C-stocks in fine litter and mineral soil were quantified using data from New Zealand's national soil-C monitoring system that quantifies national-scale soil-C stocks using a soil-C database stratified by soil type, climate, and land-cover; we used these data to derive values for the transect.
The VERIS/MDx System HBV Assay is a random-access system that quantifies HBV DNA in clinical samples using unique single sample and reagent access during the workflow process without the need to reload other tests and delivers results within 1.2 h following sampling.
In order to account for the difficulty of diagnosing tuberculosis in adults with smear negative or extra-pulmonary disease and in children, we set up a certainty grading system that quantifies the likelihood of tuberculosis diagnosis, based on several published systems [11].
The effect on MAP growth kinetics by sulfasalazine and its components were evaluated in bacterial culture of two strains each of MAP and M. avium, using a radiometric (14CO2 BACTEC®) detection system that quantifies mycobacterial growth as arbitrary "growth index units" (GI).
The effect on MAP growth kinetics by methotrexate and 6-MP were evaluated in cell culture of two strains each of MAP and M. avium using a radiometric (14CO2 BACTEC®) detection system that quantifies mycobacterial growth as arbitrary "growth index units" (GI).
A system that quantifies stepping ability and coordination would allow assessment of the function of multiple spinal cord tracts.
Moreover, we transformed the assay into a high-throughput screening method by using a customized automated imaging and processing system that quantifies the magnitude of the inflammatory reaction.
To understand these observed features and the underlying mechanisms of stem cell-mediated blood regeneration, we developed a simple neutral population model of the hematopoietic system that quantifies the dynamics of three subpopulations: HSCs, transit-amplifying progenitor cells, and fully differentiated nucleated blood cells.
The four TGS systems are the first commercial grade systems that could quantify radionuclides contained in nuclear power plant waste, using the TGS technique.
The aim of the present national prediction program is to make prototype systems that can quantify probabilistic forecasting of future earthquakes through developing and integrating existing streams of research, given the high quality of the Japanese seismic monitoring and energy already invested in Japanese seismology.
