61. Catalog Of Selected Educational Materials Offers information on equipment, techniques, plus preparing and Written for educators and provides a summary of the biology and ecology of elk. http://wdfw.wa.gov/outreach/education/catalog2.htm

Washington Department of Fish and Wildlife Catalog of Selected Educational Materials Unless otherwise noted, the items listed below are available free from the Washington Department of Fish and Wildlife. Write to the attention of the indicated program. Quantities may be limited. Many of these items are also available at WDFW regional offices and other facilities. Aquatic/Fish Ecosystems/Wildlife General Urban Wildlife Aquatic and Fish AQUATIC RESOURCES EDUCATION CURRICULUM Information on teaching fishing techniques, water safety and aquatic life. Twenty-eight lessons, plus: Lesson Objectives, Materials, Teaching Strategy, Classroom Procedure, Lesson Content Outline and Narrative, and a glossary, bibliography and graphics. Mail orders to: Order Department, Kendall Hunt Publishing Co., P. O. Box 539, Dubuque Iowa 52001. Phone (800) 228-0810. Cost is per copy for federal, state or local government agencies; per copy for all others; available free to WDFW-certified volunteer angling instructors. (For information on how to become a certified angling instructor, please contact:

62. School Improvement In Maryland: Promising Practices: Best Practices: Biology biology classrooms should be equipped with laboratory equipment and related Laboratory Techniques and Experimental Design, Observing the Effect of http://www.mdk12.org/instruction/curriculum/hsa/biology/lab_activities.html

Biology classrooms should be equipped with laboratory equipment and related technology which may include: microscopes (compound and stereo), computers, data gathering software and hardware, electronic balance, thermometers, pH meter, environmental study kit, VCR with content videotapes, water bath, hot plate, graphing calculator, biotechnology-related equipment (e.g. gel electrophoresis boxes, micropipette). Activities and text references are listed only as suggestions for the teacher; other similar activities may be appropriate. Please check the edition of your text for the correct page numbers. Biologically Important Molecules analyze foods for carbohydrates, lipids, proteins, vitamins, etc. (Indicator 1) Glassware (e.g. test tubes, beakers, flasks, buret or equivalent, graduated cylinders) Hot plate Related Activities: The Dynamics of Life , "The Chemistry of Life", Glencoe Probing Levels of Life , "Detecting Compounds made by Living Things"

63. New York University School Of Medicine -Facility Core Molecular and Cell biology. Overview; Members; Facilities and equipment The resource provides consultations on molecular biology techniques including http://www-apps.niehs.nih.gov/centers/public/fac-core/ctr-1171-4725.htm

New York University School of Medicine Institute of Environmental Medicine Max Costa, Ph.D., Center Director Grant Number: P30ES00260 Contents Molecular and Cell Biology Overview Members Facilities and Equipment Usage and Benefits ... Publications Overview 1. technical training and support for DNA sequencing, DNA fragment analyses or Pyrosequencing, with high throughput capacity provided by a Biomek 2000 Robotic Workstation. 2. consultation and hands-on assistance in the use of custom and commercial microarrays, including isolation of cDNAs, hybridizations, and design and printing of custom arrays. 3. consultation and training on commonly used molecular biology techniques including, southern, northern and western blots, real-time PCR, RT-PCR and gel mobility shift analyses. 4. technical support for the use of molecular biology imaging instruments including PhosphorImager, fluorescent microplate reader, AlphaImager and Kodak film developer. 5. technical training and support for in-house protein expression analysis by SELDI (Ciphergen ProteinChipâ), and assistance in out-sourcing protein purifications and identification by MALDI-TOF and Q-TOF to the NYU School of Medicine Protein Analysis Facility. 6. technical training and support for the use of flow cytometry to facilitate multi-parametric DNA analysis of cell cycle, apoptosis and cellular differentiation in response to environmental toxicants and exposure modifiers.

64. Vanderbilt University -Facility Core Training is offered in basic aseptic techniques and Biosafety Level 2 procedures. Major equipment in the Cell biology Core is listed below. http://www-apps.niehs.nih.gov/centers/public/fac-core/ctr-600-3326.htm

Vanderbilt University Center in Molecular Toxicology F Peter Guengerich, Ph.D., Center Director Grant Number: P30ES00267 Contents Cell Biology Overview Members Facilities and Equipment Usage and Benefits ... Publications Overview [ TOP ] Members Dr. Diane S. Keeney, Core Director and Assistant Professor, Departments of Biochemistry and Medicine Dr. Raymond F. Burk, Professor, Department of Medicine Dr. David K. Cortez, Assistant Professor, Department of Biochemistry Dr. Daniel C. Liebler, Professor, Department of Biochemistry Dr. Lawrence J. Marnett, Professor, Departments of Biochemistry and Chemistry Dr. Jennifer A. Pietenpol, Associate Professor, Department of Biochemistry Dr. Michael R. Waterman, Professor and Chair, Department of Biochemistry [ TOP ] Facilities and Equipment The Cell Biology Core laboratory contains an outer wet bench area of approximately 475 net square feet accessible from the hallway. This area is used for record keeping, preparation and storage of media, reagents, supplies, and cryopreserved cells. It contains refrigerators, freezers, Dewars, liquid nitrogen tanks and small equipment. From inside the wet bench lab, there is restricted access into two inner rooms (total approximately 480 net square feet). These rooms are dedicated to tissue and cell culture and are equipped appropriately. Biosafety Level 2 precautions are exercised in these restricted areas. Major equipment in the Cell Biology Core is listed below. The facility is well equipped. The existing equipment is well maintained, routinely calibrated and disinfected, or otherwise subjected to routine quality control procedures. Investigators perform very simple and technically sophisticated experiments in this facility. They do so with the confidence that all equipment is working properly and that any suspected malfunction will be investigated and corrected as necessary by laboratory personnel.

65. Jossey-Bass::Biology Teacher's Survival Guide: Tips, Techniques & Materials For biology Teacher s Survival Guide Tips, Techniques Materials for Success in the Keeping inventory of major laboratory equipment and general supplies. http://www.josseybass.com/WileyCDA/WileyTitle/productCd-0130450510,descCd-tableO

By Keyword By Title By Author By ISBN By ISSN Shopping Cart My Account Help Contact Us ... Science Related Subjects Writing Curriculum Tools General Curriculum Tools Mathematics Curriculum Tools Other Curriculum Tools ... Reading Curriculum Tools Join an Education Mailing List Related Titles Science Hands-On Earth Science Activities for Grades K - 8 (Paperback) by Marvin N. Tolman, Ed.D. Hands-On Physical Science Activities: for Grades K-8 (Paperback) by Marvin N. Tolman, Ed.D. Hands-On Life Science Activities for Grades K - 8 (Paperback) by Marvin N. Tolman, Ed.D. The Science Teacher's Book of Lists (Paperback) by Frances Bartlett Barhydt, M.A., Paul W. Morgan, Ph.D. 190 Ready-to-Use Activities that Make Science Fun (Paperback) by George Watson Crime Scene Investigations: Real-Life Science Labs For Grades 6-12 (Paperback) by Pam Walker, Elaine Wood Science Puzzlers!: 150 Ready-to-Use Activities to Make Learning Fun, Grades 4-8 (Paperback) by Robert G. Hoehn Science Michael F. Fleming ISBN: 0-13-045051-0 Paperback 304 pages May 2002, Jossey-Bass

66. Molecular Biology Facility, University Of Alberta The major goal of the facility is to make available equipment and training for molecular biology techniques for everyone in the department 1,2. http://www.biology.ualberta.ca/facilities/mbsu/index.php?Page=1452

67. 1998 - 1999 Ecology And Evolutionary Biology An introduction to the biology of fishes, with an emphasis on adaptation and equipment, techniques and theory of scientific diving; data collection, http://vm.uconn.edu/~regsdh06/eeb.htm

Undergraduate Catalog 1998 - 1999 BIOLOGY: Ecology and Evolutionary Biology (EEB) Head of Department: Professor Gregory J. Anderson Department Office: Room 312, Torrey Life Sciences Building For major requirements, see the College of Liberal Arts and Sciences section of this Catalog 200. Biology of Fishes Second semester. Four credits. Two 1 1/2-hour class periods, one three-hour laboratory period. Prerequisite: BIOL 108. Not open for credit to students who have passed RNR/NRME 200, 201 or 202 or MARN 200, 201 or 202. Schultz An introduction to the biology of fishes, with an emphasis on adaptation and evolutionary diversifi-cation. Topics include the evolution of major groups, morphology, physiology, behavior, and population and community ecology. Laboratory periods will include field and laboratory exercises; field trips required. 203. Developmental Plant Morphology (Also offered as EEB 303.) First semester, alternate years. Four credits. Two class periods and two 2-hour laboratory periods. Prerequisite: BIOL 108 or consent of instructor. Jones Analysis of diversity in plant form; principles of plant construction and development.

68. MIT OpenCourseWare | Biology | 7.012 Introduction To Biology, Fall 2004 | Syllab Biological Science. Upper Saddle River, NJ Prentice Hall, 2002. equipment, techniques, and thought process used by molecular biologists. http://ocw.mit.edu/OcwWeb/Biology/7-012Fall-2004/Syllabus/

skip to content Search Advanced Search Course Home Syllabus Calendar ... Introduction to Biology, Fall 2004 Syllabus Prerequisites There are no formal prerequisites for this course, but we do presuppose high school-level biology and chemistry (especially familiarity with the fundamental aspects of chemical structure). Text Freeman, Scott. Biological Science . Upper Saddle River, NJ: Prentice Hall, 2002. ISBN: 0130819239. Spencer, Charlotte A. Genetic Testimony: a Guide to Forensic DNA Profiling . Upper Saddle River, NJ: Pearson/Prentice Hall, 2004. ISBN: 013142338X. Recitations Regular weekly attendance is expected. Each recitation section meets twice per week for 50 minutes. Tutors Tutors are available at no charge for all students who wish to have extra help with the course material, either on a one-time or on a regular basis. Voluntary Laboratory This semester is the second time we are offering a voluntary lab component as an exciting addition to 7.012. The purpose of the labs is to give you a hands-on experience with the organisms, equipment, techniques, and thought process used by molecular biologists. You will have the opportunity to do experiments for yourselves, and a chance to learn the concepts that are addressed in lecture and section from a different angle. Experiments will include: Isolating your own DNA Generating and Finding Mutant Yeast Performing Gene Therapy on Mutant Yeast Setting up Yeast Matings Screening Household Products for Carcinogens Assignments There are six problem sets for this course. Of the six graded problem sets, the lowest grade is dropped in calculating your final grade (see below). The last problem set, Problem Set 7, will not be graded, however, the material on this problem set will be covered on the Final Exam. Although you may engage in general discussions of problems, sharing of answers is a violation of the trust placed in all students in the class, each of whom is entrusted with producing her/his own set of answers. Students who copy problem set answers or allow their problem sets to be copied may receive a for all the Problem Sets (and thus lose 20% of the grade).

69. Biology Class Descriptions - Wheeling Jesuit University Includes propagation techniques such as tissue culture. Use of research and instructional equipment techniques for preparing research and instructional http://www.wju.edu/academics/bio/bioclsdes.asp

WJU Home Back To Departments Biology Home Class Descriptions ... Facts about Biology! Biology Class Descriptions BIO 105 The Process of Biology (3 crs) (meets the first core science requirement). An introduction to biology as a way of knowing and communicating about living systems. The themes are how living systems process energy and information, relate ecologically to their environments and evolve over time. The goal is scientific literacy, i.e., skill in applying theories, evaluating evidence and manipulating concepts. BIO 110 Biology of Reproduction (3 crs) Reproduction is an impelling force in all biological organisms. This course investigates the processes and strategies of propagation, with major emphases on its evolution and meaning in the human race. BIO 115 General Biology I (3 crs ) An exploration of variations on the themes of biology: metabolism, phylogeny, development, systematics, anatomy and physiology of plants and animals, animal behavior, etc. BIO 120 General Biology II (3 crs) (A continuation of BIO 115) An exploration of variations on the themes of biology: metabolism, phylogeny, development, systematics, anatomy and physiology of plants and animals, animal behavior, etc.

70. Home > Agriculture > Farming Methods, Techniques And Equipment > Cultivation And Home Agriculture Farming methods, techniques and equipment Cultivation Postharvest biology and Technology is an international scholarly journal http://agrifor.ac.uk/hb/31af8d1c8326b791191e4a31e21eea06.html

low graphics Home Agriculture Farming methods, techniques and equipment ... Cultivation and harvesting Post-harvest operations African experience in the improvement of post-harvest techniques postharvest treatment postharvest systems postharvest losses ... Agro-Industries and Post-Harvest Management Service The Agro-Industries and Post-Harvest Management Service (AGSI) is one of four services of the Agricultural Support Systems Division at the Food and Agriculture Organization of the United Nations. AGSI supports and advises governments and other groups in member countries, in the area of post-production technology. It covers agricultural industries, food industries and post-harvest management. The site has details of current activities and a list of publications, some of which can be viewed in full online, and some can be ordered online. postharvest systems food industry farming systems extension ... Chlorination in the production and postharvest handling of fresh fruit and vegetables The primary postharvest applications of disinfection by chlorination are to minimise the spread of pathogens from soil or infested fruit and vegetables to non-infested produce. This 15-page document from the University of California, Davis, presents information on good practice in the use of chlorination, including aspects of food safety, handling, improving chlorination efficacy, and monitoring and control mechanisms. It is presented here in PDF format, requiring Adobe Acrobat Reader. vegetables postharvest treatment fruit disinfestation ... Information Network on Post-harvest Operations : INPhO INPhO is an FAO programme that aims to collect, collate, develop and disseminate useful information on proven technologies and products in post-harvest systems. This site contains information on INPhO, its history, aims and objectives. The programme consists of three elements, a database, communication service and publications and bibliography. Product files that contain information on specific crops and their post-harvest treatment are provided, and cover cereals and grains, fruits and vegetables, oil seeds, and roots and tubers. Some of this information is provided in Spanish and French. An archive of online full-text documents is available and can be searched by language type. The INPhO database also contains an image gallery which has over 450 images that can be browsed or searched by keyword. The site can be viewed in Spanish and French.

71. IWU Department Of Biology There are several pieces of departmental equipment that are shared among microscope and other equipment necessary for various microsurgical techniques. http://titan.iwu.edu/~biology/biofaci2.html

72. MDRTC Cell And Molecular Biology Core Provide advice and training in cell and molecular biology techniques. equipment described below is available to MDRTC members and is located in room http://www.med.umich.edu/mdrtc/cores/MBCore/

Home Cores MDRTC Cell and Molecular Biology Core Goals: The goals of the Cell and Molecular Biology Core are to: Provide education through periodic seminars and mini-symposia on topics of broad interest in the general realm of molecular biology. Provide advice and training in cell and molecular biology techniques. Facilitate cell and molecular research by providing discounts to the BMRC DNA Sequencing, Transgenic Animal, and Vector Core facilities within the medical center. Provide users access to the Cancer Center microarray core, which analyzes user-prepared RNA for broad patterns of gene expression using Affymetrix GeneChips Provide users access to specialized Core equipment, including a BioRad Phosphorimager, a BioRad Fluor-S Max imager, an MJR Opticon-2 real time pcr machine, and a Nikon Optiphor 2 fluorescence microscope. 1. Seminars and Mini-symposia The Cell and Molecular Biology Core organizes seminars and mini-symposia on topics of broad interest. Future seminars will be advertised by mailings to all DRTC members, placement of posters throughout the research buildings in the medical center, and announcements on this web site. Ideas for seminar topics and speakers are welcome. 2. Advice and Training in Cell and Molecular Biology Techniques

73. Purdue University Calumet | Department Of Biological Sciences Applications of molecular biological techniques have resulted in the equipment includes a multiplate ISODALT system for protein separation by http://www.calumet.purdue.edu/biology/bachelorbiotechnology.html

home search calendar map ... PC STAR QUICK CLICKS Department of Biological Sciences homepage Programs Faculty Facilities ... Chicago Wilderness Biotechnology Option (Major Code - SBA) Professional opportunities abound The Biotechnology Option enables you to prepare for professional work in pharmaceutical, agrichemical, biochemical and other applied molecular biology research institutions and firms. During the past several years, molecular biology has experienced an unprecedented explosion in growth and popularity. Applications of molecular biological techniques have resulted in the development of biotechnology, an industry that started with innovative minds of molecular biologists. There are four major sectors in the biotech industry: medicine (human therapeutics and diagnostics) agriculture (crop and livestock improvement) food (processing and specialty chemicals) bioremediation (waste containment and disposal) Of the people employed by biotech companies, more than two-thirds are college graduates. The baccalaureate degree with biotech background also serves as an excellent basis for graduate study because students will acquire a sound comprehension of the principles and techniques of biology, chemistry, mathematics and physics. A Master of Science in Biology degree with a specialization in Biotechnology is also offered at Purdue Calumet. Modern laboratories The Department of Biological Sciences provides a state-of-the-art laboratory center for undergraduate, graduate, and faculty research. The center is fully equipped for teaching/research in protein, nucleic acid biochemistry, and cell biology. Equipment includes a multiplate ISO-DALT system for protein separation by two-dimensional gel electrophoresis, a pulse-field gel electrophoresis system for separating chromosome-sized DNA, thermal cyclers for DNA amplification by polymerase chain reaction (PCR), a comprehensive preparatory chromatography system for purification of enzymes and other proteins, various models of centrifuges, and dual-beam uv/visible spectrophotometers for molecular biology studies.

74. Acoustic Technique Could Disinfect Medical Instruments Without Heat Experimental setup shows test chamber and measurement equipment used to the technique s effect on bacteria, Ahearn who did the biological assays for http://gtresearchnews.gatech.edu/newsrelease/DISINFECT.htm

SEARCH LATEST NEWS Research News Research Horizons magazine NEWS ARCHIVES Engineering Architecture/Planning Defense Information Technology ... Sciences RELATED LINKS Economic Development News GTRI Annual Report Georgia Tech News ... Research News SERVICES Subscribe Comments For Immediate Release December 10, 2002 Sterilizing with Sound: Acoustic Technique Could Disinfect Medical Instruments Without Heat or Harsh Chemicals An acoustic phenomenon previously studied for its effects on submarines could be the basis for an improved disinfection technique able to rapidly kill microorganisms on medical instruments without high temperatures or harsh chemicals. 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.

75. An Informal Chat With Biologist B He is a 3rd year PhD student in biology, studying Landscape Ecology. In particular, he studies equipment, Techniques, Dayto-Day Schedule in the Field http://hci.stanford.edu/research/biology/contextualinquiry/2/

At the workplace of a biologist [B.CI.2] who studies bees and pollination variations due to forest density 1:30 to 3:30pm, November 5, 2004 On Friday, 5 November 2004, I visited the workplace of Biologist B.CI.2. He is a 3 rd year PhD student in Biology, studying Landscape Ecology. In particular, he studies bees and pollination in Central and South America. His most recent work was in Costa Rica, where he researched how different land use and land types affect the amount of pollination that bees perform (i.e. spatial studies of pollination). He has spent two seasons in the field. He hasn’t published papers on bees yet, but has published papers on other topics in the past. Currently, he is working on a chapter for a book on bees. He has also published some material in spanish; he’s working on translating it and getting it published here. He’s working a grant proposal to get some more funding for his research. Field Notebook He used his personal field notebook for “mental notes.” He did not record lots of data in the field, but would note things like from why he chose a certain site, to how many hours his hired help worked .quite varied in use. He didn’t really look at it after he got back to his lab station.

76. 2002-2003 Graduate Calendar - Biotechnology Computerbased molecular modeling techniques applied to biological molecules. Cold rooms, centrifuges, standard molecular biology equipment for http://www.brocku.ca/webcal/2002/graduate/BTEC.html

Biotechnology Master of Science Admission Requirements Program Requirements ... Course Descriptions Biotechnology Master of Science and Doctor of Philosophy Programs Administrative Assistant Chris Skorski, extension 3042 Mackenzie Chown E206 http://www.brocku.ca/biotechnology/ At Brock University, the Graduate programs offered by the Centre for Biotechnology encompass the broad fields of chemical and gene biotechnology. These fields are interdisciplinary in nature and collaboration between participating faculty and departments is encouraged. Master of Science Admission Requirements Students will be admissible to the MSc program on attaining a minimum high B level average grade (78% or above) or the equivalent grade point average in major courses in an undergraduate program in biotechnology, chemistry or the biological sciences (composed of but not limited to biochemistry, biology, genetics, or microbiology) from a recognized university. Program Requirements BTEC 5F90 ; two 5 (alpha) 00 level half credits; two half credits (or one full credit) which may be either at the 4

77. Universität Leipzig > Cell Techniques And Applied Stem Cell Biology > Contact Cell Techniques and Applied Stem Cell biology. home. equipment. Fluorescence microscope with camera Zeiss Axiovert 200 http://www.uni-leipzig.de/~bader/equipment.htm

Cell Techniques and Applied Stem Cell Biology home Equipment Fluorescence microscope with camera Zeiss "Axiovert 200" Objectives: 2,5x, 5x, 10x, 20x, 40x, 63x Filters: DAPI, FITC special, Cy 3 High resolution color camera "AxioCam HRc" Software "AxioVision", multichannel fluorescences Fluoreszenz reader "Tecan Safire" with software "Magellan" High-End multi-functional double-monochromator Photometer for fluorescence intensity, time resoluted fluorescence and absorption FI metering capacity: 230-850 nm TRF metering capacity: 230-850 nm Absorption measurement range: 230-1.000 nm Fluorescence wavelength -scanning capability shaker Chip-Device "Affymetrix 428 Array Scanner" and "Affymetrix 427 Array Spotting-System" Crosslinker UVP "CL-1000 UV-Crosslinker", 254 nm Photometer "LIBRA S22" UV/VIS Spectralphotometer Absorption metering capacity -3.000 up to +3.000 A

78. BOW: Upcoming Workshops Hunting techniques, equipment selection and working with dogs will be biology, diseases, hunting techniques, calling, equipment selection and hunting http://www.dnr.state.sc.us/cec/coursedesc.htm

Course Description Choices of courses may vary from workshop to workshop. Archery on Target - Participants will learn the parts of a bow and arrow and how they function, as well as equipment selection and maintenance. Proper techniques and form will be discussed as shooting skills are practiced on the range. ATV Safety Rider Course - This course emphasizes safety and covers protective gear, environmental concerns, local laws and safety techniques. The hands-on includes pre-ride inspections, starting and stopping, turning skills, hills, swerving and riding over obstacles. Backyard Wildlife Habitat - Learn how to transform your backyard into a haven for birds, butterflies and other wildlife. Lesson will include information on the four basics elements that benefit wildlife.

79. Equipment And Techniques equipment and Techniques. Collection and storage. The primary sources of age samples processed by the Fishery biology Investigation are Northeast Fisheries http://www.nefsc.noaa.gov/femad/pbio/fbi/age-man/meth/methtext.htm

Equipment and Techniques Collection and storage The primary sources of age samples processed by the Fishery Biology Investigation are Northeast Fisheries Science Center (NEFSC) research vessel bottom trawl and shellfish resource surveys and commercial landings. Additional samples are periodically collected during various state-conducted research surveys and by fisheries observers who serve aboard domestic and foreign fishing vessels. Scales and otoliths are the anatomical structures most frequently collected from finfish. Scales are preferred because they are easier to collect and process, providing, of course, that clearly defined growth patterns are consistently formed. Young-of-year specimens and samples of certain species with fragile or difficult to remove age structures, e.g., Atlantic herring (Clupea harengus) and Atlantic mackerel (Scomber scombrus), are frozen whole for later dissection and processing at the laboratory. Other structures, such as fin rays or vertebrae, may also be collected and used for special studies, such as age validation. While scales are the easiest structure to collect, they must be taken from an area on the fish known to exhibit complete and clear growth patterns. For gadids and flounders, this area is on either side of the lateral line anterior to the caudal peduncle, the area where the first and largest scales develop. For other species, such as bluefish

80. University Of Worcester - Biology For Psychologists BSc (Hons) - Modules Through an appreciation of cell biology they will increase their introduce them to equipment/techniques they may use in future modules and employment. http://www.worc.ac.uk/cms/template.cfm?name=biology_for_psychologists__module

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