Heparanase is implicated in several diverse pathological processes associated with ECM degradation such as metastasis, inflammation and angiogenesis and is thus an important target for anti-cancer and anti-inflammatory drug discovery.
Due to the diverse pathopysiologic processes associated with PTD, single candidate gene profiles may not adequately portray the multitude of pathogenetic changes associated with PTD.
Our results demonstrate that HOXC9 coordinates diverse cellular processes associated with differentiation by directly activating and repressing the transcription of distinct sets of genes.
Interestingly, implicit notion of time and asynchronous updating schemes allow the consideration of diverse molecular processes associated with different time scales in a single model, from transcriptional regulation to protein phosphorylation [ 60].
Using neuroblastoma cell differentiation as an experimental system, we delineate a molecular mechanism by which HOXC9 coordinates diverse cellular processes associated with differentiation by directly activating and repressing the transcription of distinct sets of genes.
EGFR is a receptor tyrosine kinase that controls a diverse array of cellular processes associated with cell migration, adhesion and proliferation.
This is a complex phenomenon, involving several different types of simultaneous processes associated with diverse interfacial properties of materials.
Processing of the diverse aspects of the self draws on information derived from various sensory and cognitive processes associated with separate brain networks.
Reconstructing networks of biological organism through integrating diverse sources are crucial for comprehending biological processes associated with pathema.
Against this background of diverse antimicrobial drug resistance, interregional migration and the processes associated with international population mobility can affect the spread and distribution of resistant organisms.
