1. ENC Online Curriculum Resources High School Biology Equipment You Are Here ENC Home Curriculum Resources High school biology equipment and techniques for the biology teaching laboratory (ENC005332 http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126

2. ENC Online Curriculum Resources High School Biology Equipment High school biology equipment and techniques for the biology teaching laboratory http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126

3. NWFSC Molecular Biology Techniques Forums View Topic - Lab Lab equipment purchase help! NWFSC Molecular Biology Techniques Forums Student Questions. View previous topic View next topic http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126

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5. Equipment, Techniques And Lab Safety equipment Facility design Physical Containment Personnel Training in the following is a must Aseptic Techniques Biology of the http://tmsyn.wc.ask.com/r?t=an&s=hb&uid=24312681243126812&sid=343126

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9. UKNCC - Services Available & Technology Used A wide range of molecular biology techniques are currently in use and include Additional relevant equipment /techniques available within CPHL 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:

10. 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" 106 Union Valley Road Oak Ridge, TN 37830 USA. Tel: (865) 482-9937 Fax: (865) 483-0473 Located in Oak Ridge Tennessee USA, Spectrum Techniques is the premier supplier of Exempt Quantity radioisotope sources and nuclear counting equipment. Applications include teaching modern physics, chemistry and biology, health physics training, nuclear medicine and research. Products include: Disc and plastic laminate sources. Tube and rod sources for well detectors. Isotope generator for half-life studies. Needle sources for cloud chambers. Geiger-Mueller counting systems and accessories. Scintillation spectrometers and MCA’s Gamma counters and wipe testers Most of the counting instruments will operate as stand-alone benchtop units but also contain interfaces and software for operation with both IBM PC compatible and Macintosh computers. Spectrometers include interfaces to USB, SCSI and plug-in ISA card MCA’s for older computers. These interfaces and software allow users to operate the instruments directly from the computer and save data to files for transfer to spreadsheets and storage. Using A/V equipments, instructors may also project the instrument screen for classroom demonstrations. 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.

11. CHC Biology Department Facilities And Equipment common techniques (eg, statistical analysis) across the biology curriculum. Polymerase Chain Reaction (PCR) techniques. equipment for mutagenic and http://www.holycross.edu/departments/biology/website/bioequip.html

Biology Department Facilities Biology Department Homepage About the Biology Department Faculty and Staff Curriculum ... Information on Graduate School and Summer Research Related Programs: Biochemistry Biological Psychology Environmental Studies Premedical/Predental ... The Biology Major's Handbook revised 5 / 12 / 2005 The scanning electron microscope. The Department of Biology at the College of the Holy Cross has the physical facilities and up-to-date equipment to allow students to be exposed to a variety of exciting and current techniques used in both laboratory and field studies. This exposure occurs routinely as an integral part of course labs and in independent student research. Perhaps the most significant event was the expansion and total remodeling of O'Neil Hall, the Biology Department's home, in 1999-2000. The listing below will give the reader an idea of the variety and type of specialized equipment available to students in course labs and in independent research. Contents Computing Facilities Cell and Molecular Biology Equipment Organismal, Ecological, and Evolutionary Biology Facilities and Equipment Computing and Information Technology the Biology Department Computer Facility The department has a long history of making use of computers it both its teaching and research and faculty have received a number of grants involving the use of computers in labs and for simulations. In 1996 the

12. WPI Department Of Biology And Biotechnology: Undergraduate Courses Students will gain experience with procedures, equipment, techniques and skills common to all areas of biology. In particular this course will focus on The http://www.wpi.edu/Academics/Depts/Bio/Undergraduate/bbcourses.html

Undergraduate Courses BB 1001. INTRODUCTION TO BIOLOGY. Cat. I This course consists of an overview of the major concepts of Biology, including: cell theory, bioenergetics, molecular biology, reproduction, nutrition, growth, development, homeostatic controls, and ecological issues. This course is intended for students seeking a broad overview of contemporary Biology with emphasis on human issues and current topics. Recommended background: high school or introductory college level chemistry. BB 1002. ENVIRONMENTAL BIOLOGY. Cat. I This course provides an introduction to natural ecosystems, population growth, and the interaction between human populations and our environment. Major areas of discussion include Ecosystems, Populations, Biodiversity, Pollution, and Environmental Economics. This course is designed for students seeking a broad overview of ecological systems and the effect of humans on the ecosystems. Recommended background: High School biology. BB 1035. INTRODUCTION TO BIOTECHNOLOGY. Cat. I

13. Functional Genomics And Molecular Biology Facility Core techniques and approaches in functional genomics and molecular biology In addition, Core equipment, specialized supplies and repository (eg DNA http://www.envtox.ucdavis.edu/cehs/2000-01 Annual Report/functgenom.htm

FUNCTIONAL GENOMICS AND MOLECULAR BIOLOGY FACILITY CORE CORE DIRECTOR AND MEMBERS Michael S. Denison, Ph.D., Core Leader Professor, Department of Environmental Toxicology Gino Cortopassi, Ph.D. Associate Professor, Department of Molecular Biosciences Hsing-Jien Kung, Ph.D. Professor, UC Davis Cancer Center Fumio Matsumura, Ph.D. Professor, Departments of Environmental Toxicology and Entomology Reen Wu, Ph.D. Professor, Department of Internal Medicine DESCRIPTION EQUIPMENT AND FACILITIES This Core maintains the following laboratories: Gene Expression, Molecular Genetics, DNA Microarray, Murine Targeted Genomics, Cancer Molecular Biology, Nucleic Acid and Protein. Gene expression analysis, microarray spotting and analysis as well as the creation of transgenic and knockout mice are examples of services. USAGE AND BENEFITS This Core has provided service in three ways: answering questions, helping to design experiments and troubleshooting; training researchers new to molecular techniques and provided assistance to those unfamiliar with specific molecular techniques and approaches; and collaborating in multi-investigator projects. In addition, Core equipment, specialized supplies and repository (e.g. DNA probes, expression vectors cloning vectors, bacterial strains, restriction and other DNA modification enzymes, DNA sequencing and PCR primers, etc.) have been freely available for the use of Center investigators to supplement equipment and supplies in their own laboratories. 48 graduate students and 20 postgrads/docs have received training at least one time in this core. In addition, Dr. Michael Denison offers two formal courses on a regular basis: ETX 214 on "Mechanisms of Toxic Action" and ETX 298 "Molecular Biological Techniques in Toxicology", each with an average enrollment of about 15 students.

14. Molecular Biology Facility Core Dr. Denison teaches a graduate course on Molecular Biological techniques in In addition, Molecular biology Core equipment, specialized supplies and http://www.envtox.ucdavis.edu/cehs/AR9900/9900molecularbio.htm

MOLECULAR BIOLOGY FACILITY CORE DESCRIPTION CORE DIRECTOR AND MEMBERS Fumio Matsumura, Ph.D. (Core Leader) Professor, Department of Entomology Professor, Department of Environmental Toxicology One Shields Avenue University of California Davis, CA 95616 fmatsumura@ucdavis.edu Isaac Pessah, Ph.D. Professor, Department of Molecular Biosciences Michael Denison, Ph.D. Professor, Department of Environmental Toxicology Nucleic Acid Research Laboratory Olga Mazina, Ph.D., Postgraduate Researcher (Coordinator), Department of Environmental Toxicology Marjorie Phillips, Ph.D., Assistant Scientist II (Coordinator), Department of Environmental Toxicology Molecular Signaling Laboratory Guohua Liu, Ph.D., Postgraduate Researcher Edmond Buck, Ph.D., Postgraduate Researcher FACILITIES AND EQUIPMENT Physical Resources: The Molecular Biology Core is located at the main molecular biology lab at ITEH. At this location, the Center has most of the tools for DNA-RNA research, including sequencing, isolation, cloning, and vector technologies. Additionally, Dr. Isaac Pessah's laboratory offers service to study changes in intracellular calcium, calcium ion channels, and receptor technologies. Equipment and supplies have been used daily on a continuing basis since the establishment of the Molecular Biology Core. Major equipment and users are listed:

15. Fotodyne Incorporated - Epd - Education Services Exploring Bioluminescence Introduction to Molecular biology techniques Under special circumstances equipment may be loaned to qualified instructors who http://www.fotodyne.com/education/services.php

home education products Program Guidelines Interested in hosting an introductory workshop? Take a look at our Exploring Bioluminescence Workshop Guidelines (PDF). Interested in hosting an advanced-level workshop? Take a look at our DNA Fingerprinting Workshop Guidelines (PDF). Interested in presenting a workshop to other teachers? Take a look at our FOTODYNE Equipment Loan Guidelines (PDF). Workshops Be sure to check our workshop schedule to see where we will be holding workshops and training events. Contact us for more information regarding these sessions or to arrange for a workshop at your school. Educational Services 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 workshop participant California Science Teachers Association, 1994 We Come To You ...

16. The Collateral Major In Molecular Biology Students will take a course called techniques in Molecular biology routinely, also dedicated to equipment purchase for molecular biology/biochemistry. http://www.public.coe.edu/departments/Biology/molecularbio.html

Biology Home Page Coe Home Page The Faculty: Advisors in the Molecular Biology Collateral Major Dr. Tom Tauer, Administrative Coordinator Dr. Maria Dean Requirements for a Collateral Major in Molecular Biology The completion of a major in Biology and Organic Chemistry 1 CHM-185 Organic Chemistry 2 CHM-225 Organic Chemistry Laboratory CHM-235 Techniques in Molecular Biology BIO-345* Techniques in Molecular Biology Laboratory BIO-340 Biochemistry CHM-405 Current Topics in Molecular Biology BIO-405 And completion of one of the following courses Bacteriology BIO-525 Bacteriology Laboratory BIO-520 [This option is for those interested in prokaryotic biology.] Cell Physiology BIO-515 Cell Physiology Laboratory BIO-510 [This option is for those interested in eukaryotic biology.] Strongly recommended: Basic Physics I PHY-115 Basic Physics II PHY-135 -OR- General Physics I PHY-216 General Physics II PHY-226 Also, strongly recommended:

17. Collateral Major In Molecular Biology Students will take a course called techniques in Molecular biology before, also dedicated to equipment purchase for molecular biology/biochemistry. http://www.public.coe.edu/departments/Biology/molecularbio2.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.

18. Biology 161 Course Information Demonstrate proper use and care of laboratory equipment. 4.1 Maintain all equipment according Biotechnology Theory and techniques Plant Biotechnology. http://project.bio.iastate.edu/Articulation/DMACC/biol161.html

Des Moines Area Community College COURSE INFORMATION Acronym/Number: BIOL 161 Title: Cell and Molecular Biology I Note: This course will be effective in August 1996 CREDIT BREAKOUT: Credit: 5 Lecture: 2 Lab: 6 Practicum: Work experience: COURSE DESCRIPTION: 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. PREREQUISITES: CHEM 132; BIOL 142 (previously BIOL 146); MATH 123; BIOL 149 COURSE COMPETENCIES: During this course, the student will be expected to: 1. Comply with safety and health rules. 1.1 Demonstrate appropriate safety procedures in the laboratory. 1.2 Locate safety equipment in the laboratory. 1.3 Adhere to procedures governing handling and disposal of biological and hazardous materials. 2. Contrast procaryotic and eucaryotic cell structure and function.

19. Biology And Biotechnology Laboratory Technology Basic laboratory techniques and equipment; biology, general; Chemistry, general; Immunology; Intro to biotechnology; Intro to computers; Laboratory safety http://www.collegeboard.com/csearch/majors_careers/profiles/majors/102808.html

@import "/common/shared/css/p3_import.css"; @import "/common/student/css/import.css"; Jump to page content help store Site Colleges students parents educators CollegeBoard.com ... Pay for College Find a College Where to Start Campus Life College Visits Tools College Search Compare Colleges Sign Up My Organizer Create a free account. User Name: Password: Help Home Find a College Profiles Major: Biology and Biotechnology Laboratory Technology Print Full Article Email Article Degree Type This major is offered at the associate's and at the bachelor's level. Helpful High School Courses Biology Chemistry Computer applications English Physics Typical Major Courses Basic laboratory techniques and equipment Biology, general Chemistry, general Immunology Intro to biotechnology Intro to computers Laboratory safety Techniques in molecular biology Related Majors Biochemistry Biology, General Biomedical Engineering Biotechnology ... Science Technology Related Careers Biological Scientists Clinical Laboratory Technologists Diagnostic Medical Sonographers Engineering Technicians ... Science Technicians Major: Biology and Biotechnology Laboratory Technology National Cancer Institute/John Keith We humans have always been intrigued by the variety of living things that surround us. Biologists seek to satisfy that curiosity by studying the creatures with which we share our planet. Some biologists, biotechnologists, look at organisms, their biochemistry, and their genes in order to create commercial products.

20. Core Facilities: Morphology, Cell Biology And Immunology The core also provides technical support, expertise, and equipment for performing These techniques allow immunofluorescent and immunoperoxidase http://www.hms.harvard.edu/nutrition/research/core_cell.html

Harvard Clinical Nutrition Research Center Center Leadership Biomedical Base Core Facilities Molecular Biology and Genomics Morphology, Cell Biology and Immunology Mass Spectrometry Hospital Biostatistics Pilot ... Projects Harvard Clinical Nutrition Research Center Core Facilities Morphology, Cell Biology and Immunology Tor Savidge, Ph.D. Principle Investigator Email: savidge@helix.mgh.harvard.edu The Morphology/Tissue Culture/Immunology/Flow Cytometry Core has been renamed the Morphology, Cell Biology and Immunology Core to reflect the consolidation of the various advanced technical approaches offered by this Core for nutritional research. The Cell Biology section of this Core provides individual investigators with the necessary technical support, expertise, and resources for the growth of numerous intestinal-derived and other cell lines used in nutritional studies. The core also provides technical support, expertise, and equipment for performing morphological and cell biological studies relevant to the study of cellular architecture and function, epithelial cell biology, assessment of inflammatory processes, and molecular biology at a morphological level. Access to expertise in morphological approaches, training in advanced morphological techniques, and selected services relating to the morphological evaluation are critical to the work being performed by investigators involved in this Center. The Immunology section of the core provides HCNRC investigators with the technical support and expertise for flow cytometric evaluation of cell populations for both phenotypic identification and analysis of intracellular protein expression, as well as the production of monoclonal antibodies.

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