The latter might be of particular importance not only because of changes on the visibly perceived colour of the finished products but also because of the potential formation of products with free radical scavenging activities that could potentially protect entrapped bacteria from free radical-driven oxidative damage.
The potential formation of N2 and cyanuric acid could explain the lack of stoichiometric nitrogen balance.
The potential formation of G-quadruplexes in many regions of the genome makes them an attractive target for drug design.
Both designed proteins could bind efficiently independent of potential formation of a G-quadruplex (Supplementary Fig. 5), which is important since telomeric ssDNA is well known for its ability to form robust G-quadruplexes.
The absence of a Sm-A phase in DNA was elegantly demonstrated by Livolant et al.6,26, who showed that 2D columnar positional ordering preempts the potential formation of a one-dimensionally layered smectic phase.
In addition, folding of Lhc proteins depends on the availability of both xanthophylls and carotenoids, thus preventing the potential formation of harmful chlorophyll-protein complexes lacking photoprotectors.
The liposomes with polyethylene glycol expressed different characteristics than their non-polymeric counterparts, suggesting the potential formation of a denser protein corona around the non-pegylated liposomes.
Designed to prevent the potential formation of primary aniline metabolites in vivo, the nitrogen of the carboxamido linker between the pyrazole and proximal phenyl moiety of the razaxaban scaffold was replaced with a methylene group.
The model can be adopted to easily evaluate the stress and strain fields in locally graphitized diamond in the design of microfabrication processes involving the use of focused ion/laser beams, for example to predict the potential formation of cracks, or to evaluate the influence of stress on the properties of opto-mechanical devices.
Simulation results reveal that the proposed approach can satisfactorily describe the transformation of organics, nutrients and minerals, the production of methane, carbon dioxide and sulfide and the potential formation of precipitates within the bulk (average deviation between computer simulations and measurements for both #D1, #D2 is around 10%).
To examine the potential formation of functional vascular networks in vivo, a liquid pre-polymer solution of collagen-Ph containing human ECFCs and MSCs, horseradish peroxidase and hydrogen peroxide was injected into the subcutaneous space or abdominal muscle defect of an immunodeficient mouse before gelation, to form a 3D cell-laden polymerized construct.
