Learn More
Lack of trust has been repeatedly identified as one of the most formidable barriers to people for engaging in e-commerce, involving transactions in which financial and personal information is submitted to merchants via the Internet. The future of e-commerce is tenuous without a general climate of online trust. Building consumer trust on the Internet(More)
Extensive literature has reiterated the reading difficulties of students who are deaf or hard of hearing. Building and expanding upon the work of B. J. Trezek and K. W. Malmgren, this study demonstrated that given 1 year of instruction from a phonics-based reading curriculum supplemented by Visual Phonics, kindergarten and first-grade students who were deaf(More)
The article challenges educators to rethink reading instruction practices for students who are deaf or hard of hearing. The authors begin with a discussion of the role of phonology in reading, then summarize the evidence of phonological coding among skilled deaf readers and investigate alternative routes for acquiring phonologically related skills such as(More)
An integrated microscope image analysis pipeline is developed for automatic analysis and quantification of phenotypes in zebrafish with altered expression of Alzheimer's disease (AD)-linked genes. We hypothesize that a slight impairment of neuronal integrity in a large number of zebrafish carrying the mutant genotype can be detected through the computerized(More)
BACKGROUND Some mutations in the internal regions of exons occur within splicing enhancers and silencers, influencing the pattern of alternative splicing in the corresponding genes. To understand how these sequence changes affect splicing, we created a database of these mutations. FINDINGS The Alternative Splicing Mutation Database (ASMD) serves as a(More)
BACKGROUND The Alternative Splicing Mutation Database (ASMD) presents a collection of all known mutations inside human exons which affect splicing enhancers and silencers and cause changes in the alternative splicing pattern of the corresponding genes. FINDINGS An algorithm was developed to derive a Splicing Potential (SP) table from the ASMD information.(More)