We define an oscillation's waveform quantitatively as a function of signal amplitude, rest time, rise time, and decay time; by systematically tuning RelA concentration, the strength of negative feedback, and the degradation rate of IκBα, we demonstrate that peak shape and frequency of oscillations can be controlled in vivo and predicted mathematically.
This result has been validated by systematically tuning the number of oxidisable Cbz and Pyr unit(s) present in monomers through proper chemical design and monomer multi-step synthesis.
We have developed a polymer library by varying the different structural components that make up a class of cationic linear polymers, poly(β-amino ester)s, by systematically tuning the polymer backbone, side chain, polymer terminal group, and degradable linkages that compose the polymers.
We would suggest that analysts of CNV datasets greet large overall burden values with scepticism, and to attempt to falsify possibly misleading results by systematically tuning QC procedures.
By systematically tuning the hydrophobicity, CAms with optimized compositions exhibited potent broad-spectrum antimicrobial activity (with minimum inhibitory concentrations in low μg/mL range) as well as negligible hemolytic activity.
Those PSRFs were electrochemically produced in a program-controlled current etching by systematically tuning the periods of the sine currents.
The electronic and optical properties of this compound can be systematically tuned by substitution of metal and chalcogen elements.
Multilayer graphene oxide films form periodic, delaminated buckle textures whose wavelengths and amplitudes can be systematically tuned by variation in the wet deposition process.
Unlike conventional structural colors resulting from interference of light, the colors, which are independent of the periodic microstructures, were systematically tuned by varying the wavelength-dependent RIs of liquids and covered the entire visible range from 320 to 780 nm.
Magnetic characterization of the Fe@CNTs revealed that their coercivity can be systematically tuned by varying the pyrolysis temperature, whereas the saturation magnetization can be significantly enhanced by optimization of the sublimation temperature.
