We developed a novel study design to assess this in a primary care consultation.
A recent study developed a novel method combining proximity-based coupling and massively parallel sequencing technology for detecting genomic loci that are spatially nearby in the three-dimensional nucleus [15].
This study developed a novel magnesium oxide (MgO) MITDC, which showed a high rate of Cd II) removal capacity compared to that of the raw tuff soil (RT) from aqueous solutions.
This study developed a novel chemometric strategy for simultaneous automatic chromatographic peak detection and BDC.
This study developed a novel tool clamp based on shape memory alloy (SMA), which allows further miniaturization.
This study developed a novel probabilistic agent-based approach for modeling of marine oily wastewater treatment processes.
This study developed a novel spindle inclination error identification and compensation method based on the groove cutting in UPRM.
This study developed a novel two-way dynamic coupled numerical model to simulate moving solids in free surface flows.
Based on detection technology of 1H low-field nuclear magnetic resonance (NMR), this study developed a novel method for assessment and mechanism study of bleeding.
Based on detection technology of helium pycnometry, this study developed a novel approach for characterizing the absolute volume change of cement pastes in early-age hydration process.
This study developed a novel hybrid smart artificial firefly colony algorithm (SAFCA -based SAFCA -basedor regresupportSAFCAS) model for predicting bridge scour depth near piers.
