They also help students navigate college and university requirements and resources, explore professional pathways, provide leadership opportunities, and more.
Biosynthetic pathways provide an enzymatic route from inexpensive renewable resources to valuable metabolic products such as pharmaceuticals and plastics.
Furthermore, increasing scrutiny and accelerated approval pathways provide a driving force to be even more efficient with limited regulatory resources.
The similarities between plant, fungal and mammalian pathways provide very useful information to search homologies between genomes.
Measurable alterations in these pathways provide targets that, if treated early, may reduce degeneration of brain structures.
Adaptor proteins, regulatory molecules and local signaling pathways provide additional layers of specificity and control over bidirectional movement, polarized transport and cargo delivery.
Pathways provide continuous soil cover that bring multiple benefits, including stabilizing soil, adding organic matter and managing the flow of water.
Dysregulated cellular functions and cell stress pathways provide critical cues for activating and targeting natural killer cells to transformed and infected cells.
The MAP kinase pathways provide a common route by which signals from different receptors, including heterotrimeric G-protein coupled receptors, converge at major regulatory elements of promoters of the immediate-early genes including jun and fos.
These pathways provide modulatory commands to the intrinsic enteric motor system and are nonessential in that basic functions can be maintained in their absence.
Anatomical subcortical pathways provide direct input to the amygdala from early sensory systems and may support an adaptively valuable rapid appraisal of salient information [1 3].
