Matching gene activity with physiological functions

Myosins: matching functions with motors.

It is an exciting time to be studying myosins and their roles in the function of cells and organisms. Past efforts aimed at finding new members of this family have now given way to a focus on identifying individual functions for each motor protein. These actin-based motors are now known to be intimately involved in the following processes: neurosensory function; vesicle trafficking; determinant...

Functions and Features of the Residential Spaces Matching Children’s Needs

The houses which are not suitable for children’s behavioral needs and are not proportionate to their cognitive patterns cannot play a significant role in reinforcing children’s physical and mental development process. Meanwhile, living in these houses is inevitable due to numerous reasons including economy. The extreme results of this form of life can lead to ...

Editorial: The Physiological Functions of the APP Gene Family

Electrophysiological properties of NG2(+) cells: Matching physiological studies with gene expression profiles.

NG2(+) glial cells are a dynamic population of non-neuronal cells that give rise to myelinating oligodendrocytes in the central nervous system. These cells express numerous ion channels and neurotransmitter receptors, which endow them with a complex electrophysiological profile that is unique among glial cells. Despite extensive analysis of the electrophysiological properties of these cells, re...

Activity Matching with Human Intelligence

Effective matching of activities is the first step toward successful process model matching and search. The problem is nontrivial and has led to a variety of computational similarity metrics and matching approaches, however all still with low performance in terms of precision and recall. In this paper, instead, we study how to leverage on human intelligence to identify matches among activities ...