61. Clinical Trial: (1)H-Nuclear Magnetic Resonance Spectroscopic Imaging Of The Bra (1)Hnuclear magnetic resonance Spectroscopic Imaging of the Brain in Patients who Receive Neurotoxic Therapy. This study is no longer recruiting patients. http://www.clinicaltrials.gov/ct/show/NCT00001807?order=2

62. Brain & Mind Magazine: Thoughts: Image Mapping By Functional Nuclear Magnetic Re Cogito, ergo sum! I think, therefore I am! René Descartes sDiscourse on Method, 1637 AC, Thoughts. Image Mapping by Functional nuclear magnetic resonance. http://www.epub.org.br/cm/n10/mente/pensamento1_i.htm

Cogito, ergo sum! I think, therefore I am! Discourse on Method , 1637 AC Thoughts Image Mapping by Functional Nuclear Magnetic Resonance R. Gattass M. F. Farias , P. Ventura e P. H. Feitosa T hought isan organized mental activity exhibiting a high degree of freedom and unlimited to the physical world. It is an organized process of neural representation that engenders a mental model for planning, definition of strategies, forecasting and problem solving. This process involves the correlation and integration of critical events in time and space. The ability to plan, to define strategies and to program activities permeates practically all human activities. In the planning stage, the individual analyses makes possible interpretations and tendencies to study the best or more effective course of action. In the forecasting stage, the individual analyzes a sequence of events to foretell the future; to verify the logical and coherence of facts, to verify hypothesis and to reflect upon possible courses of action. In this stage, the individual defines agiven strategy, builds a certain script and rehearses figuratively (mentally) examining the alternatives and options to each phase of the process. In the problem solving phase, the individual exercise alternatives and formal or abstract solutions, analyzing risks and results.

63. Nuclear Magnetic Resonance Spectroscopy A summary of nuclear magnetic resonance spectroscopy, a technology which will be needed and used for the GenomicsGTL program. http://doegenomestolife.org/technology/nmrspectroscopy.shtml

Human Genome Project Information Genomics:GTL Microbial Genome Program home breadCrumbs("www.doegenomestolife.org","","index.shtml","crumb","crumb","crumb","0"); Skip Navigation About Goals Benefits ... Home Feedback: The public is invited to provide comments and suggestions on this Genomics:GTL program by completing this form News Brief: First Genomes Revealed from Environmental Microbial Communities [ more... News Brief: Bacteria found in Hanford waste Scientists find bacteria living in soil beneath Hanford nuclear waste storage tank. [ more... JGI Decodes Wood and Toxic Waste-Degrading Fungus Genome. The Joint Genome Institute (JGI) announced the publication of a high-quality draft genome sequence of the white rot fungus, Phanerochaete chrysosporium More... DNA Sequence Completed for Corrosive Bacterium Desulfovibrio vulgaris The study, funded by DOE, was reported in the May 2004 issue of Nature Biotechnology More... Sequencing Targets: Recommendations Sought for Sequencing Targets in Support of the Science Missions of the Office of Biological and Environmental Research (BER). Candidates due by July 1, 2004. Federal Register notice available here (see bottom of page) or as web-browsable html More News and Announcements Nuclear Magnetic Resonance Spectroscopy Environmental Molecular Sciences Laboratory's 800-MHz NMR spectrometer at Pacific Northwest National Laboratory N Click for larger image.

64. Introduction To MRI Physics, Page 1 Chapter 2 Basic nuclear magnetic resonance. Magnetic Resonance Imaging has at its root the chemical technique known as nuclear magnetic resonance. http://www.simplyphysics.com/page2_1.html

Go to Page # Chapter 2 Basic Nuclear Magnetic Resonance The previous chapter discussed the very basic physical principles that you should have at least a passing familiarity with. The foundation has been laid. This chapter will build the framework. Magnetic Resonance Imaging has at its root the chemical technique known as Nuclear Magnetic Resonance. As every chemist knows, the use of the word "Nuclear" has nothing to do with radioactivity, but since the general population is not composed of mostly chemists, the medical community has dropped that emotion laden word to become, simply, MRI. Spinning Protons Act Like Little Magnets As we learned earlier, a moving electric charge, be it positive or negative, produces a magnetic field. The faster it moves or the larger the charge, the larger the magnetic field it produces. Some of the basic properties of a simple proton include mass, a positive electric charge and spin. Granted, a proton does not have a very large electric charge, but it does spin very fast and, therefore, does produce a small, but noticeable, magnetic field. Water is the biggest source of protons in the body, followed by fat (how closely followed depends upon what shape you're in.) Normally, the direction that these tiny magnets point in is randomly distributed. Spinning protons are little magnets which are frequently referred to as just spins.

65. NANUC - National High Field Nuclear Magnetic Resonance Centre Enter. http://www.nanuc.ca/

66. GE Healthcare: Medecine Nucleaire, Imagerie TEP, Imagerie Fonctionnelle, Imageri Translate this page medical information, healthcare solutions, GE Medical systems, medical scanner, radiology equipment, ultrasound, nuclear magnetic resonance, magnetic resonance http://www.gemedicalsystemseurope.com/eufr/rad/nm_pet/products/

General Electric, mri, medical equipment, x-ray equipment, medical information General Electric mri medical equipment x-ray equipment ... healthcare solutions , GE Medical systems, medical scanner radiology equipment ultrasound nuclear magnetic resonance ... hospital equipment , nuclear medicine, radiology, medical supplies, radiography, cardiology, computed tomography, biomedical equipment, pet scanner Recherche Imprimer cette page Page d'accueil Radiologie MN/TEP ... Produits gemsContentDivs=2; gemsContentVisible = true; Red©finissons l'imagerie fonctionnelle pour le nouveau mill©naire Nouveau programme de formation des techniciens TEP Master Series En utilisant notre site, vous acceptez notre et nos Conditions d'utilisation Cliquez sur ces termes pour consulter ces documents.

67. Sciserv.pl -- Usage nuclear magnetic resonance (NMR)nuclear magnetic resonance (NMR). nuclear magnetic resonance (NMR) is a nondestructive, information rich technique, which has become http://sciserver.lanl.gov/cgi-bin/sciserv.pl?collection=journals&journal=0079656

68. Center For Nuclear Magnetic Resonance Research And Development Center for nuclear magnetic resonance Research and Development. Center for nuclear magnetic resonance Research and Development Home Page Mission http://main.uab.edu/show.asp?durki=34703

69. Oilfield Glossary: Term 'nuclear Magnetic Resonance' nuclear magnetic resonance. 1. n. Geophysics, ID 943. See bound fluid, nuclear magnetic resonance measurement, SDR permeability, TimurCoates permeability. http://www.glossary.oilfield.slb.com/Display.cfm?Term=nuclear magnetic resonance

70. Oilfield Glossary: Term 'nuclear Magnetic Resonance Measurement' nuclear magnetic resonance measurement. A measurement of the nuclear magnetic resonance (NMR) properties of hydrogen in the formation. http://www.glossary.oilfield.slb.com/Display.cfm?Term=nuclear magnetic resonance

71. Nuclear Magnetic Resonance And Nuclear Quadrupole Resonance For Materials Evalua and Biomolecular Theory, Synthesis, Characterization, and Analysis nuclear magnetic resonance and Nuclear Quadrupole Resonance for Materials Evaluation. http://www4.nas.edu/pga/rap.nsf/0/B0C05EB3D58296EF85256DCE00423663?OpenDocument

72. Bimolecular Nuclear Magnetic Resonance Spectroscopy, RNA Structure, And RNA-Prot Science and Technology Laboratory Biotechnology Division Bimolecular nuclear magnetic resonance Spectroscopy, RNA Structure, and RNAProtein Interactions. http://www4.nas.edu/pga/rap.nsf/ByTitle/50.83.11.B4033?OpenDocument

73. Wwwnmr.ukc.ac.uk/nmr/ nuclear magnetic resonanceCambridge Centre for Molecular Recognition. nuclear magnetic resonance. Click here to connect to the CCMR Biomolecular NMR Facilities Home page. http://wwwnmr.ukc.ac.uk/nmr/

74. Baker Hughes Nuclear Magnetic Resonance Baker Atlas Home Formation Evaluation nuclear magnetic resonance. Formation Evaluation Home. Acoustic Services nuclear magnetic resonance. http://www.bakerhughes.com/bakeratlas/formation_evaluation/nuclearmag_index.htm

Baker Atlas Home Formation Evaluation Nuclear Magnetic Resonance Formation Evaluation Home Acoustic Services Nuclear Magnetic Resonance MR Explorer ... ) service The latest generation magnetic resonance technology: Faster acquisition, higher data quality, more accurate reserves and producibility estimates. MRIL Magnetic Resonance Imaging Log service Distinguish between producible fluids and irreducible water and provide permeability estimates on a foot-by-foot basis. The MRIL data, which is acquired simultaneously with other logging MRIL Magnetic Resonance Imaging Log Service services on the ECLIPS SM acquisition system, provides not only improved reserves and producibility estimates, but also a mineralogy-independent effective porosity (MPHI) in addition to estimates of reservoir pore- and grain-size distribution. Related Information Ready to Prove It Case Histories BakerHughesDirect - Baker Atlas Home About Baker Hughes ... e.

75. Nuclear Magnetic Resonance Facility--ISU Service Facilities Table of Contents. nuclear magnetic resonance Facility. Location 208 Molecular Biology Building. Hours 9 am to 5 pm weekdays; other hours by appointment. http://www.biotech.iastate.edu/service_facilities/nuclear_resonance.html

Animal Gene Transfer Facility Atomic Force Microscopy Facility Bessey Microscopy Facility Cell Facility ... Table of Contents Nuclear Magnetic Resonance Facility Location: 208 Molecular Biology Building Hours: 9 a.m. to 5 p.m. weekdays; other hours by appointment Contacts: 515-294-2139 Bruce Fulton, Manager Fax: E-Mail: bfulton@iastate.edu (Bruce Fulton) Web: www.public.iastate.edu/~bfulton/nmr_home.html The Nuclear Magnetic Resonance Facility is supported by the Office of Biotechnology and the biochemistry, biophysics and molecular biology department. A 500 MHz NMR spectrometer is available to researchers conducting re- search on biological macromolecules in solution. The facility operates a Bruker Avance DRX500 spectrometer with four RF channels and field gradients. The instrument is capable of performing a very broad range of modern multi-nuclear, multi-dimensional NMR experiments for structural studies of biomolecules. The facility also has computational resources for processing and analyzing NMR data and obtaining molecular structures. The facility will acquire and interpret NMR data as an analytical service. Consultation on the application of NMR methods to biological problems is available. The facility will provide training for researchers to operate the instrument and interpret data. Fees for Services* On Campus Instrument time (per hour) Operation time (per hour) Off Campus Instrument time (per hour) Operation time (per hour) * All prices subject to change.

76. Nuclear Magnetic Resonance - Encyclopedia Article About Nuclear Magnetic Resonan encyclopedia article about nuclear magnetic resonance. nuclear magnetic resonance in Free online English dictionary, thesaurus and encyclopedia. http://encyclopedia.thefreedictionary.com/Nuclear magnetic resonance

Dictionaries: General Computing Medical Legal Encyclopedia Nuclear Magnetic Resonance Word: Word Starts with Ends with Definition Nuclear magnetic resonance NMR ) is a physical phenomenon involving the interaction of atomic nuclei The center of an atom is called the nucleus . It is composed of one or more protons and usually some neutrons as well. The number of protons in an atom's nucleus is called the atomic number, and determines which element the atom is (for example hydrogen, carbon, oxygen, etc.). Though the positively charged protons exert a repulsive electromagnetic force on each other, the distances between nuclear particles are small enough that the strong interaction (which is stronger than the electromagnetic force but decreases more rapidly with distance) predominates. (The gravitational attraction is negligible, being a factor 10 weaker than this electromagnetic repulsion.) Click the link for more information. placed in an external magnetic field In physics, the magnetic field is the field produced by a magnet. A field , in this context, is a vector field; that is, a vector for each point in space, possibly changing in time. Given the symbol

77. ANU RSC Biomacromolecular Nuclear Magnetic Resonance Group Home Page Biomacromolecular nuclear magnetic resonance. Group Leader Dr Max Keniry. Research Field/Interests Oligonucleotide structure, antibiotic http://rsc.anu.edu.au/RSC/ChemResearch/Groups/GF-home.html

Biomacromolecular Nuclear Magnetic Resonance Group Leader: Dr Max Keniry Research Field/Interests: Oligonucleotide structure, antibiotic-oligonucleotide structure, protein structure and mechanism, nuclear magnetic resonance methodology. E-mail Group Leader Research School of Chemistry Home Page List of RSC Research Groups Last revised 25 September 1998 - Webmaster@rsc.anu.edu.au

78. Nuclear Magnetic Resonance Spectroscopy nuclear magnetic resonance Spectroscopy. This UGa. Acronyms, synonyms nuclear magnetic resonance Spectroscopy; 1D NMR, onedimensional NMR; http://www.uga.edu/cms/NMR.html

Nuclear Magnetic Resonance Spectroscopy This technique provides detailed solution structural information about (metallo)biomolecules, either para- or diamagnetic. For smaller proteins (less than ca. 30 kd), 2-dimensional NMR techniques may provide a complete solution structure (i.e., the position of all the atoms). For paramagnetic metallobiomolecules, identification of magnetic nuclei surrounding the paramagnetic metal site can be accomplished [ Don Kurtz , UGa]. Acronyms, synonyms N uclear M agnetic R esonance Spectroscopy 1D NMR, one-dimensional NMR 2D NMR, two-dimensional NMR N uclear O verhauser E ffect S pectroscop y (through space) C orrelation S pectroscop y (through bonds) Measured physical quantities Nuclear spin transitions Information available Structure of molecules in solution, including H-bonding interactions Dynamic properties of molecules in solution, including rates Sites of binding interactions Equilibria Presence and, sometimes, location of metal centers and infrequently occurring nuclei (e.g., P) Information NOT available, limitations Very large molecules cannot be studied in detail and sometimes not at all Information on electronic properties of molecules difficult to obtain Very floppy molecules provided very limited data (e.g., single strands of DNA, RNA, short peptides)

79. Purdue Cancer Center - Shared Resources - Nuclear Magnetic Resonance nuclear magnetic resonance. Shared Resource Director Carol B. Post. Email cbp@purdue.edu. Facility Director Klaas Hallenga. Department http://www.cancer.purdue.edu/shared_resources/nmr.php

text-only version printer-friendly version Nuclear Magnetic Resonance Shared Resource Director: Carol B. Post E-mail: cbp@purdue.edu Facility Director: Klaas Hallenga Department: Chemistry/Medicinal Chemistry Phone: Building/Room: WTHR, Room 365B General Information and services The nuclear magnetic resonance (NMR) shared resource provides a broad spectrum of NMR instrumentation and scientific expertise for cancer research. The resource maintains medium and high-field spectrometers housed across campus for easy access by all Cancer Center researchers. NMR spectroscopy plays a central role across many areas of cancer research. The resource serves research projects in structural biology as well as synthesis and analysis of complex natural products and synthetic molecules. The Facility provides training and access to a number of NMR spectrometers, ranging from walk-on use of 200-, 300-, and 500-MHz multinuclear spectrometers to week-long use of 500- and 600-MHz multinuclear spectrometers with gradient capabilities. Researchers are taught to operate the instruments by expert staff members, and data can be processed either by off-line computers available in the resource or by electronic transfer to user-owned computers.

80. Department Chemistry At McMaster: Nuclear Magnetic Resonance Lab McMaster Quick Links. nuclear magnetic resonance Laboratory. Brian G. Sayer (FCIC) Dr Donald W. Hughes George Timmins Dr AD Bain, Manager http://www.chemistry.mcmaster.ca/facilities/nmr/

Nuclear Magnetic Resonance Laboratory Optical Spectroscopy and EPR Facility Glass Blowing Shop McMaster Regional Centre for Mass Spectrometry Nuclear Magnetic Resonance Laboratory ... Single-Crystal X-Ray Diffraction Laboratory McMaster Quick Links Nuclear Magnetic Resonance Laboratory Brian G. Sayer (FCIC) Dr Donald W. Hughes George Timmins Dr A.D. Bain Manager Application Specialist, Assistant Professor Instrument Specialist Faculty Advisor to the Facility Contact Information The Nuclear Magnetic Resonance (NMR) Facility was established in 1986 with funding provided by NSERC and McMaster University. The Facility is equipped with seven NMR Spectrometers including the recently acquired Bruker AV 600 and AV 700 funded by CFI. The Facility is highly regarded in the Canadian chemical community for its versatility in the types of samples ( organic, inorganic, biochemical, geological, industrial, forestry, agricultural and biomedical materials

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