A preliminary study on the inactivation in vitro to tobacco mosaic virus (TMV) by anti viral agent VA from plants
Hong Li
Abstract
Hong Li
Abstract
VA , a anti viral agent from plants, could inactivate TMV in vitro , when it was mixed with TMV and inoculated by means of half leaf. The inhibition rate of necrotic local lesions was 80.0%. Ribonucleic acid extracted from TMV was mixed with VA in proportion, then inoculated onto leaves of tobacco. The experimental results showed that the inhibition rates of necrotic local lesions were from 43.8% to 77.9%. While RNase was added to the mixture of TMV and VA, the infection rate of TMV was 78 6%, decreased by 21 4% in contrast with the check. Meanwhile, it was showed that VA broke or made TMV particles become non equipollent thickness or curve slightly through transmission electron microscope (TEM).
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
VA , a anti viral agent from plants, could inactivate TMV in vitro , when it was mixed with TMV and inoculated by means of half leaf. The inhibition rate of necrotic local lesions was 80.0%. Ribonucleic acid extracted from TMV was mixed with VA in proportion, then inoculated onto leaves of tobacco. The experimental results showed that the inhibition rates of necrotic local lesions were from 43.8% to 77.9%. While RNase was added to the mixture of TMV and VA, the infection rate of TMV was 78 6%, decreased by 21 4% in contrast with the check. Meanwhile, it was showed that VA broke or made TMV particles become non equipollent thickness or curve slightly through transmission electron microscope (TEM).
Key concepts: Tobacco mosaic virus, In vitro, Inoculation, Virology, RNase P, Tobacco leaf, Virus, Chemistry