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您的检索式：作者名="Francesca De Giorgi"
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| 1 | Human bocavirus: Current knowledge and future challenges显示文摘Human bocavirus(HBoV) is a parvovirus isolated about a decade ago and found worldwide in both respiratory samples, mainly from early life and children of 6-24 mo of age with acute respiratory infection, and in stool samples, from patients with gastroenteritis. Since then, other viruses related to the first HBoV isolate(HBoV 1), namely HBoV 2, HBoV 3 and HBoV 4, have been detected principally in human faeces. HBo Vs are small nonenveloped single-stranded DNA viruses of about 5300 nucleotides, consisting of three open reading frames encoding the first two the non-structural protein 1(NS1) and nuclear phosphoprotein(NP1) and the third the viral capsid proteins 1 and 2(VP1 and VP2). HBoV pathogenicity remains to be fully clarified mainly due to the lack of animal models for the difficulties in replicating the virus in in vitro cell cultures, and the fact that HBo V infection is frequently accompanied by at least another viral and/or bacterial respiratory and/or gastroenteric pathogen infection. Current diagnostic methods to support HBoV detection include polymerase chain reaction, real-time PCR, enzymelinked immunosorbent assay and enzyme immunoassay using recombinant VP2 or virus-like particle capsid proteins, although sequence-independent amplification techniques combined with next-generation sequencing platforms promise rapid and simultaneous detection of the pathogens in the future. This review presents the current knowledge on HBoV genotypes with emphasis on taxonomy, phylogenetic relationship and genomic analysis, biology, epidemiology, pathogenesis and diagnostic methods. The emerging discussion on HBoV s as true pathogen or innocent bystander is also emphasized. | Marcello Guido Maria Rosaria Tumolo Tiziano Verri Alessandro Romano Francesca Serio Mattia De Giorgi Antonella De Donno Francesco Bagordo Antonella Zizza | 2016 | World Journal of Gastroenterology2016，22，39： | 11 |
| 2 | Outer membrane VDAC1 controls permeability transition of the inner mitochondrial membrane in cellulo during stress-induced apoptosis显示文摘电压依赖者阴离子隧道(VDAC ) 1 是 mitochondrial 的主要隧道外部膜(妈妈) 和它被建议了是渗透转变毛孔(PTP ) 的部分, mitochondrial 渗透转变(MPT ) 的一个通常认为的 multiprotein 建筑群候选人代理人。在单个实时房间水平工作,我们发现 VDAC1 的 overexpression 在 mitochondrial 触发 MPT 内部膜(MIM ) 。相反地,在 MPT 的抑制的 silencing VDAC1 表示结果由导致亚硒酸盐的氧化应力引起了。这 MOM-MIM 串音被 Cyclosporin A 和 mitochondrial Cyclophilin D,然而并非由 Bcl-2 和 Bcl-XL 调制, PTP 的陈述语气操作。VDAC1 依赖的 MPT 雇佣包含反应的氧种类和 p38-MAPK 的一个积极反馈环,并且在第二包括 Bax 激活,细胞色素 c 版本和 caspase 触发正规 apoptotic 回答 3 激活。我们的数据因此支持在 MOM 包含 VDAC1 的 PTP 建筑群的一个模型,并且显示 VDAC1 依赖的 MPT 是在氧化导致压力的 apoptosis 起一个原因的作用的在上游的机制。 | Flora Tomasello Angela Messina Lydia Lartigue Laura Schembri Chantal Medina Simona Reina Didier Thoraval Marc Crouzet Frangois Ichas Vito De Pinto Francesca De Giorgi | 2009 | Cell Research2009，19，12： | 6 |
| 3 | Molecular dissection of the rDNA array and of the 5S rDNA gene in Meloidogyne artiellia:phylogenetic and diagnostic implications显示文摘 | Pasqua Veronico Francesca De Luca Carla De Giorgi | 2004 | Molecular and Cellular Probes2004，18，： | 1 |
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