Sentence examples for biological structures such as from inspiring English sources

We conclude that in co-expression networks well-connected hubs are better seen as components of biological structures (such as muscle structural isoforms) and processes (such as the cell cycle) which themselves are tightly regulated, not quite the same thing.

Second Harmonic Generation (SHG) microscopy is a nonlinear optical technique suitable for structural and functional imaging of biological structures such as collagen, muscle and cell membranes [ 1 5].

Sara Snogerup Linse: Molecular self-assembly is a fundamental process behind the formation of biological structures such as membranes, organelles, and multimeric proteins.

This results in a complete methodology for characterizing the reorientation evolution of different fibered biological structures, such as cells.

In contrast to existing technologies the chemical "search engine" could be combined with biological structures such as blood vessels, or pathogens, offering a way to quickly screen the effects of new molecular combinations.

The persistence and adaptability of the self-replicator has obvious analogies with the maintenance of high-energy biological structures, such as microscale microtubules or a macroscale self-replicating organism.

A material in a biological structure, such as a bone or plant stem, experiences stresses which are higher than would be allowed in an engineering structure, even if we were using exactly the same material.

We show how it is possible to start with a direct diagrammatic representation of a biological structure such as a cell, using terminology familiar to biologists, and by following a process of gradually adding more and more detail, arrive at a system with structure and behavior of arbitrary complexity that can run and be observed on a computer.

A composite biological structure, such as an insect head or abdomen, contains many internal structures with distinct functions.

Although the direct cause of the bias may be DNA replication, the strand bias in question represents a further biological structure, such as the spatial organisation of the chromatin.

However, MTIB provides the opportunity to actuate high aspect ratio MSMA continuously and smoothly in all directions (in three dimensions), thus mimicking slender biological actuating structures such as microorganism flagella tails and fins of fish, heart valves, leaves and petals of plants, and wings of birds or insects.