Sentence examples for system for deciphering from inspiring English sources

Because the marble model only involves horizontal motion, it may provide scientists with a simpler system for deciphering the Brazil-nut effect.

Versatile technologies exist for generating, identifying and characterizing mutations in the Drosophila retina, making this an unrivaled system for deciphering gene function.

O'Kane and Al-Shehbaz is a promising experimental system for deciphering the relationship between genetic, developmental and evolutionary processes shaping the perenniality continuum.

The olfactory system of the vinegar fly provides an excellent model system for deciphering olfactory processing mechanisms, since it displays remarkable similarities to the mammalian system but is less complex and highly genetically tractable.

Around the world, more than 500 people -- including neurologists, psychiatrists and psychologists -- have learned Dr. Ekman's research tool called FACS, or Facial Action Coding System, for deciphering which of the 43 muscles in the face are working at any given moment, even when an emotion is so fleeting that the person experiencing it may not be conscious of it.

These observations illustrate the power of imaging systems for deciphering breast cancer biology, where the data have implications for interpreting whole tumour microarray/proteomic profiles and clearly confirm that time-dependent study of metastasis at a cellular level is essential.

Computational and mathematical tools have enabled the development of systems approaches for deciphering the functional and regulatory networks underlying the behavior of complex biological systems.

Time-series microarrays are of growing interest to systems biologists for deciphering the dynamic nature and complex regulation of biosystems.

In vitro phosphorylation experiments using well-controlled systems are useful for deciphering the complexity of these physiological reactions and understanding the targeted event.

However, the structure and development of AUs and the HFs in velvet skin have unique attributes that could offer a fascinating new model system for further deciphering the underlying mechanism for the formation of an HF.

We show that systems mapping implemented by design principles of biological systems is quite versatile for deciphering the genetic machineries for size-shape, structural-functional, sink-source and pleiotropic relationships underlying plant physiology and development.