Sentence examples for development virus from inspiring English sources
After visual assessment of symptom development, virus presence was confirmed and titer estimated in using enzyme-linked immunosorbent assays (Todd et al. 2010).
This rainfall likely increased the number of vector development sites; the ensuing period of high temperatures facilitated rapid mosquito development, virus amplification, and subsequent transmission in avian and mosquito populations.
Although global warning could make more areas climatologically suitable for malarial transmission; because higher temperature promotes mosquito development, virus replication and feeding frequency of mosquitoes, extreme high temperature can also restrict the growth of mosquitoes and reduce the spread of malaria.
The lag would capture the period of rodents growth, virus development time within the rodents and the virus incubation period within the human body[ 16].
As animal viruses, alphaviruses may prove ideal candidates for development oncolytic virus therapies for dogs.
It was still in limbo 14 months later when Dr Evans of the disease surveillance centre warned of an alarming new development: the virus was now spreading within permanent, long-established British African communities.
Recent laboratory successes in the development of virus- and protozoan-resistant mosquito strains make urgent research of gene drive systems capable of moving effector genes into wild populations.
It is anticipated that the development of virus resistant crops carrying multiple resistance-conferring gene sequences will be further facilitated by progress at unraveling underpinnings of virus host interactions, and at determining the sequence of more crop genomes.
Furthermore, such peptides can serve as starting points for novel therapeutic and preventive anti-HIV strategies, including the development of virus entry inhibitors, as well as immunogens to elicit neutralizing antibodies.
For this purpose, the utilization of the immunodominant CTL epitope would be more effective than the use of an attenuated, inactivated, or subunit vaccine in the development of virus vaccines to elicit effective antiviral CD8+ T cell responses.
The development of virus resistance is a continuing problem [ 14].
