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Body Simulation Articles & Analysis
13 articles found
In vitro DMPK services provide an array of tests that simulate the human body's response to a drug. These tests include the study of pharmacokinetics, drug interaction potentials, metabolic stability, metabolite identification, and more. ...
In vitro DMPK services provide an array of tests that simulate the human body's response to a drug. These tests include the study of pharmacokinetics, drug interaction potentials, metabolic stability, metabolite identification, and more. ...
Even so, the standard paradigm for preclinical ADME data translation includes: (1) testing a compound in preclinical subjects and collect outputs, (2) building 1- or 2-compartment model of compound PK, or use physiologically-based pharmacokinetic models (PBPK), (3) fitting model parameters to the compound PK data, (4) scaling optimized parameters to human relevant values using established ...
Fe(III)-AO AN/IA had higher adsorption selectivity for As(V) than other anions in a simulated groundwater body such as Cl−, SO42−, PO43−, SiO32−. Fixed-bed adsorption indicated that As(V) in simulated groundwater could be effectively captured from 400 μg/L to <10 μg/L within 190 bed volumes (BV). ...
This paper studies the influence of different concentrations of 17β‐estradiol (E2) on the emissions of main greenhouse gases (CO2, CH4 and N2O) in simulative systems in order to explore the relationship between EEs pollution and greenhouse gases emissions in natural water bodies preliminarily. This study finds that E2 pollution in simulative ...
In order to identify the optimal pH range for chlorinated swimming pools, the formation of trihalomethanes, haloacetonitriles and trichloramine was investigated in the pH-range 6.5–7.5 in batch experiments. An artificial body fluid analogue was used to simulate bather load as the precursor for by-products. ...
Therefore, gas-controlled incubators and controlled atmosphere workstations are often used to simulate normal conditions in the body’s organ systems and provide a better understanding of some of the complex processes involved in low-O2 culture work. ...
ByBaker
The experimental test results and the numeral simulation results indicate that the traditional vehicle model is only fit to study the vibration performances of car body and low frequency vibration characteristics of wheel-rail, and very serious errors will be produced when researching high frequency vibrations. Whereas the vehicle-track coupled model can be ...
The finite element model of the bus body is built in ANSYS software, and the finite element model was validated by stress tests. ...
The cements were evaluated regarding the pH-variation in simulated body fluid (SBF). Further, the biocompatibility of the cement with human mesenchymal stem cells (MSC) was studied in vitro and eventual inflammation properties studied in vivo, after subcutaneous material injections in rats. ...
The preparedness of response to the accidental incorporation of radionuclides into the human body by inhalation or ingestion is a subject of major concern due to the generalised use of ionising radiations in medical and industrial applications. ...
This study investigated if vehicle noise and whole-body vibrations produce negative after-effects on performance in an attention task and on ratings of alertness, difficulty, and annoyance. ...
One of the models is combined with the ISO linear human body model to form a nonlinear seat-human body model. The simulated transfer functions between the head and the seat track, between the body and the seat track, and between the seat butt and the seat track are correlated with experimental results. The models proposed here ...