Sentence examples for developments in functional from inspiring English sources

It was used extensively by physicists and it inspired some powerful mathematical developments in functional analysis.

The aim of this review is to provide a critical overview of the latest developments in functional materials and nanoscale device architectures that can facilitate controlled reagent delivery.

Recent developments in functional connectivity research have expanded the scope of human neuroimaging, from identifying changes in regional activation amplitudes to detailed mapping of large-scale brain networks.

The platform is offered by the recent developments in Functional Analysis, a multidisciplinary field originated in engineering design theory, but recently enriched by contributions in architectural design, aesthetics, anthropology, and philosophy of technology.

In particular, identification and separation of artifacts as well as quantification of expected, i.e. stimulus correlated, and novel information on brain activity is important for both, new insights in neuroscience and future developments in functional MRI of the human brain.

Recent developments in functional neuroimaging design and analysis have allowed investigators to further distinguish cognitive processes on the basis of their patterns of neural network activation.

Asignificant recent development in functional magnetic resonance imaging (fMRI) is the introduction of event-related fMRI, also known as time-resolved fMRI.

Similarly, it was concluded [ 30] that no evidence for strong selection could be detected on a suite of mosquito immune system genes, CTL4, CTLMA2, LRIM1, and APL2 (or LRRD7), which have been shown to affect Plasmodium development in functional studies.

Accurate information (e.g. GO) provided by recent developments in the functional genomics of Arabidopsis, is critically important for the success of this approach.

This review focuses on the recent developments in dual-functional nanoplasmonic optical antennae for label-free biosensors and nanoplasmonic gene switches.

These efforts may also provide a valuable guidance for further development in the functional genomics of P. falciparum, whereas analytical technologies will provide the information necessary for building a kinetic model of its metabolic network.