To understand the potential causes of laboratory-acquired infections and to provide possible solutions that would protect laboratory personnel, samples from a viral laboratory were screened to determine the main sourc...To understand the potential causes of laboratory-acquired infections and to provide possible solutions that would protect laboratory personnel, samples from a viral laboratory were screened to determine the main sources of contamination with six subtypes of Rhinovirus. Rhinovirus contamination was found in the gloves, cuffs of protective wear, inner surface of biological safety cabinet （BSC） windows, and trash handles. Remarkably, high contamination was found on the inner walls of the centrifuge and the inner surface of centrifuge tube casing in the rotor. Spilling infectious medium on the surface of centrifuge tubes was found to contribute to contamination of centrifuge surfaces. Exposure to sodium hypochlorite containing no less than 0.2 g/L available chlorine decontaminated the surface of the centrifuRe tubes from Rhinovirus after 2 min.展开更多
In the present study we investigated the changes in miRNA levels inhuman rhinovirus 16(HRV16)-infected cells.A small RNA deep sequencing experiment was performed through next-generation sequencing.In total,53 differen...In the present study we investigated the changes in miRNA levels inhuman rhinovirus 16(HRV16)-infected cells.A small RNA deep sequencing experiment was performed through next-generation sequencing.In total,53 differentially expressed miRNAs were confirmed by RT-q PCR,including 37 known mi RNAs and 16 novel miRNAs.Interaction networks between differentially expressed miRNAs and their targets were established by mir DIP and Navigator.The prediction results showed that QKI.展开更多
基金supported by the China Mega-Project for Infectious Disease(2011ZX10004-001,2012ZX10004401,2012ZX10004215,and 2013ZX10004805002)the SKLID Development Grant(2011SKLID104)
文摘To understand the potential causes of laboratory-acquired infections and to provide possible solutions that would protect laboratory personnel, samples from a viral laboratory were screened to determine the main sources of contamination with six subtypes of Rhinovirus. Rhinovirus contamination was found in the gloves, cuffs of protective wear, inner surface of biological safety cabinet （BSC） windows, and trash handles. Remarkably, high contamination was found on the inner walls of the centrifuge and the inner surface of centrifuge tube casing in the rotor. Spilling infectious medium on the surface of centrifuge tubes was found to contribute to contamination of centrifuge surfaces. Exposure to sodium hypochlorite containing no less than 0.2 g/L available chlorine decontaminated the surface of the centrifuRe tubes from Rhinovirus after 2 min.
文摘In the present study we investigated the changes in miRNA levels inhuman rhinovirus 16(HRV16)-infected cells.A small RNA deep sequencing experiment was performed through next-generation sequencing.In total,53 differentially expressed miRNAs were confirmed by RT-q PCR,including 37 known mi RNAs and 16 novel miRNAs.Interaction networks between differentially expressed miRNAs and their targets were established by mir DIP and Navigator.The prediction results showed that QKI.
