Earlier theoretical studies demonstrate that although neuronal gap junctions are able to synchronise network dynamics, they can also contribute toward the generation of many other dynamic patterns including anti-phase, phase-locked and bistable rhythms [12].
In addition to its large size and scope, another key advantage of our study is that it is based on geographically diverse European populations, thus encompassing many different lifestyle patterns (including sun exposure) and wide dietary heterogeneity.
Alpha waves, sleep spindles and many other EEG patterns, including most of the epileptic ones, are quasi-periodic and occur in several EEG channels, possibly with a mutual delay.
The south-western part of the White Carpathians (Czech Republic, Slovakia) is known for its exceptional grassland diversity and occurrence of many species with disjunct distribution patterns, including isolated populations of continental forest-steppe species.
Many other terms exhibited similar patterns, including 'binding' for molecular function.
While phylodynamic approaches to date have focused on pathogen genotypes, many phenotypes may influence transmission patterns, including replication rate, pathogenicity, host specificity, tropism and antigenicity.
We also applied our approach to analyze two human brain ageing datasets and found many biologically interesting gene expression patterns, including some very interesting DV patterns, that have been overlooked in the original studies.
Second, reconfiguration patterns are introduced to describe different solution types for service patterns, including one-to-one, one-to-many, many-to-many, and many-to-one modes.
Similar to TLRs, complement is also activated by pathogen associated molecular patterns, including LPS, among many other mechanisms involved in classical, lectin and alternative activation pathways [12,13].
