Cognos 8.4 Go! Dashboard Tool IBM Cognos 8 Go! Dashboard is Web-based software that you can use to build Sophisticated, interactive dashboards using IBM Cognos content, as well as other, External data sources. It dynamically delivers rich, Adobe® Flash-based graphics for Business users and executives to assemble personalized dashboards from trusted, Consistent report-ready information. Non-IT, Business User’s way to represent the existing BI content in a Dynamic and visually appealing
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INTRODUCTION There are many reasons for knowing the identity of microorganisms. The reasons range from the knowing the causative agent of a disease in a patient, so as to know how it can be treated, to knowing the correct microorganism to be used for making certain foods or antibiotics. This study was done by applying all the methods that have been learned so far in the microbiology laboratory class for the identification of an unknown bacterium. MEDIA LIST Unknown Bacterium #5 Mannitol Salt
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MacConkey Agar [acumedia] | 1 | BBL™ MacConkey II Agar [BD] | 5 | MacConkey Agar [Oxoid] | 3 | MacConkey Broth | 1 | Mannitol salt agar [Oxoid] | 4 | Mannitol salt agar [acumedia] | 1 | M. R. S. Broth | 2 | M. R. V. P. Medium [Oxoid] | 3 | M. R. V. P. Medium [pronadisa] | 1 | BBL™ Mueller Hinton II Agar [BD] | 1 | Mueller-Hinton Agar [Oxoid] | 1 | Mueller-Hinton Agar [pronadisa] | 2 | Muller-Kauffmann-Tetrathionate Broth Base | 1 | Nutrient Agar | 15 | Nutrient Broth | 10
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transmission technique, transmission media, protocols, and LANs interconnectivity. The architecture is the layout of how the network will be connected. The access method is how a particular node (network component) will gain access to a transmission medium. The transmission technique is how data passes throughout the network. Transmission media is the connection to the network whether it be wired or wireless. The protocols are the set of rules that defines how the nodes will communicate with each
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1. What are the main architectural components of a LAN? (Minimum word count: 60) The main architectural components are 1: The network's physical topography (how the nodes are connected) 2: The access method (how the nodes access the transmission medium) 3: the transmission technique (how information passes through the network) 4: the transmission media (wired or wireless) 5: the use of specific protocols (the language used to communicate between computers) 6: the LAN's inter-connectivity (how the
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true FISP, fat suppressed 3d FLASH and fat suppressed HASTE sequences. In all patients the proposed contrast medium acted as positive in 3d FLASH (T1w), true FISP (T2/T1 w) and as a negative in HASTE (T2w). In conclusion, a 20% barium sulfate enema with 15 ml/lt gadolinium is appropriate for conventional and MR Enteroclysis studies. Keywords: MRI, contrast medium, gadolinium, Crohn's disease, Enteroclysis Text Introduction Fast and ultrafast sequences, high performance
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1. What are the main architectural components of a LAN? (Minimum word count: 60) The main architectural components of any LAN starts with the layout for how the nodes connect, the access method (which is how the node gain access to a transmission medium), the transmission technique (which is how the information passes through the network), transmission media (which is defined by either wired or wireless connections), the use of very specific protocols (which are sets of rules that define how the
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Experiment 4: Isolation of Individual Colonies For the experiment, isolation of individual colonies I was allowed to compare enriched, complex, and synthetic media. Enriched media contains some important growth factors necessary for growth of specific organisms or an organism that has a complex nutritional requirement. This "growth factor" contains vitamins, amino acids, blood components, or carbon sources. Enriched media is used to harvest as many different types of microbes as are present in a
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Stellar Nebula We’ve all seen a star in the night sky, and like most things that aren’t man made, a star has a life cycle. A star is made of mostly hydrogen and helium. The reason a star shines is because it burns hydrogen into helium in their cores. Eventually a star will become a black hole or a white dwarf, and that will be the end of the life cycle for the star. Just like the life cycle has to end somewhere it
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MR imaging of the knee in marathon runners before and after competition A study was done to evaluate the findings in MRI-studies of the knee in recreational long-distance runners after competition and to assess the reversibility of the findings. The study consisted of eight long-distance runners and they underwent MRI studies before they ran and after. They participated in the Vienna City Marathon and MRI was taken place after 6-8 weeks. They were evaluated before in order to determine if there
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