1. Biology Life Sciences Scientific Equipment & Techniques Laboratory Equipment Thi biology Life Sciences Scientific equipment techniques laboratory equipmentThin Foil Preparation for Electron Microscopy Peter J Goodhew. http://www.lyricsbox.co.uk/Peter-J-Goodhew-Thin-Foil-Preparation-for-0444807012.

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2. Home Supplier of nuclear science equipment for teaching modern physics, chemistry and biology from high school through graduate level. http://www.spectrumtechniques.com/

Spectrum Techniques, Inc. "Your Nuclear Science Specialists" We've moved. Please note our new address 106 Union Valley Road Oak Ridge, TN 37830 USA. Tel: Fax: Located in Oak Ridge Tennessee USA, Spectrum Techniques is the premier supplier of Nuclear Science equipment for teaching modern physics, chemistry and biology from high school through graduate level. Products range from simple Geiger-Mueller counting instruments to complete spectrometers for gamma ray detection and identification. Applications include health physics, nuclear medicine and research. To fully utilize the capabilities of modern science laboratories, where applicable, all instruments include interfaces to both IBM PC compatible and Macintosh computer platforms. Software is supplied to allow instructors to perform classroom demonstrations and students to conduct experiments directly from the workstation. For smaller facilities lacking computer workstations, all the basic GM counting instruments will operate as stand-alone benchtop units and some even include a battery option for portable applications. For conducting experiments on the basic properties of radiation, the counting equipment is complimented with a full line of accessories including experiment manuals, radiation detectors and stands, absorber sets and radioisotope check sources. These radioactive samples are extremely low level and present no known radiation hazard. They are exempt from USNRC and IAEA licensing and may be possessed in limited quantities. US regulations pose no special handling, storage or disposal requirements for these exempt quantity materials.

3. Equipment, Techniques And Lab Safety equipment, techniques and Lab Safety. equipment. Laminar Flow Hood Personnel Training in the following is a must Aseptic techniques. biology of the Organism Used http://www.bmb.psu.edu/courses/biotc489/notes/equipsaf.htm

4. Methods And Equipment equipment and techniques. Collection and storage of age samples processed by the Fishery biology Investigation are Northeast Fisheries Science Center (NEFSC) research http://www.nefsc.nmfs.gov/fbi/age-man/meth/meth.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

5. Biology Laboratory Manual Biology Life Sciences Scientific Equipment & Technique biology Laboratory Manual biology Life Sciences Scientific equipment techniques laboratory equipment biology Darrell S Vodopich. http://www.books-2buy.co.uk/Darrell-S-Vodopich-Biology-Laboratory-Manual-0697225

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6. Biology Laboratory Manual Biology Life Sciences Scientific Equipment & Technique biology Laboratory Manual biology Life Sciences Scientific equipment techniques laboratory equipment biology Warren D Dolphin. http://www.books-2buy.co.uk/Warren-D-Dolphin-Biology-Laboratory-Manual-069715903

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7. Educational Manual Of Molecular Biology Techniques Includes instruction in the basic techniques of modern molecular biology handlingof enzymes, cloning vectors, and suppliers of equipment, materials and http://www.fotodyne.com/biomanual.html

An Innovative Manual of Modern Molecular Biology Techniques Getting Started Complete Equipment Workstations Electrophoresis Equipment Light Boxes ... Biotechnology Workshops Unraveling DNA: Molecular Biology for the Laboratory, 1/e Michael R. Winfrey , University of Wisconsin - La Crosse Marc A. Rott , University of Wisconsin - La Crosse Alan Wortman , Applied Biosystems- Foster City, California Available through Prentice Hall Publishing This innovative manual introduces students to all of the basic techniques of modern molecular biology using an integrated series of laboratory exercises that involve the cloning and analysis of the bioluminescence (lux) genes from the marine bacterium Vibrio fischeri. By organizing the exercises as part of a major cloning project, students get the sense of performing a complete cloning project, rather than just learning a collection of procedures. The manual is divided into discrete units, each demonstrating one or more aspects of the cloning project. Collectively, the entire series of exercises requires approximately three quarters to one full semester to complete with two laboratory periods per week. Smaller portions of the manual are easily adapted to fewer lab periods. Includes instruction in the basic techniques of modern molecular biology: - DNA isolation and analysis - ligations - restriction mapping - DNA sequencing - transformation - DNA restriction - Southern blotting - hybridization

8. Bio 445/545: Histological Techniques students with the various techniques and resources associated with contemporary of any equipment, please contact your instructor. Back to SDSU biology Microbiology Homepage http://biomicro.sdstate.edu/Hildrethm/Bio545

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9. Educational Services a program for the loan of equipment to workshops DNA and/or molecular biology conceptsand techniques or precollege AP biology laboratory programs. http://www.fotodyne.com/epdserv.html

Educational Services Getting Started Complete Equipment Workstations Electrophoresis Equipment Light Boxes ... Biotechnology Workshops Molecular Biology Workshops - "Excellent. The handouts on procedures help you break it down into class-size pieces. Going through the entire procedure is very helpful in that you have better knowledge of time commitments and prep-time required." workshop participant Minnetonka High School Minnetonka, Minnesota "The workshop was outstanding. In fact, probably the best I've attended. The instructors demonstrated all the elements of an effective lesson: organized & prepared, direct instruction and guided group practice. I now feel well prepared to introduce the lab in my program." workshop participant California Science Teachers Association, 1994 We Come To You . . . To help you introduce your students to the concepts and technologies that they hear and read about in their daily news sources, FOTODYNE has developed two Molecular Biology Workshops for precollege and college biology teachers. These workshops are designed to provide teachers with "hands-on" experience in molecular biology and recombinant DNA procedures. For the precollege teacher, FOTODYNE offers a workshop especially designed for Advanced Placement Molecular Biology laboratory work. For the instructor with some experience in these techniques, FOTODYNE offers a more advanced DNA Fingerprinting Workshop which focuses on conservation biology.

10. UA Institute Will Centralize Biology Researchers, Equipment a recognition of the fact that the science of biology has matured molecules, theyare asking similar questions and using similar techniques and equipment. http://www.tucsoncitizen.com/business/archive/02/bio_industry/3_13_02bio.html

Movie Times Movie Reviews Comics Cuisine ... E UA institute will centralize biology researchers, equipment Facility could spin off 2-3 companies yearly Thomas Baldwin of UA's Institute for Biomedical Science XAVIER GALLEGOS/Tucson Citizen MARI N. JENSEN Tucson Citizen March 13, 2002 VICKI CHANDLER: UA plant scientist DAVID GALBRAITH: UA plant scientist MICHAEL HOGAN: UA biophysicist PATRICIA THOMPSON: UA cancer biologist Second day of a two-day series University of Arizona scientists are hoping to do "extraordinary things" through a new institute that will coordinate UA research in the growing field of biotechnology. The school's fledgling Institute for Biomedical Science and Biotechnology this year hired its first faculty member, and plans are under way for a multimillion-dollar building that will house an estimated 500 researchers. The goal is to bring together biology researchers now working in various locations on the main campus with biomedical researchers now at the school's health sciences complex. Research at the institute also is expected to create two to three new local companies each year that will become part of Tucson's biotechnology industry. UA's plans are "a recognition of the fact that the science of biology has matured," said institute director Thomas Baldwin. "We're asking (questions) that are so complicated that it requires a team approach to solve the problems."

11. UKNCC - Services Available & Technology Used Liquid Nitrogen storage facility. Freezedrying equipment. Molecular biology,esp. PCR, RFLP. Serological techniques. Immunofluorescence microscopy. http://www.ukncc.co.uk/html/members/Services_technology.htm

cabi ccap(f) ccap(m) ncyc ... ncpv Services and technology: equipment and facilities available Collection Standard Microbiol Equipment Molecular Biology capability Cryo. equipment Freeze-drying Equipment EM Chemo- taxonomy CCAP Oban CCAP Windermere ECACC ... CABI BIOSIENCE UK Centre (Egham) formerly International Mycological Institute Contact for additional information: Dr D Smith Reference Collection, Equipment/Technologies: F reeze Drying Equipment Edwards Modulyo 4K Edwards Super Modulyo 12K Edwards Minifast Shelf Freeze-drier Cryopreservation Equipment Controlled rate freezer Storage in 350l liquid nitrogen vessels with automatic fill system. Cryogenic Light Microscopy A cryogenic light microscope system (CM3 Planer Products Ltd) with an Amstrad PC 1640SD for temperature control of the stage heater. A conduction stage is mounted on a Zeiss Axioskop H-DIC microscope fitted with Plan Neofluar 40/0.75 (PH2) objectives combined with a 1.6x magnification changer. Data are recorded on video (Panasonic AG6200 recorder, JVC TK870E camera) using a video character generator (CM3200-00) and played back for analysis on a video monitor (Sony Trinitron KX14CPI 14"). Additional Services, Equipment/Technologies available from CABI BIOSCIENCE:

12. Research Associate III/IV, Molecular Biology - Career Opportunity - The Institut techniques, and other general molecular biology techniques. of all reagents necessaryfor above techniques. daily maintenance of equipment for associated http://www.tigr.org/career/desc/BNRA206RS.shtml

Career Opportunities Research Associate III/IV, Molecular Biology Positions Available: 2 Position Summary: This position will support the building of an EST-based microarray for use in CGH and expression studies for the fungus Aspergillus flavus. In addition to the responsibilities detailed below, this position will design PCR primer and amplify from EST clones. Position Responsibilities: Performs basic and specialized molecular biology techniques with limited supervision of the scientific investigator. Techniques include one or more of the following: cDNA library construction, random library construction, PCR, RTPCR, Southern and Northern blots, RNA slot blots, restriction/modification enzymes, plasmid preparations, RNA preparations and purification, cloning and subcloning and fingerprinting, microarray techniques, and other general molecular biology techniques. Maintains stocks of all reagents necessary for above techniques. Maintains accurate written record and biological stocks representing work performed. Performs daily maintenance of equipment for associated techniques.

13. Research Associate II Or III - Career Opportunity - The Institute For Genomic Re basic and specialized molecular biology techniques with limited of all reagents necessaryfor above techniques. daily maintenance of equipment for associated http://www.tigr.org/career/desc/MGRA200RS.shtml

Career Opportunities Research Associate II or III, Molecular Biology This position is responsible for genomics and functional genomics studies of Plasmodium falciparum and related parasites, including the preparation and sequencing of full-length cDNAs and high throughput cloning of parasite genes. Position Responsibilities: Performs basic and specialized molecular biology techniques with limited supervision of the scientific investigator. Techniques include one or more of the following: culture of P. falciparum , isolation of genomic DNA and total and mRNA, synthesis and cloning of cDNA, PCR from genomic DNA, RT-PCR from total and mRNA, transposon-mediated sequencing of full-length cDNAs, assembly and annotation of cDNA sequences, primer prediction, and high throughput (Gateway) cloning of genes into plasmids. Maintains stocks of all reagents necessary for above techniques. Maintains accurate written record and biological stocks representing work performed. Performs daily maintenance of equipment for associated techniques. Interacts with Investigators on experimental planning and analysis.

14. Collateral Major In Molecular Biology to providing our students with professional quality equipment and real world Studentswill take a course called techniques in Molecular biology before, or http://www.public.coe.edu/departments/Biology/molecularbio.html

Collateral Major in Molecular Biology HOME EMAIL Molecular Biology at Coe College Academic Requirements ... About Coe's Program Molecular Biology at Coe College Requirements for a collateral major in Molecular Biology. The completion of the requirements for a major in Biology and, CHM-185 Organic Chemistry 1 CHM-225 Organic Chemistry 2 CHM-235 Organic Chemistry Laboratory BIO-345 Techniques in Molecular Biology* BIO-340 Techniques in Molecular Biology Laboratory CHM-405 Biochemistry BIO-405 Current Topics in Molecular Biology And completion of one of the following courses BIO-525 and 520 Bacteriology and Laboratory. **This option is for those interested in prokaryotic biology. BIO-515 and 510 Cell Physiology and Laboratory. **This option is for those interested in eukaryotic biology. Strongly recommended are two physics courses; either PHY-115 and 135 or PHY-216 and 226. Also, strongly recommended BIO -845/, (Research Participation) and/or BIO or 8_5 (Independent Study/Honors) be a component of the collateral degree.

15. Scientific Equipment & Techniques Laboratory Equipment Biology Life Sciences Che Scientific equipment techniques laboratory equipment biology Life SciencesChemistry Organic Laboratory techniques Ralph J Fessenden. http://www.poem-store.co.uk/Ralph-J-Fessenden-Organic-Laboratory-Techni-05343798

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16. Eppendorf - 5 Prime, Inc. of microbiology, biochemistry and molecular biology techniques; Knowledge of proteinhandling techniques; on a team; Experience using common laboratory equipment; http://www.5prime.com/2001/employment.asp

Employment Information Eppendorf-5 Prime, Inc. is a leader of products for molecular biology research. Our core competency is the development of kits and reagents for the purification and isolation of nucleic acids, and for PCR. In addition, we are expanding into new innovative areas such as Proteomics and Microarray technologies. Our products are utilized in research institutions and private corporations worldwide, and include manual as well as robotic applications. A wholly owned subsidiary of Eppendorf AG (headquartered in Hamburg, Germany), the Company is part of the Eppendorf family of companies, well known for their dedication to the life sciences. We offer a professional, scientific environment where we believe long-term growth will be sustained. Our benefits and compensation are competitive, and we are looking for people interested in making a contribution to our Company's success. Positions Available Senior Research Associate / Group LeaderNucleic Acid Based Technologies Research Associate IINucleic Acid Purification Production TechnicianFermentation and Protein Purification Senior Research Associate / Group LeaderNucleic Acid Based Technologies

17. Equipment And Techniques age determination by the Fishery biology Investigation. Modifications of certain techniquesfor particular species are A complete list of equipment used, with 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

18. The Biology Microscopy And Image Processing Facility The biology Microscopy and Image Processing Facility, located in the or small grouptraining and familiarization with equipment and techniques used by http://www.ksu.edu/biology/bio/microscope/

The Biology Microscopy and Image Processing Facility Introduction The Biology Microscopy and Image Processing Facility, located in the basement of Ackert Hall, is a fee for service facility available to Kansas State University faculty and students, and individuals from state and outside institutions. This modern facility is fully equipped and staffed to meet your research microscopy and imaging needs. This facility provides individual or small group training and familiarization with equipment and techniques used by electron and confocal microscopist. Clients can be trained to use equipment at this facility themselves or request assistance from facility staff members. The Kansas State University, Biology Microscopy and Image Processing Facility, has been supported in part by the Kansas NSF EPSCoR Program, by the Kansas NASA EPSCoR Program, by University resources, and by the Kansas Agricultural Experiment Station. Services and Equipment Available Complete individual or small group training and familiarization with equipment and techniques for transmission electron and confocal microscopies. Clients can be trained in specimen preparation and use of instruments themselves or may request assistance from the facility’s staff. Technical consultation in experimental design, data analysis and interpretation, manuscript and grant preparation for researchers seeking to use microscopy to address research questions.

19. Molecular Biology help in developing new methods employing existing equipment for use by Center investigators;consultations on molecular biology techniques including Northern http://charlotte.med.nyu.edu/niehs/facilities/MolecularBiology.html

NYU NIEHS Center Molecular Biology Facility Core Purpose Research in the area of environmental health requires multidisciplinary approaches, utilization of new, accurate and highly sensitive molecular techniques and the use of state-of-the-art instruments that allow researchers to obtain, store and quantitate experimental data. Since state-of-the-art instruments utilizing new technologies are in many cases, not affordable by individual investigators, the Molecular Biology Facility Core provides essential molecular biology equipment on a shared basis to Center researchers. The facility also provides molecular biology expertise and training in practical methods to Center investigators and their staff. Personnel Konstantin Salnikow, Ph.D., Co-Director, has over 17 years of experience in molecular and cellular biology. He is responsible for overseeing the daily operations of the equipment, including technical support, interactions with companies (Molecular Dynamics, Perkin Elmer, Millipore, and Emerson x-ray Solutions) for contractual negotiations, as well as maintenance and service of all instruments. Dr. Salnikow also provides consultations to all NIEHS Center investigators/postdocs and students related to molecular biology methods. Moon-shong Tang, Ph.D., Co-Director is experienced molecular biologist with research interest in DNA damage and repair, and is a pioneer in developing techniques for detecting chemical carcinogen-induced DNA adducts at the gene and DNA sequence level. Dr. Tang will advise and assist NIEHS Center members in using molecular techniques, including the new Affymetrix GeneChip technology, for detecting DNA damage, mutations, and changes in gene expression induced by environmental agents. Once the new GeneChip techniques are established Dr. Tang will consult with every Center member regarding the utilization of this facility for their environmental toxicology and molecular carcinogenesis research.

20. Facility Cores stateof-the-art analytic equipment such as in the development of new techniques thatwill Consultation on molecular biology techniques and computer techniques http://charlotte.med.nyu.edu/niehs/FacilityCores.html

Facility Cores Analytical Chemistry Biostatistics Histopathology and Experimental Animal Services Information Services ... Molecular Biology 1. Analytical Chemistry Jerome J. Solomon, Ph.D. , Director The Analytical Chemistry Facility includes the mass spectrometry laboratory and the newly created environmental metals analysis laboratory designed to meet the needs of Center investigators to measure the concentration of metals in a variety of biological and environmental matrices. This facility provides mass spectrometry and atomic absorption, and also provides critical consultative services in chemistry to Center investigators by providing expertise in physical chemistry, separations science, spectral interpretation and chemical synthesis. 2. Biostatistics Karen Koenig, Ph.D. , Director The Biostatistics Facility provides biostatistical support of research within the Center. The facility is available to provide short-term expert statistical consulting to all Center investigators, with special emphasis on encouraging new research initiatives and submission of new grant proposals. The Facility helps Center Investigators conceptualize and design appropriate studies to address their hypotheses, as well as providing mathematical modeling support to Center investigators. 3. Histopathology and Experimental Animal Services

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