,and N and WSC contents were positively correlated with fungal *** correlations were found between plant richness and UA in the soil,plant richness and fungal biomass in the soil and litter,and DBH and fungal biomass in the *** sequencing revealed differences between microhabitats in the relative abundance of some fungal and bacterial taxa and in the bacterial community composition of both litter and *** richness and diversity were different between microhabitats,and,in litter samples,they were negatively correlated with DBH and plant richness,*** contrast,none of the soil and litter physiochemical properties were significantly correlated with microbial *** results show that significant shifts in enzyme activity,microbial biomass,and diversity in the microhabitats were driven by key abiotic and biotic factors depending on the soil or litter sample type.

关键词： Tropical rainforest Enzyme activity Microbial community composition Microbial biomass Plant richness

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Neutralization of Omicron BA.1,BA.5.1.6,BQ.1.3 and XBB1.1 induced by heterologous vaccination Ad5-nCoV and mRNA-1273

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Signal Transduction and Targeted Therapy 2023年第5期8卷 2085-2087页

作者： Jesús Hernández Freddy dehesa-Canseco Alma B.Vázquez-López Mónica Reséndiz-Sandoval Graciela Caire-Juvera Mario Solís-Hernández Olivia Valenzuela Bruno Gómez-Gil Verónica Mata-Haro Centro de Investigación en Alimentación y desarrollo A.C.HermosilloSonora83304Mexico Comisión México-Estados unidos para la Prevención de la Fiebre Aftosa y otras Enfermedades Exóticas de los Animales(CPA) SENASICASADERCiudad de México05010Mexico departamento de Ciencias Químico Biológicas Universidad de SonoraHermosilloSonora83000Mexico

dear Editor,The emergence of Omicron subvariants has required additional boosters to induce a highly neutralizing antibody response.1 However,the new Omicron subvariants BQ.1 and XBB,evade the humoral response induced by multiple mRNA vaccinations and infections.2,3 CansinoBio(Ad5-nCoV)is a single-dose adenovirus vector-based vaccine with high protection against severe disease4 but lower efficacy and antibody response than mRNA ***,hybrid immunity induced by infection plus vaccine or heterologous vaccines has produced a robust neutralizing antibody response.

关键词： vaccination vaccine immunity

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