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Biology Equipment Technique:     more books (100)

Plasmonics In Biology And Medicine (Proceedings of Spie) Biomedical Surfaces (Engineering in Medicine & Biology) by Jeremy J. Ramsden, 2008-01 Proceedings of the Annual International Conference of the IEEE Engineering in Medicine and Biology Society: San Diego, California, Usa, October 28-31 (Ieee ... and Biology Society Conference//Proceedings) by Andrew Y. J. Szeto, 1993-11 2001 Conference Proceedings of the 23rd Annual International IEEE Engineering in Medicine and Biology Society: 25-28 October 2001 Istanbul, Turkey by IEEE Engineering in Medicine and Biology, Ch&&&&&, 2001-12 Methodology, Spectroscopy and Clinical MRI: 15th Annual Scientific Meeting of the European Society for Magnetic Resonance in Medicine and Biology (ESMRMB) Geneva, September 17-20, 1998 (SYLLABUS) Human Chromosomes: Principles and Techniques Computational Biology of the Heart Short Protocols in Molecular Biology: A Compendium of Methods from Current Protocols in Molecular Biology by Frederick M. Ausubel, 1992-04 Ventilator Management Strategies for Critical Care (Lung Biology in Health and Disease) Protein Purification Protocols (Methods in Molecular Biology) Plants (Artyfacts) by Rosie McCormick, 2003-01-20 Progress in Immunodeficiency VI by Sweden) European Society of Immunodeficiencies Meeting 1996 (Goteborg, Anders Fasth, et all 1996-12-01 Modelling Metabolism with Mathematica by Peter Mulquiney, Philip W. Kuchel, 2003-05-14 Measuring Movement and Locomotion: From Invertebrates to Humans by Klaus Peter Ossenkopp, 1996-05-30

lists with details

41. Physics And Biology - The New Frontier
    In biological environments, it is more reliable to measure to facilitate the application of the technique to a in the AQTC setting up the equipment to monitor  
    http://www.irishscientist.ie/2000/contents.asp?contentxml=132s.xml&contentxsl=in

42. National Taiwan Ocean University Computer Science -- Research Equipment
    Lab equipment Lab content Visual computer technique application, intelligence and communication Intelligent trip s journey and system; biology and Educational  
    http://www.cs.ntou.edu.tw/eng/introduction/research_lab.php
    
    Extractions: Programming Lab Programming Lab Visual computer lab AI lab Parallel processing research lab Internet security lab Computer Graphics lab Database lab Professor in charge :Yuan-Shin Hwang Extension Lab equipment: Lab content Research on compiler analysis with the purpose of parallel processing application using high speed calculation. Lab content Visual computer technique application, intelligence and communication carrier system Intelligence Chinese documents auto processor Intelligence Chinese fonts differentiator Chinese break-apart reader system Language obstacle diagnoser and remarker system Intelligent trip's journey and system Biology and Educational computer science system

43. Syllabus - Marine Biology/Oceanography
    that use state of the art techniques and equipment that are Biotechnology techniques include aseptic technique, plant and animal tissue Essential Cell biology.  
    http://www.usoe.k12.ut.us/curr/science/electives/biotec/syllab1.htm
    
    Extractions: © by the Utah State Office of Education. Biotechnology Mark Dickson (Dixie High School) INTRODUCTION Advances in the understanding and manipulation of proteins and DNA have revolutionized the field of biology. Consequently, the study of biotechnology is essential to understanding the changes taking place in the health professions, agricultural industries, law enforcement and environmental sciences. The nearly completed Human Genome Project and related research is leading new, safer drugs and the possible elimination of genetic disease. New crops and livestock are being developed that produce more with less resources and are disease and pest resistant. DNA fingerprinting is leading to better law enforcement and solving criminal cases that were previously unsolvable. Genetic manipulation may save endangered species or bring back extinct species and is increasingly becoming a part of managing the limited resources of the biosphere. All of these exciting advances and possible solutions to problems created by the human population will change our society, making it necessary for all students to be familiar with the associated theory, techniques and issues.

44. Chiras Human Biology Review Questions - Chapter 6
    Human biology Home, B remove the patient with the rapid extrication technique. D order the equipment you will need for extrication.  
    http://www.jbpub.com/humanbiology/4e/question.cfm?TestID=6

45. Acoustic Technique Could Disinfect Medical Instruments Without Heat
    the amount of time that expensive equipment is out Carter sought to enhance the technique by combining Donald Ahearn, professor emeritus of biology at Georgia  
    http://gtresearchnews.gatech.edu/newsrelease/DISINFECT.htm
    
    Extractions: Ken Cunefare holds test chamber used to demonstrate the ability of enhanced transient cavitation to kill bacterial spores. The technique could provide an alternative to existing heat and chemical treatments for disinfecting medical equipment. Georgia Tech Photo: Gary Meek 300 dpi JPG version Preliminary studies by scientists at the Georgia Institute of Technology and Georgia State University showed the technique killed more than 90 percent of bacteria in a test vial that also contained a mild solution of isopropyl alcohol. Results of the work were presented December 5 at the First Pan-American/Iberian Meeting on Acoustics in Cancun, Mexico.

46. MizMozz Directory
    This technique is used to study interactions between proteins, DNA, and RNA. Montreal Biotech Molecular biology equipment and cell culture products  
    http://www.themusichype.com/dir/Science/Biology/Products_and_Services/

47. SDSU Biology Undergrad. Seminar Bio 290
    be used to introduce concepts related to each technique. about the use of any equipment, please contact Back to SDSU biology Microbiology Homepage Back to  
    http://biomicro.sdstate.edu/Hildrethm/Bio545/mindex.htm
    
    Extractions: Course Main page Instructor: Mike Hildreth Office/Lab Location: Northern Plains BioStress Lab (NPB) 251D/237 Office Phone: E-mail Address michael_hildreth@sdstate.edu Office Hours: see " Hildeth's Homepage Lecture Time/Location: Tues. 4:00-4:50PM in NPB 102; Thurs. 4:00-4:50PM in NPB 184 Lab Time/Location: TBA. one 3 hr. block scheduled during the 1st week meet in NPB 251D LAB POLICIES: Labs are scheduled for once a week for 3 hours, however, you may also need additional time either after the scheduled lab period or later in the week to finish assignments and work on projects. Students can make arrangements with the instructor to work in the lab during any additional times. This is particularly critical just prior to times when assignments are due. Please do not mess with any equipment or supplies in the lab rooms that are not used in this course. Handle the equipment, etc. carefully; report any damaged equipment to me immediately so that I can make appropriate repairs.

48. Wiley::Culture Of Animal Cells: A Manual Of Basic Technique, 4th Edition
    biology of Cultured Cells. Design and Layout. equipment. Aseptic technique. Safety. Culture Vessels. Media. SerumFree Media. Preparation and Sterilization.  
    http://www.wiley.com/WileyCDA/WileyTitle/productCd-0471348899,descCd-tableOfCont

49. Wiley::Culture Of Animal Cells: A Manual Of Basic Technique, 4th Edition
    of cell lines, contaminations, and equipment; Clear and neuroscience, toxicology, and cancer biology will find A Manual of Basic technique, Fourth Edition to be  
    http://www.wiley.com/WileyCDA/WileyTitle/productCd-0471348899.html

50. HTS And Combinatorial Chemistry Equipment News Releases On Laboratorytalk
    HTS and combinatorial chemistry equipment. market high throughput structural biology automation solutions. using Rubidium efflux assay technique and automated  
    http://www.laboratorytalk.com/indexes/categorybrowselu.html

51. Siena College - Biology Department: Dr. John Hayden
    video light microscopy, a relatively new technique that has up my lab with the latest modern equipment purchased with in the various areas of biology, but with  
    http://www.siena.edu/biology/faculty/Hayden-FP.html
    
    Extractions: Postodoctoral studies at Dartmouth College (1980-1984). Courses: Cell Biology, Biochemistry, Advanced General Biology, and Scientific Writing How do organelles such as mitochondria and lysosomes move to the locations where they are needed in cells? What regulates this motility? Those are some of the questions my undergraduate students and I investigate in my research laboratory. I am a cell biologist whose major teaching interests are in the fields of cell biology and biochemistry. I teach Cell Biology to Sophomores in the Fall semester and Biochemistry to Juniors and Seniors in the Spring semester. It is our philosophy that the best way for students to learn biology is through hands-on experiences, performing experiments utilizing equipment currently in use in the research and industrial labs of today. We have received several National Science Foundation grants in the last 10 years, allowing us to set up and maintain our teaching labs with the latest modern equipment. For example, in our Cell Biology course we use phase and fluorescence microscopy to study human fibroblasts grown in tissue culture. Fluorescent molecular probes are used to study the various cell compartments. During the course we also use various techniques of centrifugation and electrophoresis to isolate and study various cell components. In Biochemistry the students spend the second half of the semester working in independent research teams to purify a protein. They choose various techniques of electrophoresis and column chromatography to purify the protein. By becoming familiar with the equipment and techniques currently used to gather the information that appears in the textbooks, our students find it much easier to appreciate and understand the concepts that are presented.

52. WISE Biology Workshops -- Ecology & Biotechonolgy
    develop student activities using the technique of agarose take with them, along with equipment and supplies understanding of modern molecular biology concepts.  
    http://www.monroecc.edu/wusers/flanzafame/WISE-Bio.htm
    
    Extractions: In the biotechnology workshop, the participants will perform the technique of agarose gel electrophoresis, discuss numerous electrophoretic analytical applications to modern molecular biology and develop student activities using the technique of agarose gel electrophoresis that teachers can take with them, along with equipment and supplies, to enhance their students' understanding of modern molecular biology concepts. Workshop topics and activities will include analysis of restriction enzyme cleavage patterns of DNA at different and unique nucleotide sequences, the role of restriction enzymes in nature and in genetic engineering, measurements to determine the size of DNA fragments and mapping genes on chromosomes such as in the Human Genome Project and determination of the restriction enzyme cleavage map of plasmid DNA. There will be discussion of forensic and biomedical applications. (e.g. Southern blot, DNA fingerprinting, polymerase chain reaction, and detection of cancer genes and genetically inherited diseases). The workshop will include review and discussion of the biochemical principles behind the experiments and hands-on experience with electrophoresis equipment.

53. STRUCTURAL BIOLOGY INSTITUTE
    of the Life Science faculty apply this technique to problems in structural biology. The current costs of such equipment are approximately $2,000,000.  
    http://www.informatics.sunysb.edu/som/adm/fiveyear/structure.html

54. STRUCTURAL BIOLOGY
    are no facilities or programs for applying this technique to structural biology. computers and graphics terminals; the cost for this equipment would be  
    http://www.informatics.sunysb.edu/som/adm/sp/sb.html
    
    Extractions: I. Background and Rationale The Structural Biology Initiative involves faculty in the Schools of Medicine, Biological Sciences, and the Departments of Chemistry and Physics who are committed to developing a center of excellence in a discipline poised to make enormous contributions to biomedical research in the next decade. While the University's existing strength is this area is modest, development of the Program will be enhanced by its reputation in NMR research, by the computer graphics expertise in Engineering, and by complementary research groups at Brookhaven and Cold Spring Harbor Laboratories. B. Program in Structural Biology A robust research effort in structural biology requires expertise and equipment for four key approaches: X-ray crystallography, molecular modeling, NMR spectrometry, and electron microscopy. The Program in Structural Biology proposes to establish units in each of these areas, supported by a core computational facility, to be located on 1.5 floors of the Center for Molecular Medicine. X-ray crystallography has experienced major growth in recent years, as gene cloning and expression technology produces abundant quantities of nucleic acids and proteins for analysis. At present, the University has only a modest program in crystallography, with out-of-date facilities. Most investigators requiring crystallographic analysis collaborate with the excellent group at Brookhaven, where a synchrotron light source and area detector are available for use by university researchers. A crystallography program at Stony Brook could complement the facilities and expertise at Brookhaven and Cold Spring Harbor, making the region a powerhouse of research in this area. The proposed facility will provide office laboratory and shared instrumentation space for 2-3 crystallographers, who would be recruited over several years; the cost for equipment and laboratory set up will be $1,500,000.

55. Molecular Biology Service Unit, University Of Alberta
    users in basic and advanced aspects of molecular biology. for a maximum of 3 months per major technique. will be charged for bench space and small equipment.  
    http://www.biology.ualberta.ca/facilities/mbsu/index.php?Page=1452

56. Mass Spec - University Of York - Department Of Biology - Technology Facility
    equipment. Services. Contact. Links. York only equipment booking. Charges. Choose another lab Electrospray Mass Spectrometry The technique.  
    http://www.york.ac.uk/depts/biol/tf/milab_masspec.htm
    
    Extractions: (Word Document) The Technique A protein in a suitable solvent is sprayed from a fine electrically charged nozzle, creating droplets from which the solvent evaporates leaving the protein molecules as charged particles. These are introduced into a mass analyser which measures their mass/charge ratio (m/z). As m/z can be measured to high accuracy (1 part in 10000 or better) the mass of the protein molecules can be determined. The resolution is much better than any other physical technique, allowing tiny changes such as mutation of a single amino acid residue or addition of a modifying group to be detected, where this might be difficult or impossible e.g. by gel electrophoresis or activity measurements.

57. UVM Biochemistry: Facilities
    CE is an electrophoretic technique. to bring a Cryoelectron microscopist and the necessary equipment to UVM to complete the structural biology initiative.  
    http://biochem.uvm.edu/facilities.htm
    
    Extractions: The Department of Biochemistry Computer facility consists of: two SGI Octanes (dual R10K processors), two SGI R10K O2s, an SGI Indigo, and several printers for examining and solving structures. They are all directly connected by a 100baseT network to the Life Sciences Computer Center Core Facilities The Given Analytical Facility was originally started by the Department of Biochemistry with the purchase of a Beckman Model E ultracentrifuge, Beckman liquid scintillation counter and a Perkin Elmer 60MHz NMR with a NIH Shared Instrument grant in 1969. The Facility has grown over the years to include the specialized instruments described below. The Facility has been supported during its 31 years of operation by the Department of Biochemistry, as well as by the College of Medicine. Currently a recharge mechanism is used to capture some of the costs involved in running the facility. XL-I Analytical Ultracentrifuge (Beckman). This instrument was purchased in 1996 on a NIH Shared Equipment grant. This instrument can be used to determine the following information about solutes (typically DNA and/or proteins in our hands): 1) solution molecular weight and to assess the degree of homogeneity with respect to mass; 2)the overall hydrodynamic shape of a solutes in solution; 3)the stoichiometry and equilibrium constants for interacting solutes; and 4) whether aggregates exist, and if so whether the aggregation is a reversible or an irreversible process. Two major methods are used to provide data:

58. Genetics And Molecular Biology -
    buy commercial micromanipulators and epifluorescence equipment to use Dr. Neri Paniz (Hyalo-technique laboratory, UFSM Methods in Molecular biology 136353-363  
    http://www.scielo.br/scielo.php?script=sci_arttext&pid=S1415-47572004000100012&l

59. Biology 132 Course Information
    0 Work experience PREREQUISITE(S) HS biology and HS 1.3 Identify the locations of safety equipment in the 2.2 Demonstrate proper technique in the use of a  
    http://project.bio.iastate.edu/Articulation/DMACC/biol132.html

60. Biology 161 Course Information
    13.1 Demonstrate aseptic technique by culturing Cell and Molecular biology , First Edition Spectrophotometer Electrophoresis equipment Centrifuges Biological  
    http://project.bio.iastate.edu/Articulation/DMACC/biol161.html
    
    Extractions: First semester of Cell and Molecular Biology for Biotechnology program majors. Topics covered include cell structure and function, DNA and RNA structure and function, characterization, manipulation and cloning of DNA, tissue culture and monoclonal antibodies, applications of biotechnology for agriculture and human therapeutics, laboratory methods and instrumentation.

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