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Panaretou Vasiliki Vakalis Stergios Ntolka Aggeliki Sotiropoulos Aggelos Moustakas Konstantinos Malamis Dimitris Loizidou Maria 《Environmental science and pollution research international》2019,26(20):20232-20247
Environmental Science and Pollution Research - This article presents the pilot experience of an integrated biowaste management system developed in Tinos island, Greece, which promoted source... 相似文献
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Mazis Anastasios Litskas Vassilis D. Platis Dimitrios P. Menexes Georgios C. Anagnostopoulos Christos D. Tsaboula Aggeliki D. Mamolos Andreas P. Kalburtji Kiriaki L. 《Environmental science and pollution research international》2021,28(23):29421-29431
Environmental Science and Pollution Research - The development of agriculture is linked to energy resources. Consequently, energy analysis in agroecosystems could be a useful tool for monitoring... 相似文献
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A. Kolialexi C. Vrettou J. Traeger-Synodinos R. Burgemeister N. Papantoniou E. Kanavakis A. Antsaklis A. Mavrou 《黑龙江环境通报》2007,27(13):1228-1232
Single nucleated red blood cells (NRBCs) isolated from maternal circulation were used for prenatal diagnosis of β-thalassaemia. The study included 22 pregnant women in the first trimester, 6 carriers at risk for β-thalassaemia and 16 noncarriers. Methodology involved enrichment of NRBCs by magnetic cell sorting (MACS) and microdissection of single NRBCs with a laser micromanipulation system. Single-cell genotyping based on nested real-time PCR for genotyping β-globin gene mutations was performed followed by a multiplexed minifingerprinting to confirm the origin of the isolated cells and possible contamination. Two polymorphic markers (D13S314 and GABRB3) facilitated the identification of fetal NRBCs through comparison of allele sizes found in the respective parents. In this study, 224 single NRBCs were detached and transferred into individual PCR tubes. Allele amplification in at least one microsatellite marker was achieved in 128/224 cells. Minifingerprinting analysis showed that 22 cells were fetal, 26 maternal and 80 were noninformative due to ADO or homozygosity. In 6 NRBCs the β-globin gene was amplified and in 2, coming from the same pregnancy, only the paternal mutation was detected. The low PCR success when genotyping isolated NRBCs was possibly due to the poor quality of fetal NRBCs and the relatively large size of the β-globin gene product. Copyright © 2007 John Wiley & Sons, Ltd. 相似文献
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