This review focuses on recent developments of cell-free synthetic biology on biological engineering fields at molecular and cellular levels, including protein engineering, metabolic engineering, and artificial cell engineering.
It is well established that the transition from normal to neoplastic growth involves deregulation at various cellular levels including gene-specific mutational events, alterations in signal transduction and growth control pathways, and dysfunctional DNA synthesis and repair mechanisms resulting in the generation of chromosomal abnormalities.
T2 acts at different cellular levels (including plasma membrane, cytosol, and mitochondria) and elicits much quicker responses than T3[ 18, 23].
Amyloid beta (Aβ) peptide exerts different toxic effects at a cellular level, including over-activation of N-methyl-d-aspartate receptor (NMDAr) and excitotoxicity, synaptic dysfunction and neuronal death.
Mechanical force is known to affect a diversity of physiological areas at the cellular level including cardiac, fibroblast, bone, and vascular cells [1] [3].
Reductions in FA may be related to multiple factors at the cellular level, including reduced axonal integrity or thinning myelin, although myelin may play only a modulatory role in anisotropy measures [17], [45].
The manuscript in its present form thus establishes a proof of principle for critical resting activity, which lays the groundwork for future studies of avalanche dynamics at the cellular level, including during active information processing.
Goldman-Rakic's work has allowed the perplexing complexities of mental illness to begun to be understood at the cellular level, including atrophy of the dlPFC microcircuits subserving mental representation.
There exist several proximate hypotheses for CR's effects at the cellular level, including the oxidative damage attenuation hypothesis [ 81- 83], altered glucose-insulin system hypothesis [ 84- 87], alteration of the growth hormone-IGF-1 axis hypothesis [ 88- 90], et cetera.
These treatments aim to restore not only the behavioral phenotypes but also those at a cellular level, including restoration of synaptic plasticity and aberrant cellular signaling, although it is unclear whether these cellular changes will result in improved function in clinical study.
In order to mount an effective regenerative response after axonal injury, the injured neuron must be able to initiate a number of changes at the cellular level including an increase in expression of relevant genes and protein transport with the aim of forming an extruding process known as a growth cone [ 1– 3].
