61. Biology Laboratory Workshop: Practical Techniques In Cell Biology Cell biology Teaching and Research Facility Department of the applications of new techniques and the a laboratory notebook with protocols, equipment lists, and http://dept.kent.edu/biology/cellworkshop.htm

Department of Biological Sciences NOTE: Unfortunately this course has been canceled for Summer 2004. Please check again next year. Biology Laboratory Workshop: Practical Techniques in Cell Biology This workshop is for individuals who want to learn about or update their knowledge of modern cell biology. The workshop is designed for both students and educators (advanced undergraduates, graduate students, secondary and middle school teachers, college instructors). Cell Biology Teaching and Research Facility Department of Biological Sciences Cunningham Hall Students will use current research techniques to better understand the applications of new techniques and the information they provide to the cell biologist. Upon completion of the course, students will have produced a laboratory notebook with protocols, equipment lists, and data illustrating some of the major biological research techniques. Graduate students may expect to use these techniques in their research. Science teachers may use some of the laboratories in teaching or use data they collect for classroom discussion. At a later time, school teachers may want to return to the lab on field trips with their classes.

62. Cell Biology: Microscopy, Kent State University, Teaching Labs at Kent State University who contributed images Tips and techniques Additional information on specialized equipment and methods Cell biology Links Links http://dept.kent.edu/projects/cell/labs.htm

Cell Biology: Advanced Microscopy for the Teaching Laboratory These pages provide methods and procedures for using fluorescence and video microscopy in undergraduate cell biology laboratories. Douglas Kline Department of Biological Sciences, Kent State University, Kent, Ohio 44242 USA Introduction Please let us know if you have used or plan to use any of these labs in your courses. Send a short e-mail . We welcome suggestions and comments. Cell biology laboratory exercises were developed using fluorescence microscopes equipped with contrast enhancing optics, video projection and recording systems, and computerized image collection equipment. After learning the microscopy methods through collaborative exercises, students conduct exploratory and original experiments. With a diverse set of fluorescent probes and different cell types, students can conduct novel experiments. This research-like environment is possible because students use equipment usually found only in research labs. The color video projection system provides essentially unlimited viewing and allows the student to project images of their preparations to the rest of the class for analysis and discussion. These exercises could be adapted for use in other classroom situations with similar equipment. NOTE: The web-based resources for these lab exercises have not undergone revision as planned. We hope to get the revisions completed during summer 2000. Access to the instructors' notes has been requested by a number of people, so the 1999 links are back in place. Instructions, as posted, should be correct, but we will revise and add more material this summer. Contact

63. Molecular Biology Facility Core new to molecular techniques; and as a collaborator in multiinvestigator projects. 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:

64. Directory - Science: Biology: Methods And Techniques of protocols describing clinical techniques specific to AIDS history · cached · Describes the equipment and work Cell biology Lab Tissue Culture Methods http://www.incywincy.com/default?p=170989

65. SDSU Biology Undergrad. Seminar Bio 290 into topic areas based upon different histological techniques. about the use of any equipment, please contact Back to SDSU biology Microbiology Homepage Back http://biomicro.sdstate.edu/Hildrethm/Bio545/mindex.htm

SDSU Bio 445/545: Histological Techniques Spring 2004 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 COURSE DESCRIPTION Course Schedule Techniques Included Laboratory Policies Laboratory Safety ... 1998 Student Posters 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.

66. IWU Department Of Biology Developmental biology Developmental biology is typically offered in this microscope and other equipment necessary for various microsurgical techniques. http://titan.iwu.edu/~biology/biofaci2.html

Facilities Available There are eight teaching laboratories used by the Biology Department in the Center for Natural Science . Each of these laboratories was designed with a specific course or courses in mind. In addition to the teaching laboratories, each faculty member has a research laboratory where they conduct projects in their field of expertise. There are several pieces of departmental equipment that are shared among laboratories. There are also a number of facilities within the Center for Natural Science that are utilized by the various departments present in the building Teaching laboratories Animal Physiology - During the fall semester, this room is equipped for the laboratory portion of the animal physiology course. This includes stimulators, transducers, and recording equipment designed to obtain data from physiological studies on awake human subjects (students) and on anesthetized experimental animals (frogs and rats). Both hardware and software are used which provide students with the ability to develop virtual instruments on a Power Macintosh, allowing them to be creative as they design experiments for their laboratory presentations Developmental Biology - Developmental Biology is typically offered in this laboratory which is equipped with Nikon microscopes. Specialized equipment present in this laboratory includes a surgical dissecting microscope and other equipment necessary for various microsurgical techniques.

67. Home > Agriculture > Farming Methods, Techniques And Equipment > Cultivation And covers traditional postharvest systems and their evolution, conservation of roots and tubers, techniques for threshing Postharvest biology and technology. 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 ... 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.

68. Cellular And Molecular Biology (CMB) At The University Of Wisconsin Wisconsin make available to the student all the modern equipment, techniques and expertise necessary for successful research in cellular and molecular biology. http://www.cmb.wisc.edu/general_info.html

Welcome to the Graduate Program in Cellular and Molecular Biology at the University of Wisconsin, Madison Research Strengths Faculty Trainers Applying to CMB Program Handbook ... City of Madison Welcome to the Graduate Program in Cellular and Molecular Biology at the University of Wisconsin-Madison, one of the top ten molecular biology Ph.D. programs in the U.S. (US News and World Report, 2003) General Information PROGRAM OF STUDY Graduate study in Cellular and Molecular Biology at the University of Wisconsin-Madison is a multidisciplinary program leading to the Ph.D. degree; there is no formal Master's degree program. The University of Wisconsin has one of the largest and most prestigious biology facilities in the world, well noted for its cooperation and collaboration across departmental boundaries. The Cellular and Molecular Biology Program (CMB) is an important part of that interdepartmental strength, providing students with the opportunity to work with more than 150 faculty members in 40 different departments. One major strength of the Cellular and Molecular Biology Program, is that it provides the opportunity for groups of investigators to work together on research topics of common interest. There are nine research topic areas, identified as Focus Groups. The Focus Groups, while not formalized by departmental assignments, are composed of faculty and students studying common research areas. Each Focus Group is held together by participation of both students and faculty at regular presentations and by the participation of the faculty on Thesis Committees of many students in the group. Due to the diverse nature of most research areas and the cross-fertilization among Focus Groups, many faculty and students participate in the activities of multiple Focus Groups.

69. Biology Courses equipment, methodologies, classification, and museum preparation techniques. Prerequisites one year of biology. Scheduled summer terms. 3 credits. http://www.southernct.edu/grad/programs/BIO/index.php?file=gcourses.html

70. Southern Connecticut State University Graduate Studies equipment, methods, classification, and museum preparation techniques are emphasized, as well as techniques for field Prerequisite one year of biology. http://www.southernct.edu/departments/graduatestudies/gpofferingsBio.php3

Search: Banner Web Web Survey Site map BIOLOGY (This information is updated as needed and does not reflect the current, published Graduate Catalog. A new edition of the Graduate Catalog is printed annually in April.) SMITH, DWIGHT G., Chairman, Professor; B.S., Elizabethtown College, M.S., Ph.D., Brigham Young University. Tel. (203) 392-6222. LERUD, REBECCA F., Graduate Coordinator, Associate Professor; B.A., St. Olaf College; M.S., Ph.D., Indiana University. Tel. (203) 392-6214. AVERY, DAVID F., Professor; B.S., M.S., Ph.D., Brigham Young University. BURIAN, STEVEN K., Professor; B.S., Springfield College; M.S. Tennessee Technological University; Ph.D., University of Maine. EDGINGTON, NICHOLAS P., Assistant Professor; B.A., University of Northern Iowa; M.A., Drake University; Ph.D., University of Iowa. FENG, JANE J., Associate Professor; Ph.D., University of Connecticut. CRAWFORD, SARAH C., Associate Professor; B.S., Marymount Manhattan College; M.S., Princeton University; M. Phil., Ph.D., Columbia University. Application deadline: Rolling admissions MASTER OF SCIENCE DEGREE IN BIOLOGY The Master of Science degree in biology is primarily for students with a strong undergraduate preparation in biology who desire to prepare for advanced study, to teach at the college level, or to pursue a career in research. Students entering this program are encouraged to undertake thesis research as a means of satisfying the degree requirements.

71. Untitled Document biology 105 Electron Microscopy Laboratory Experience Shadowing techniques; demonstration of vacuum evaporator maintenance of EM and ancillary equipment. http://www.humboldt.edu/~crl2/botany560.html

Botany 310 Botany 520 Biology 105 Biology 480 ... Lecture/Lab Schedule Biology 480 Spring 2003 Printable Version: Syllabus560.PDF Instructor: Casey R. Lu, Ph.D. Lecture: TR 1-2PM in SA 358; Lab TR 3-5 PM in SC 102 SA 355C; M, W 3-4 and by appointment. Office Phone: 826-5559; e-mail: crl2@humboldt.edu Required Texts: Bozzola, J.J. and Russell, L.D. 1999. Electron Microscopy: Principles and Techniques for Biologists. 2nd Ed., Jones and Bartlett, Boston. Materials to be purchased: 2. EM film (Kodak 4489, $206.50/250 sheets), inkjet ink cartridges for printer ($15-$30 per cartridge); 2. Single-edge or double-edge razor blades for carving blocks (about $5.00); 3. Watch maker forceps with fine sharp points ($10.00-$20.00); 4. Poster board for mounting micrographs ($5.00-$10.00); 5. TEM specimen grids (buy some 150 mesh and some 200 mesh, $17.20/100 grids); grid boxes (optional) 6. Press-on letters, arrows, lines, etc. for labeling micrographs;

72. Agnes Scott College | Employment | Job Opening Detail Knowledge/Skills/Abilities * Familiarity with laboratory safety equipment and protocols Knowledge of molecular biology techniques, including electrophoresis http://www.agnesscott.edu/employment/p_staffjobdetail.asp?id=83

73. 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

74. Biology Seminar Presentation Techniques the preparation and delivery techniques demonstrated apply outlets, etc.) and av equipment (microphone, projection section Return to biology Seminar Return http://www.kean.edu/~biology/oral.html

Presentation Techniques Be Prepared to Speak. The step-by-step guide to public speaking. Videotape VHS - 262 This video describes the steps that one should consider when preparing and giving an oral presentation. Although the video uses an example of a sport's psychologist addressing a group of businessmen, most of the preparation and delivery techniques demonstrated apply equally well to a scientific presentation. However, talks by biologists usually are more technical, often credit contributions made by other scientists, and usually include tables, graphs and photographs to document the presentation. Suggestions for a Successful Oral Presentation Respect Your Audience Learn who your audience is and design your talk for them Arrive early, start on time, and keep to time guidelines (time for questions) Dress appropriately Be prepared Plan Ahead Know the room (lectern, light switches, electric outlets, etc.) and a.v. equipment (microphone, projection screen, pointers, etc.) Organize visuals, supplements and supplies (handouts, projection slides, chalk, erasers, etc.)

75. Equipment Techniques Scientific, Technical Medical Research Development equipment techniques Plant Hormone Protocols (Methods in Molecular biology), Plant Hormone http://hallbooks.com/store-uk/books-uk_570866_1_Equipment-Techniques.html

Hall Books :: Store Books At the Bench: a Laboratory Navigator Kathy Barker Cold Spring Harbor Laboratory Press Bioinformatics: Sequence and Genome Analysis David W. Mount Cold Spring Harbor Laboratory Press Building Electro-optical Systems: Making it all Work P.C.D. Hobbs Veterinary Laboratory Medicine: Interpretation and Diagnosis Danny J. Meyer, John W. Harvey Saunders Purification of Laboratory Chemicals D.D. Perrin, W.L.F. Armarego, Dawn R. Perrin, Christina Chai Butterworth-Heinemann G. Currell John Wiley and Sons Ltd Building Type Basics for Research Laboratories (Building Type Basics S.) Daniel Watch Chemical Technician's Ready Reference Handbook Gershon J. Shugar, J.T. Ballinger McGraw-Hill Education Molecular Dynamics Simulation: Elementary Methods (Wiley Professional Paperback Series) J.M. Haile Fundamental Laboratory Approaches for Biochemistry and Biotechnology Alexander J. Ninfa, David P. Ballou John Wiley and Sons (WIE) Next

76. Biotechnology Research Institute - Chemical Biology Health Sector Chemical biology Research Partners Patents Technologies Publications Group equipment Facilities. Examples of techniques used in our group are http://www.irb-bri.cnrc-nrc.gc.ca/rd/health/chemicalbiology/equipment_e.html

@import "/styles/percent.css"; Examples of techniques used in our group are: Synthetic Organic Chemistry Purification by preparative HPLC Characterization of organic compounds by Mass Spectrometry, and NMR Cell-based assays Use of computer skills with File Maker, Chem Draw, Microsoft Office. Date Modified: 2002-08-30 Important Notices

77. Sr. Laboratory Technician (Biochemistry / Molecular Biology) - Generic Job Descr methods, and laboratory methods/techniques associated with or carbohydrate biochemistry or molecular biology such as Operates basic laboratory equipment such as http://hrnt.jhu.edu/compensation/gjd/description.cfm?35,1

78. ZapMeta Directory > Science > Biology > Methods And Techniques Cell biology Lab Tissue List documents of protocols describing clinical techniques specific to Describes the equipment and work space requirements for cell http://www.zapmeta.com/search/meta/db.pl?dir=170989

79. Cell And Molecular Biology  - Techniques & Methods Methodologies, techniques, Procedures in Cell and Molecular biology. Early Approaches in CMB 1910 to 1960 equipment advances of last 50 years are epitome of http://fig.cox.miami.edu/~cmallery/255/255hist/255methods.htm

Cell and Molecular Biology in Cell and Molecular Biology Cell Biology Dictionaries A Table of Glossaries Glossary of Techniques National Human Genome Glossary Early Approaches in CMB - 1910 to 1960 Equipment advances of last 50 years are epitome of modern scientific age Light Microscopy 0.2 um History panel 1.1 pg 8 types Abbe Zeiss lens resolution near limits of light 1900's - microtome to 10 um thin tissue sections selective staining : stains attach to specific molecules ( picture Lacassagne autoradiography prepartion tracking images ... procedures Coons fluorescence microscopy Green Fluorescent Protein gene from jellyfish protein allows dynamic tagging Electron Microscopy panel 1.1 pg 9 Ruska T ransmission Electron Microscope TEM Palade Porter EM stains for ultrastructure fig microtome Robertson unit membrane hypothesis Muhlethaler develops freeze fracture EM - preparation coating pics (scroll down) Charles Oatley 1st Scanning EM (Stereoscan) panel 1.1 pg 9 virtual SEM Nobel Prize to G. Palade, C. deDuve, A. Claude

80. Science Search > Methods And Techniques Home. Current location biology Methods and techniques 8. Cell biology Lab Tissue Culture Methods webpages, college courses offered, equipment suppliers and http://www.science-search.org/index/Biology/Methods_and_Techniques/

Search for: Current Category Everything What's new Top Searches Statistics Science News ... Home Current location: Biology > Methods and Techniques Microscopy iProtocol for Bioscience iProtocol for Bioscience http://iprotocol.mit.edu detailed information Rating: [7.00] Votes: [1911] Biovisa.net Directory of protocols, journals and forums in many areas of biology. http://biovisa.net/ detailed information Rating: [7.00] Votes: [1003] Towards Best Practices An electronic forum for methodology, protocols, applications, and analytical tools related to studying and managing biocomplexity and conservation. http://www.nbii.gov/datainfo/bestpractices/ detailed information Rating: [7.00] Votes: [484] A Video Laboratory Exercise in Physiology with Data Readout Producers and suppliers of video lab exercises that deal with Frog Skeletal Muscle, The Cardiac Cycle of the Turtle, The Human Electrocardiogram, Pulse http://www.soveinc.com detailed information Rating: [6.00] Votes: [651] Association for Gnotobiotics Production, maintenance, distribution, and use of germfree animal strains for studying infectious disease.

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