Figure 4. The “Virtuous Cycle” for EGEE development, emphasizing the role of the Networking activities. The step between “Tentative New Users” and “Committed Users” involves in practice: capture of requirements and reengineering and deployment of middleware adapted to the user needs (if necessary). The dissemination plan must be managed in close correlation with the deployment of the EGEE infrastructure because: (1) the rate of attracting and developing users must match EGEE’s capacity and requirements, (2) information from development and operations provides the content, (3) information gathered from users must inform XXXX’s operations and development, and (4) staff interaction and carefully managed staff involvement in other activities will accelerate knowledge pool development. This management may include scheduling the approach to particular potential user groups, particular research disciplines and particular geographic regions. Target End Year 2 End Year 4 Number of Users Respectability SHHU UHYLHZHG SHHU UHYLHZHG Breadth GLVFLSOLQHV GLVFLSOLQHV Multinational FRXQWULHV FRXQWULHV Multilingual ODQJXDJHV ODQJXDJHV Table A: General EGEE targets for uptake, to be facilitated by activities in the dissemination field. Full descriptions of the participants named in the diagram are given in the following text.
Figure 4. Schematic representation of the used cervical dorsal column transection model. (A) In rats, the corticospinal tract axons (red) project in the spinal cord through a crossed dorsal component that contains 95% of the axons and an ipsilateral ventral component containing less than 5% of all CST axons. Additionally, there exists a minor dorsolateral component of the CST, containing less than 2% of CST axons. Strikingly, the main part of crossed portion of the CST fibers in humans is located in the dorsolateral component of the CST. The other fibers in the dorsal column (Blue) represent ascending collaterals of the primary sensory afferents and ascending projections of spinal neurons projecting to other segments to the spinal cord. (B) In the used SCI model, a small dural incision is made and the wire knife device is stereotactically lowered into the spinal cord parenchyma. At the correct depth, the tungsten wire is extruded, forming a wire arch below the dorsal CST. (C) Subsequently, the wire knife device with the extruded wire is raised until the tip of the wire is visible, transecting a large part of the dorsal columns, while leaving the dura intact. (D) Directly following the lesion, cellular grafts can be injected into the lesion defect through a pulled glass capillary. here, only allows to determine morphologi- cal changes, in particular regeneration of corticospinal axons31. To a limited extend, ascending proprioceptive axon projections in the dorsal columns will be transected as well. Obvious behavioral alterations have not been observed. The precise functional impact of proprioceptive axon disruption has yet to be determined.
Figure 4. NPC survival and distribution: (A) Immunohistochemical detection of BrdU prelabeled NPC (rhodamine labeled; red) throughout the graft illustrates that NPC co-grafted together with primary fibroblasts into the acutely injured spinal cord survive. A significant proportion of grafted NPC can be co-localized (arrowheads) with GFAP antigenicity (fluorescein labeled; green) indicating glial differentiation. (B) As control, BrdU is not detectable within FF grafts, GFAP expression is restricted to the surrounding host spinal cord. GFAP expressing processes reach into the fibroblast graft only for a very limited distance. (C-E) The graft-host interface is shown at higher magnification in another NPC-FF grafted animal. (C) GFAP immunolabeled cells,
Examples of Figure 4 in a sentence
The developed BSP (see Figure 4) includes the asymmetric multiprocessing demonstrator (AMP) platform with one MicroBlaze processor and three run-time reprogrammable (8xSIMD) EdkDSP floating point accelerators in the programmable logic part of Zynq device of the EMC2-DP-V2 platform (see Figure 5).
The landfill may be accessed through Newport Coast Drive (see Figure 4 for vicinity map).
In general, patients had received the standard processes of diabetes care recommended by the American Diabetes Association (Figure 4) (15).
This action will occur in 2013 and will protect 263 ac of additional sand dune habitat comprised of 14 individual habitat patches (Figure 4) which range in size from 2.6 to 37.1 ac each.
Figure 3 and Figure 4, Decentralized Control Signal Center - Component Interfaces, show the data flows relationships between the Decentralized Control Signal Center Component and other associated components.
More Definitions of Figure 4
Figure 4. Impacts of RCP4.5, HadGEM2-ES, in 2050 on land cover change. Figure 5: Impact of climate change on winter wheat yield by 2070 in Europe for HadGEM-ES2 under RCP4.5 Figure 6: Percentage change in cropland by country by GCM under RCP4.5 and SSP2 compared to the situation without climate change in 2050 MAgPIE Land cover changes due to climate change in MAgPIE are driven mainly by three dynamics: (a) changed absolute land productivity, leading to changing land expansion,
Figure 4. Percentage Meeting WASL Standard by Student Group in Grades 4, 7 and 10 Homeless students in SOO had GPAs similar to entering homeless students in middle school, but higher GPAs in high school. Homeless student GPAs were consistently lower than the general student populatio. n 4.00
Figure 4. Forest Plot Displaying a Mantel-Haenszel Weighted Fixed-Effect Model for Lifetime Partner Violence among Female Psychiatric Inpatients
Figure 4. An example of physical delivery settlement in JGB Futures contracts The sellers of JGB Futures can choose any JGBs that meet the deliverable grade and deliver them to the buyers to complete the final settlement. Buyers of JGB Futures JGBs with a remaining term to maturity of 7 years Sellers of JGB Futures JGBs with a remaining term to maturity of 7 years * Final settlement is completed with the delivery of cash JGBs from the sellers to the buyers Note: The above example shows JGBs with a remaining term to maturity of 7-years as the CTD being delivered.
Figure 4. Interpreted bedrock geological map of Phoenix’s Xxxxxxx tenements with Max gold in hole values. Significant lengths of lithological contacts adjacent to the Xxxxxxx Xxxxx Zone remain untested. Alteration and multi-element geochemical work has also highlighted more oxidised and reduced areas (Figure 4). This is important as mapping geochemical gradients can aid in the delineation of fluid pathways providing vectors to sites of mineralisation. At St Ives, studies (eg. Xxxxxxx et al., 2008; Xxxxxx and Xxxxx, 2014) have successfully mapped redox gradients related to gold occurrences using zoning in alteration mineralogy.
Figure 4. The “Virtuous Cycle” for EGEE development, emphasizing the role of the Networking activities. The step between “Tentative New Users” and “Committed Users” involves in practice: capture of requirements and reengineering and deployment of middleware adapted to the user needs (if necessary). The dissemination plan must be managed in close correlation with the deployment of the EGEE infrastructure because: (1) the rate of attracting and developing users must match EGEE’s capacity and requirements, (2) information from development and operations provides the content, (3) information gathered from users must inform XXXX’s operations and development, and (4) staff interaction and carefully managed staff involvement in other activities will accelerate knowledge pool development. This management may include scheduling the approach to particular potential user groups, particular research disciplines and particular geographic regions. Target End Year 2 End Year 4 Number of Users ≥ 3000 ≥ 5000 Respectability ≥ 15% peer reviewed ≥ 50% peer reviewed Breadth ≥ 5 disciplines ≥ 5 disciplines Multinational ≥ 15 countries ≥ 15 countries Multilingual ≥ 4 languages ≥ 8 languages Table A: General EGEE targets for uptake, to be facilitated by activities in the dissemination field.
Figure 4. Children in Custody on December 31, 2019 by Placement Type 3,268 2,974 658 267 276 199 45 32 3500 3000 2500 2000 1500 1000 500 0 Source: DHS Data Of the 7,167 children living in family settings, 1,710 (24 percent) are less than two years old, 2,296 (32 percent) are two to five years old, 2,393 (33 percent) are six to 12 years old, and 768 (11 percent) are 13 years or older. Of the 475 children living in institutional settings, six (one percent) are less than two years old, 16 (three percent) are two to five years old, 112 (24 percent) are six to 12 years old, and 341 (72 percent) are 13 years or older.