Sentence examples for specialized structures of from inspiring English sources
Specialized structures of the proposed circuits could be used as building blocks in designing sequential and combinational circuits in QCA architectures.
Results provide strong evidence that timing deficits measured at the auditory brainstem negatively impact rapid acoustic processing by specialized structures of cortex, and demonstrate a delicate relationship between cortical activation patterns and the temporal integrity of cortical input.
It is believed that the specialized structures of a visual object are intrinsically in the form of second or even higher order tensor [5].
These barriers are specialized structures of the CNS that control cerebral/spinal cord homeostasis by selective transport of molecules and cells from the systemic compartment (reviewed in [1] [7]).
Spatial arrangement of the CRDs in the langerin trimer has also been studied in the context of formation of Birbeck granules, the specialized structures of the endosomal pathway with which langerin is associated in Langerhans cells [ 61].
At micrometer (μm) distances, specialized structures of the PM such as membrane ruffles [8], primary cilia and synapses have already been discovered with the light microscope and have been attributed to different functions [9,10].
This is a very interesting leaf surface feature, although the ecophysiological significance could be debated as S. molesta is a floating plant not typically found in fast-flowing waters; the large gas volume trapped by these specialized structures on the surface of the leaves would contribute significantly to the buoyancy of this floating plant.
Many specialized structures on the bodies of insects seem to have a sensory function.
Sir proteins are the structural components of a specialized structure of chromatin that is analogous to heterochromatin in other species.
The presence of these specialized structures on the ants' cuticle has been suggested to indicate an ancient co-evolutionary relationship of between the bacteria, ants, their symbiotic fungus and Escovopsis.
The present review examines how the highly specialized structure of acetylcholinesterase, with its sequestered active site, contributes to its catalytic efficacy, and discusses how the traffic of substrate and products to and from the active site is controlled.
