Sentence examples for more recently technological from inspiring English sources
More recently, technological breakthroughs have shown that numerous endogenous mutant cancer proteins are unique to tumor cells.
More recently, technological advances have permitted the use of motes to record high resolution contact data [ 8, 31- 34].
More recently, technological development further broadened global communication networks, notably through the Internet and phone networks [ 97].
More recently, technological advances and significantly lower analysis costs have resulted in a number of companies incorporating deoxyribonucleic acid (DNA) analysis further enabling people to seek out relatives.
More recently, technological advances have permitted the use of wireless sensor devices, which can be worn by individuals interacting in a particular social context to record high resolution mixing patterns.
More recently, technological advances in molecular biology have fuelled the interest in molecular polymorphisms and their influence on the susceptibility and clinical presentation of diseases (Tempfer et al., 2004).
More recently, the technological advances that allow the high-throughput, accurate, simultaneous genotyping of hundreds of thousands of SNPs has bought a new era of genetic studies in which the whole genome can be systematically screened in a hypothesis-free manner, with the potential to uncover novel susceptibility markers in GWASs.
More recently, India's technological isolation in defense and other areas has been due in large part to the country's restrictions on foreign investments and its poor infrastructure.
More recently, due to technological advances and increasing surgical expertise, these traditional boundaries are being pushed and larger.
More recently, scientists have embraced technological solutions like setting up camera traps that detect motion and photograph wildlife passing by.
Current methods of biodosimetry have employed the use of cytogenetic analysis for biodosimetry, and more recently the advent of technological progression has led to advanced research in the use of genomic and proteomic expression profiling to simultaneously assess biomarkers of radiation exposure.
