At the molecular level, experience-dependent proteolytic activity of tissue plasminogen activator (tPA) becomes restricted in the adult brain if mice are raised in standard cages.
At the molecular level, experience-dependent synaptic plasticity triggers new gene and protein expression necessary for long-lasting changes in synaptic strength.
Indeed, it has been reported that DP T cells displayed lower TREC content than SP cells, demonstrating at the molecular level that DP T cells experienced more cells divisions than their SP counterparts [21].
The differential control of the proteolysis of proBDNF by salient environmental stimuli in new learning and by learning anew after recall, also indicates the integration of new and past experience at the molecular level.
That an inhibitor of BDNF processing, tPA-STOP, can attenuate new learning but potentiate extinction, further emphasises a central role for the integration of new and past experience at the molecular level in determining future behavioral responses.
Our results reflect this clinical experience on a molecular level: TP53 predicted the effect of 5FU in N1 patients but not in N2 patients, in whom we do not await a therapeutic effect from 5FU alone.
Proteins, polynucleotides, polysaccharides, and lipids may assemble themselves to form multitudes of structures from the molecular level up to the macroscopic world of everyday experience.
DM: When I took ayahuasca with the Uniao do Vegetal for the first time, in Sao Paulo in 1991, I had a very impactful ayahuasca experience in which I was shown photosynthesis at the molecular level.
Genes with higher nonsynonymous to synonymous ratios (dN/dS > 1) are considered to have experienced positive selection, revealing an adaptive process at the molecular level [ 6, 7].
Divided into four interrelated bodies of work, described as Membranes, Orbitals, Blurs, and Centrifugations, each of these groupings explores the concept of motion on a molecular level as Osuna examines both velocity and gravity as an intimate and complicated visual experience.
Other research conducted in animals suggested that pain experiences early in life can produce neuronal changes at the molecular level that influence an individual's pain response as an adult.
