In SilicoApproach towards Designing Virtual Oligopeptides for HRSV

In Silico Approach towards Designing Virtual Oligopeptides for HRSV

HRSV (human respiratory syncytial virus) is a serious cause of lower respiratory tract illness in infants and young children. Designing inhibitors from the proteins involved in virus replication and infection process provides target for new therapeutic treatments. In the present study, in silico docking was performed using motavizumab as a template to design motavizumab derived oligopeptides fo...

Towards Models for Designing Language Learning in Virtual Worlds

This paper presents some of the overall frameworks and models for language learning that were used under Avalon (Access to Virtual and Action Learning live ONline), an EU cofunded project aimed at developing language-learning scenarios in virtual worlds. The introduction and background summarize some of the theories that constitute the starting points for the designs and are followed by a discu...

Lens for designing Virtual

Virtual communities have been extensively examined—including their history, how to define them, how to design tools to support them, and how to analyze them. However, most of this research has focused on adult virtual communities, ignoring the unique considerations of virtual communities for children and youth. Young people have personal, social, and cognitive differences from adults. Thus, whi...

Designing a new robust control for virtual inertia control in the microgrid with regard to virtual damping

Background and Objectives: Virtual inertia control, as a component of a virtual synchronous generator, is used for the implementation of synchronous generator behaviour in microgrids. In microgrids that include high-capacity distributed generation resources, in addition to virtual inertia, virtual damping can also lead to improvement of frequency stability of the microgrid. The purpose of the c...

Computational Virtual Screening Towards Designing Novel Anticancer Drugs