By giving buildings the ability to spontaneously change their energy consumption, devices like the Building Mediator may allow large facilities to integrate into the smart grid as easily as individual homes.
Event detection using population-based health care databases is a new research tool in interventional cardiology that may allow large, low-cost, randomized clinical trials to reflect daily clinical practice, covering a broad range of patients and end points with complete lifelong follow-up.
Event detection using population-based health care databases is a new research tool in interventional cardiology that may allow large RCTs to reflect daily clinical practice, to cover a broad range of patients, and to facilitate complete lifelong follow-up at low cost.
This makes the portion of EC2 closest to the ligand binding site less constrained than in drd2, which may, therefore, allow larger substituents to point toward the extracellular side of the receptor.
Parameter tuning may allow a larger flexibility and robustness to the algorithm but requires a careful initialization.
Separating aptamer binding to target cells from FSNP binding to aptamer may allow a larger number of aptamers to bind to each target cell, amplifying the fluorescence signal.
This strategy may allow a larger safety window before toxic effects from non-autophagy-related effects of each drug are seen.
In addition to serving as a unique example of facilitated recombination, the successful translation of OAGR to in vivo settings may allow efficient large gene delivery by distinct rAAV split vectors.
In this multi-cell origin model of cancer initiation [6], inactivation of RIZ1 and upregulation of some oncogenes such as c-Jun in most cells of a diet-responsive tissue may not be sufficient to cause clonal proliferation but may allow a large pool of less than fully normal cells to be more prone to clonal proliferation in response to stochastic strong oncogenic mutations in a single cell.
In principle, whole genome duplication may allow for large-scale adaptation to new environments, and subsequent gene-loss events then led to current genome by a large number of rearrangement events and individual gene deletions, which persists until the genome returns to functionally normal ploidy through the mutation, gene loss and genomic rearrangements.
