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1  to improve understanding through the use of multimedia and enhanced consent forms have had only limi
2 c Human Exposure and Dose Simulation (SHEDS)-Multimedia and Integrated Exposure Uptake and Biokinetic
3                                              Multimedia and site-specific risk assessments (RA) of ma
4                           The development of multimedia-based dietary assessment tools seems a logica
5 ethods of consenting can be improved using a multimedia-based information program (MM-IP).
6                                   Use of the multimedia-based program was positively evaluated by pat
7  catalyzed the rise of document search, from multimedia browsing across local-area networks to distri
8 ata on 152 individuals ascertained through a multimedia campaign in France to find diabetes-prone fam
9                  Here, we use a global-scale multimedia chemical fate model to analyze and quantify t
10  can be used to simulate cardiac conditions; multimedia computer systems, which includes patient-cent
11 arning, an integrated approach to annotating multimedia content that combines the effectiveness of hu
12 oach to making searchable massive amounts of multimedia data.
13 ession profiles of thousands of human genes, multimedia documents, subjective judgments on consumer p
14 ation, we developed a series of interactive, multimedia educational programs (Nutrition in Medicine)
15                     Mass accumulation in the multimedia environment for the evaluated ENMs (metal, me
16                  In a second step, we used a multimedia environmental fate model parametrized for the
17                   We sought to use a dynamic multimedia environmental fate model to reconcile the emi
18                                            A multimedia environmental fate model was developed for th
19                          A long-term dynamic multimedia environmental fate model was parametrized to
20                From the basis of established multimedia environmental fate models for organic polluta
21 f young children probabilistically simulated multimedia exposures and estimated relative contribution
22                       We developed a dynamic multimedia fate and transport model (nanoFate) to predic
23 of-magnitude approximation, for example, for multimedia fate modeling, but may not be suitable for mo
24                                      Dynamic multimedia fate models (MFMs) have to deal with the temp
25                      USEtox is an integrated multimedia fate, transport, and toxicity model covering
26 men in Egypt, we estimate the effects of the multimedia health communication campaign "Your Health, Y
27                           The development of multimedia image review stations offers the cardiologist
28  for relevant content in a massive amount of multimedia information is facilitated by accurately anno
29  We studied the effects of an Internet-based multimedia intervention (www.journey.transweb.org) on do
30                              Of 12 trials of multimedia interventions, 3 showed significant improveme
31  Zurich, Switzerland, and interpreted with a multimedia mass balance model.
32 en mechanistic fate and transport models and multimedia mass balance models can be used for the expos
33 able evaluation of the dynamic environmental multimedia mass distribution and concentrations of engin
34  "what if" first tier analyses to assess the multimedia mass distribution of ENMs and associated pote
35 coupling the emission inventory and a global multimedia mass-balance model generally agree well with
36                              We use a global multimedia mass-balance model to calculate the Globally
37 ventional targeted analytical approaches and multimedia mass-balance modeling, compounds of particula
38                                              Multimedia mass-balance models require fewer input param
39 a State University develops freely available multimedia materials to support molecular and cellular b
40                   In contrast, viruses using multimedia messaging services could infect all users in
41    We were able to show that the PECs of the multimedia model are more protective in comparison to FO
42       In addition, our results show that the multimedia model results have a higher predictive power
43                  We used a long-term dynamic multimedia model to analyze the seasonal trend and to ba
44                              A compartmental multimedia model was developed to enable evaluation of t
45  the air/water interface in a fugacity-based multimedia model.
46 ncentrations performed using the Global EMEP Multimedia Modeling System (GLEMOS) and emission scenari
47 rops is presented that can be used to extend multimedia models applied in health risk and life cycle
48 Human Exposure and Dose Simulation Model for Multimedia, Multipathway Chemicals (SHEDS-MM), a new mec
49 ature, please go to the Analytical Chemistry multimedia page at pubs.acs.org/page/ancham/audio/index.
50 ature, please go to the Analytical Chemistry multimedia page at pubs.acs.org/page/ancham/audio/index.
51 ticle, please go to the Analytical Chemistry multimedia page at pubs.acs.org/page/ancham/audio/index.
52 ature, please go to the Analytical Chemistry multimedia page at pubs.acs.org/page/ancham/audio/index.
53 ticle, please go to the Analytical Chemistry multimedia page at pubs.acs.org/page/ancham/audio/index.
54 ature, please go to the Analytical Chemistry multimedia page at pubs.acs.org/page/ancham/audio/index.
55 ature, please go to the Analytical Chemistry multimedia page at pubs.acs.org/page/ancham/audio/index.
56 New polymer-based (LDPE-lipid, PDMS-air) and multimedia partition coefficients (lipid-water, air-wate
57 musicians, and choreographers in a series of multimedia programs designed to reveal science to the ge
58 oss-sectional search of Internet, print, and multimedia resources available to patients considering L
59 ine whether a dedicated staff member using a multimedia tool, a model found to be effective in the US
60 be implemented in the prenatal clinic, using multimedia tools and electronic platforms.
61                                  Interactive multimedia tools can motivate subjects and improve parti
62 ndards for competency are better understood, multimedia tools, such as simulation and electronic port
63 A spatially resolved, dynamic version of the Multimedia Urban Model (MUM) and the boundary layer fore
64  SO-MUM, a coupled atmospheric transport and multimedia urban model, was used to estimate spatially r
65 Patients' Experience of illness (DIPEx) is a multimedia website and CD-ROM that links patients' exper

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