Our approach is motivated by the conjecture that GCMs are especially good at simulating the atmospheric circulation patterns that control moisture transport, and which can be expected to change in response to global warming.
Results from this study suggest that both existing channel boundary variability and input hydrologic variability work together to create hydrodynamic spatial patterns that control the fate and transport of sediments in mountain rivers and ultimately their spatial structure.
In the present work, we show that poly oligo ethylene glycol methyl ether methacrylate)) (POEGMA) enables the formation of high fidelity ECM protein patterns that control the spreading of single cells.
Consequently, gene expression patterns that control differentiation, morphogenesis and cell division must respond to a myriad of developmental cues and integrate them into a concerted cellular response in order to achieve proper tissue size and shape (for review see [ 1]).
Although these articles point out that identifying the geographic origin of migrating waterfowl is needed to understand and predict pathogen dispersal, study analyses have been limited to pathways with nominal reference to climatic and vegetation patterns that control spatiotemporal patterns of this migration.
We speculate that the combinatorial use of 3- O-sulfation of HS is an important contributor to the establishment of a complex nervous system in higher organisms by generating specific high affinity and spatially restricted HS modification patterns that control the complex molecular interplay during development of the neuronal circuitry.
HOX genes confer positional information for proper organ development and are expressed in ordered patterns that control the segmentation of the hindbrain and axial skeleton along the A-P axis, while mis-expression or mutation leads to the conversion of one structure into another, (homeotic transformation) [ 2].
To establish if there are consensus sequences or patterns that control site-specific N-glycosylation by TbSTT3A or TbSTT3B, we developed a mass spectrometry approach to analyse wild-type bloodstream form T. brucei glycoproteins, summarised in 'Materials and methods' and in Supplementary Figure S4.
They are connected with each other and seem to form a bigger pattern cluster that controls a lot of pairwise connections between genes in these networks.
We implement a central pattern generator that controls the sequence of activation.
