PPT-Neuroscience gateway portal

Computational Models at the Touch of a Button Daniel Guan San Diego Supercomputer Center UCSD Introduction Since supercomputers are not widely available on a local basis neuroscientists and scientists in general are not able to run their models efficiently The NSG Portal provides such a powerful tool via the internet allowing such scientists to conveniently run models at the touch of a button And with user guidelines and sample results with initial parameters scientists can crosscheck their results to make sure they are on spot with what to expect Scientists are able to save valuable time since the NSG Portal produces easily accessible results negating the burden of a running a largescale model and the hassle of finding a powerful machine like a supercomputer to do that work. NEUROSCIENCE VOLUME 6 SEPTEMBER 2005 MULTIPLE SCLEROSISA disease of the CNS that is characterized by focal areas in which myelin is lost from axons, leading to axon degeneration.A family of recepto Date: 27. th. Oct. 2012, 12 noon. Venue: Guru Nanak . Bhawan. Auditorium . Guru Nanak Dev University, Amritsar . Workshop on Neuroscience Communication. Convener : . AKSHAY ANAND Editor, Annals of Neurosciences. Marlon Pierce. Indiana University. Staff Member. Primary. Projects. Funding. Marlon Pierce. All. Multiple sources. Suresh . Marru. ODI,. . GridChem. , LEAD, . UltraScan. TeraGrid. GIG. Yu. Ma. iCenter. TeraGrid. Science Gateway Program:. A Personal View. Nancy Wilkins-Diehr. wilkinsn@sdsc.edu. GCE11, November 18, 2011. Gateway Development Timeline. GCE11, November 18, 2011. Linked Environments for Atmospheric Discovery (LEAD) (. . GateWay. Portal. Introduction. Currently, Neuroscientists wishing to view data of computational model may not be able to do so. This may be due to a lack of access to a powerful computer that can handle the demand of a heavy computational model. In order for scientists to more easily access this data, the NSG project will provide outputs of these computational models for the scientists without the burden of computing them themselves, or getting access to a high powered machine which can do so. The models . A User’s Guide. NIF Team. UCSD. Yale. Washington U. Cal Tech. George Mason University. SFN . Neuroinformatics. Committee. International . Neuroinformatics. Coordinating Facility. Introduction to the NIF. Danah. . Al-. Zaben. 200900141. Norah Al-. Rashdi. 200800464. Rawan. . Saad. 200800184. 1. Outline:. Introduction.. (. Danah. ). Decision Phases of Gateway’s Supply Chain. . Premier Health Partners / . Wright . State University . Neuroscience Institute. WHY. NEUROSCIENCE? . Decade of the Brain. Disease Burden. Importance of Neuroscience. EPILEPSY. 10. % of the population will have a seizure in their lifetime. Mission: promoting scientific literacy, growing the neuroscience community, and developing effective science communicators.. WHY?. Science outreach is critical. WHY?. "So, when you guys do your research, you start with a scientific—what do they call it—postulate or theory, and you work from that direction forward, is that right. Barbara Bottalico. b. arbara.bottalico@unipv-lawtech.eu. . Brain imaging and . cognitive neuroscience . Erice. . 2013. LAWYER. RESEARCH FELLOW. http. ://www.unipv-lawtech.eu/lang1/. index.html. . European Center for Law,. Majorand MinorwwwNeurosciencePitteduRevised08/2019Neuroscience is the study of the biological bases and consequences of behavior with a special focus on the role of the nervous system in these process WHAT IS THE MAJOR IN NEUROSCIENCE LIKE?. The major in Neuroscience includes courses in . Cellular and Molecular Neuroscience (with lab). Systems Neuroscience (with lab). Behavioral Neuroscience. Social Neuroscience. nd. Edition). Summary of key points, provided by. Diane DiEuliis, PhD.. (US Department of Health and Human Services). National Defense University. Department of Defense. Why Neuroscience?. Psychology gives way to Cognitive neuroscience:. Alberto Masala (PI), SND, Univ. Paris Sorbonne. Daniel Andler, SND, Univ. Paris Sorbonne. Jean Denizeau, MBB, ICM, Univ. P. & M. Curie. Mathias Pessiglione, MBB, ICM, Univ. P. & M. Curie. Two interlocked aims.