Sentence examples for molecular patterns involved from inspiring English sources
Due to the complexity of aberrant molecular patterns involved in expression, pathological progression and biological/clinical heterogeneity, the search for novel TNBC biomarkers and therapy targets requires collection of multi-dimensional data sets, use of robust multivariate data analysis techniques and development of innovative systems biology approaches.
Together, these finding outline the molecular patterns involved in bacterial infection of the uterus.
Though, the possibility of coincidence detection at the level of signal transduction has been raised previously, and was especially supported for adenylyl-cyclases [15], [16], the downstream molecular patterns involved in this putative converging activation is unknown, and has never been proven in a direct activation by NMDA and dopamine.
Recognition of fungi-associated molecular patterns involves several classes of pattern-recognition receptors.
In T. cruzi, pathogen-associated molecular patterns involve a great number of surface molecules that induce changes in cell signaling of host cells [ 1].
In particular, elements such as the Flg22 peptide are usually described as canonical microbial associated molecular patterns (MAMPs) involved in the induction of the first layers of plant defense [ 146].
Molecular studies of genetic patterns involved in fetal and postnatal wounds healing during three different periods identified expression of 321, 216, and 27 genes at 1, 12, and 24 h after the onset of skin injury, respectively.
Although the detailed validity of this model is unclear (Wagner and Larsson, 2007), there is a possibility that an AP shift in molecular patterning was involved in the acquisition of digits.
Solvent accessibility calculations are used to estimate the probability of residues and molecular patterns being directly involved in functional interactions.
During innate immune sensing, detection of pathogen-associated molecular patterns by TLRs typically involves leucine-rich repeats (LRRs) [ 49].
This provided novel insight into the early time course of bacterial genes involved in synthesis of pathogen-associated molecular patterns (lipopolysaccharide, peptidoglycan, lipoprotein) and genes involved in pattern recognition (TLR4, CD14, MD2, LBP, MYD88) in response to A. pleuropneumoniae.
