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Figure 8.4. Main window of Gepasi. The main window of Gepasi consists of menus (File, Options, and Help), icons, and four tabs (Model definition, Tasks, Scan, and Time course). Activation of any of the tab opens an indexed page. At the start of Gepasi, the Model definition page is opened. Enter name of the metabolic pathway to the Title box. Click Reactions button to define enzymatic reactions (e.g., E + A+B = EAB for R1, EAB = EPQ for R2, and EPQ = E + P + Q for R3 shows 3 reactions and 7 metabolites), and then click Kinetics button to select kinetic type. Activate Tasks tab to assign Time course (end time, points, simufile.dyn), Steady state (simufile.ss) and Report request. Activate Scan tab to select scan parameters. Activate Time course tab to select data to be recorded and then initiate the time course run. Figure 8.4. Main window of Gepasi. The main window of Gepasi consists of menus (File, Options, and Help), icons, and four tabs (Model definition, Tasks, Scan, and Time course). Activation of any of the tab opens an indexed page. At the start of Gepasi, the Model definition page is opened. Enter name of the metabolic pathway to the Title box. Click Reactions button to define enzymatic reactions (e.g., E + A+B = EAB for R1, EAB = EPQ for R2, and EPQ = E + P + Q for R3 shows 3 reactions and 7 metabolites), and then click Kinetics button to select kinetic type. Activate Tasks tab to assign Time course (end time, points, simufile.dyn), Steady state (simufile.ss) and Report request. Activate Scan tab to select scan parameters. Activate Time course tab to select data to be recorded and then initiate the time course run.
We can start the simulation at parameters different than those previously defined, or give the simulation a finer spatial resolution by modifying the Mesh properties to contain more X and Y elements. For the purpose of this example, we only need to modify information under the Task tab. Click the Task tab, set Time Step to 0.1 s, End Time to 500 s, and keep every 10 time samples (Fig. 6a). Click OK. [Pg.501]

Fat-soluble vitamins require the simultaneous presence of lipids and bile acids for their absorption. In order to be transported to the liver, they are bound to lipoproteins of the chylomicrons. Fat-soluble vitamins are stored in the liver or fatty tissue, often in large amounts and for prolonged periods of time. From there they become available to the intermediary metabolism for complex tasks. Vitamins A and D are secreted from the liver cells by means of carrier proteins. By undergoing biotransformation, fat-soluble vitamins become meta-bolically inactive as well as water-soluble and are thus capable of being excreted, (s. tab. 3.13)... [Pg.47]

The following sonographic procedures can be applied, depending on the specific tasks and objectives (s. tab. 6.6) ... [Pg.138]

Many different brain functions are available to enable routine everyday tasks to be mastered correctly, (s. tab. 10.1)... [Pg.200]

Tab. 10.1 Brain functions important for mastering routine everyday tasks... Tab. 10.1 Brain functions important for mastering routine everyday tasks...
The manifold relationships between the metabolic functions of the liver and the vitamins fulfil vital tasks in helping the organism to stay healthy. Nutrition low in vitamins or age-related reduction in intestinal vitamin resorption as well as chronic alcoholism may be responsible for the development of hypovitaminosis. Standard values of vitamins (including fat-soluble vitamins) in the serum do not exclude a deficit. Deficiency is often recognized for the first time owing to the manifestation of clinical symptoms, and now requires substitution. Substitution therapy may be recommended, even if no vitamin deficiencies have become manifest at this stage, (s. p. 47) (s. tab. 28.2 )... [Pg.730]

LT patients require 7-10 days in an intensive care unit and about 3 weeks in a normal ward of the hospital. The patient is usually fully rehabilitated after 6 months. Subsequent to inpatient treatment, follow-up therapy is carried out at a rehabilitation clinic which is specialized in hepatology. Generally, this stationary rehabilitation phase lasts 4-6 weeks and includes various tasks and objectives, (s. tab. 40.17)... [Pg.879]

Tab. 40.17 Tasks and objectives of aftercare and rehabilitation in specialized clinics... Tab. 40.17 Tasks and objectives of aftercare and rehabilitation in specialized clinics...
As described in Chapter 5, the Data Labels tab in the Format Data Series dialog box allows you to add data labels to a chart (to each data point in an XY chart, or to each column in a column chart, for example). But only the x values or the y values can be used as labels. You d probably like to use some other text as data labels. You can do this manually, by adding the data labels, then manually editing each one to enter the text you want. A macro will make the task much easier. [Pg.295]

Under the Settings tab, check the Wake the Computer to Run This Task option and click OK. Your task will now run on the first day of each month with the options you have selected. [Pg.506]

Good advice for primary actions is to collect all available data describing the nature of the sample. Information exchange is especially important if synthesis and separation of the products are done by different departments. For this purpose a rough characterization of the sample and the preparative task made by following the questionnaire of Tab. 4.2 eases the planning of experimental procedures. [Pg.110]

In Tab. 7.18.1 we indicate the suitability of four important physical parameters currently considered in sensor research and development (conductivity, permittivity, viscosity, and density) for some important automotive liquid sensing tasks. Although conductivity and permittivity represent parameters that in general show different... [Pg.517]

Tab. 7.18.1 Suitability of physical liquid parameters for different sensing tasks... Tab. 7.18.1 Suitability of physical liquid parameters for different sensing tasks...
Example 2 demonstrates some of the potential problems and pitfalls of this preselection method. As mentioned before, the response numbers of Fig. 11.6 have been collected without a specific project in mind and, therefore, represent the most common applications of the individual agglomeration methods. The hot densification of directly reduced iron (DRl) to achieve passivation of this initially highly reactive material (see Section 5.4) features and requires very specific responses to the different factors so that, prior to carrying out the preselection process, the response numbers should have been reviewed and adjusted. In the industry, hot densification with roller presses has emerged as the exclusive agglomeration method for this task. As can be seen from Tab. 11.3, even without an adjustment of the response numbers, the roller press is selected in the 2 spot and moves to the 1 selection if the most important factors are weighted and the requirement for low costs is included. [Pg.467]

At this point in the discussion, all the tools needed to solve the problem posed at the very beginning of this chapter are now at hand. The problem will be approached in steps. The first task is to scan through a file of RNAi results, collecting the genes that have anything to do with locomotion. Assume that the input file is named rnai. txt and contains lines in the following format each field is separated by a tab. [Pg.446]

The next task in defining the Fluid Package is providing the binary interaction parameters. 1. Click the Binary Coeffs tab of the Fluid Package property view. [Pg.112]


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