Our study demonstrated that a simple manipulation of CP gene in the CGMMV genome while preserving the translational frame of CP resulted in developing a virus-free, rapid and efficient foreign protein expression system in the plant.
In particular, the Houston Family Study, which was conducted from 1977 through 1989, reported a significantly different age distributions of patients with H1N1 and H3N2 infections, where more than 50% of H1N1 infections were detected among the 10 34 years old patients and persons born before 1951 had a decreased risk of developing a virus-positive, medically attended illness.
Hence, developing a virus-specific tool is important to accurately identify linear B-cell epitopes in a particular virus.
A collaboration with UCSF researchers Joseph DeRisi and Donald Ganem, who had developed a virus discovery microarray called the ViroChip, then turned up XMRV.
Building on this work, Yehoash Raphael of the University of Michigan and his colleagues developed a virus containing a developmental gene, called Atoh1, that induces the differentiation of hair cells.
Here we focus on chemical techniques to develop a virus concentration method suited to marine virus research applications, by adapting flocculation based wastewater treatment techniques.
The recent progress in animal RNA virus vaccine development, particularly the reverse genetics system-based for vaccine development [ 17- 21], provided a perspective on potential novel strategies and approaches to develop a virus vaccine candidate.
Researchers have developed a virus-resistant version of the starchy root vegetable, which is now being tested in field trials.
Scientists in Canada and Scotland have developed a virus-free method for generating embryonic-like stem cells that does not involve destroying embryos.
Researchers at NCI and Johns Hopkins have developed a virus-like particle vaccine with promising initial results (9, 10 ).
