Geometry.Net - Basic_B: Biology Equipment Technique


Home - Basic_B - Biology Equipment Technique

e99.com Bookstore

Images

Newsgroups

21-40 of 99 Back | 1 | 2 | 3 | 4 | 5 | Next 20

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Biology Equipment Technique: more books (100)

Viral Warts: Biology and Treatment (Oxford Medical Publications) by Mary H. Bunney, Claire Benton, et all 1992-07-30
Polarographic Oxygen Sensor: Its Theory of Operation and Its Application in Biology, Medicine and Technology by Irving Fatt, 1982-12
Engineering in Medicine and Biology 2000: 22nd Annual Int'L Conference by Illinois) IEEE Engineering in Medicine and Biology Society. Conference (22nd : 2000 : Chicago, 2000-08
1995 IEEE Engineering in Medicine and Biology: 17th Annual Conference and 21st Canadian Medical and Biological Engineering Conference: Montreal, Canad by Ieee Engineering In Medicine and Biology, 1997-01
Clinical Applications of Capillary Electrophoresis (Methods in Molecular Biology)
Optimization in Medicine and Biology (Engineering and Management Innovation)
Tissue Engineering, Stem Cells and Gene Therapies (Advances in Experimental Medicine and Biology)
Artificial Neural Networks in Medicine and Biology: Proceedings of the ANNIMAB-1 Conference, Göteborg, Sweden, 13-16 May 2000 (Perspectives in Neural Computing)
Laser Applications in Medicine and Biology
Molecular Mechanisms of Xeroderma Pigmentosum (Advances in Experimental Medicine and Biology) by Shamim Ahmad, 2008-07-25
Biomaterials: From Molecules to Engineered Tissue (Advances in Experimental Medicine and Biology)
Frontiers of Nuclear Magnetic Resonance in Molecular Biology (UCLA Symposia on Molecular and Cellular Biology, New Series) by David Live, etc., 1990-03-21
Proceedings of the 19th Annual International Conference of the IEEE Engineering in Medicine and Biology Society: Oct.30-Nov.2, 1997, Chicago Il USA by Ill.) IEEE Engineering in Medicine and Biology Society. Conference (19th : 1997 (Chicago, Robert J. Jaeger, 1999-02
Laboratory Methods in Vesicular and Vectorial Transport (Cell Biology)

lists with details

Olympus Microscopy Resource Center: Specialized Microscopy Techniques - Fluoresc
Fluorescence is the most rapidly expanding microscopy technique in both the medical and Douglas B. Murphy Department of Cell biology and Anatomy and
http://www.olympusmicro.com/primer/techniques/fluorescence/fluorhome.html

Extractions: Interactive Tutorials Virtual Microscopy Movie Gallery Downloads ... Resource Center Fluorescence illumination and observation is the most rapidly expanding microscopy technique employed today, both in the medical and biological sciences, a fact which has spurred the development of more sophisticated microscopes and numerous fluorescence accessories. Epi-fluorescence, or incident light fluorescence, has now become the method of choice in many applications and comprises a large part of this tutorial. We have divided the fluorescence section of the primer into several categories to make it easier to organize and download. Please follow the links below to navigate to points of interest. Introductory Concepts - Fluorescence is a member of the ubiquitous luminescence family of processes in which susceptible molecules emit light from electronically excited states created by either a physical (for example, absorption of light), mechanical (friction), or chemical mechanism. Generation of luminescence through excitation of a molecule by ultraviolet or visible light photons is a phenomenon termed photoluminescence , which is formally divided into two categories, fluorescence and phosphorescence , depending upon the electronic configuration of the excited state and the emission pathway. Fluorescence is the property of some atoms and molecules to absorb light at a particular wavelength and to subsequently emit light of longer wavelength after a brief interval, termed the fluorescence lifetime. The process of phosphorescence occurs in a manner similar to fluorescence, but with a much longer excited state lifetime.
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

Extractions: 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 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
WPI 2005-2006 Undergraduate Catalog - Biology & Biotechnology Course Description
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/Pubs/Catalogs/Ugrad/Current/bbcourses.html

Extractions: 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. 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.
Cell And Molecular Biology Graduate Program
HighTech equipment Advanced Laboratories and Techniques CMB Research Areas CMB Funding Sources High Tech Cell and Molecular biology equipment
http://www.ns.msu.edu/cmb/research.shtml

Extractions: 494 N-terminal Protein Sequencer The Molecular Analysis Facility -Located in the Biochemistry building, this facility contains an automated protein sequencer, a peptide synthesizer, and an oligonucleotied synthesizer. ( An additional oligonucleotide synthesizer is available in the DOE Plant Research Lab.) Fluorscence Microscope The MSU Center for Electron Optics -this facility is equipped with both transmission and scanning electron microscopes. The Ortho Cytofluorograph cell sorter (under the direction of Dr. Pam Fraker.) The ACAS 470 -developed by Dr. Mell Schindler of the CMB program and Dr. Jack Holland of the Biochemistry Department, this device allows cell sorting under anchorage dependent growth conditions. Besides preparative cell sorting, the laser equipped microscope of this instrument is also useful in an number of analytical modes, such as the analysis of cell-cell communication via gap junctions.
Core Facilities: Morphology, Cell Biology And Immunology
and equipment for performing morphological and cell biological studies relevant to the These techniques allow immunofluorescent and immunoperoxidase
http://www.hms.harvard.edu/nutrition/research/core_cell.html

Extractions: 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.
Graduate Catalog, 2001-2003. Fields Of Study
The program aims fully to integrate biology and engineering research and This facility has unique equipment for the study of thermal phenomena in tissue
http://www.utexas.edu/student/registrar/catalogs/grad01-03/ch4/eng/bme.ch.html

Extractions: Doctor of Philosophy The mission of the graduate program in biomedical engineering is to educate students in the fundamentals of engineering and science as they affect biology and medicine and to perform multidisciplinary, disease-oriented research at the molecular, cellular, organ, and systemic levels. The program aims fully to integrate biology and engineering research and education at the graduate level. Biomedical engineering students are eligible for grants funded by the National Science Foundation's IGERT program in optical molecular bioengineering. More information about this program is given at http://www.ece.utexas.edu/igert/igert.html The Biomedical Engineering Program has offices and laboratories in the Engineering-Science Building and nearby buildings. The Animal Resources Center is used extensively for research with experimental animals. Research is also conducted at the University of Texas Medical Branch at Galveston (UTMB), the University of Texas Health Science Center at San Antonio, the University of Texas Health Science Center at Houston, and the University of Texas M. D. Anderson Cancer Center. Biochemical Engineering Laboratory.
The Biology Microscopy And Image Processing Facility
with equipment and techniques used by electron and confocal microscopist. Clients can be trained to use equipment at this facility themselves or request
http://www.ksu.edu/biology/bio/microscope/

Extractions: 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 facilitys staff. Technical consultation in experimental design, data analysis and interpretation, manuscript and grant preparation for researchers seeking to use microscopy to address research questions.
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

Extractions: 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. "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
Petrash Lab Home Page
The module provides expertise for maintenance of the equipment. The molecular biology module seeks to provide vision core investigators with direct
http://petrash-lab.wustl.edu/CoreFac.html

Extractions: Core Facilities Hardware Software Web Dr. Petrash is the Principal Investigator of the Core Grant for Vision Research (EY02687) funded by the National Eye Institute. The Core Grant provides funding for operation of five specialty service modules. For a brief description of the core grant and its component modules, please click here. Abstract of core grant renewal application Biostatistics Core Digital Imaging Core Electronics Services Core ... Morphology Core ABSTRACT The objective of this application is to provide NEI-funded vision scientists with additional, shared support to enhance their individual research capabilities. A further goal is to enhance the research capability of Washington University for conducting vision research by encouraging collaborative studies and attracting other scientists to vision research. These objectives will be achieved by operating the following 5 core modules. A morphology core module will provide technical support and expertise in histological procedures, antibody staining, in situ hybridization, and with standard and specialized light and electron microscopy. An
National Centre For Biotechnology Education | NCBE Courses | Molecular Biology
use of modern molecular biology equipment and involve gel electrophoresis. with key procedures in both molecular biology and aseptic techniques.
http://www.ncbe.reading.ac.uk/NCBE/COURSES/ncbemolbiol.html

Extractions: NCBE Courses All of the following practical investigations make use of modern molecular biology equipment and involve gel electrophoresis. Should you wish to consider some of the ethical implications of DNA technology, we offer discussion-based activities to complement the practical work. RESTRICTION, LIGATION How are plasmid vectors constructed for use in genetic modification? How are such plasmids introduced into bacteria to permit the production of novel proteins? Participants cut plasmid DNA using a restriction enzyme and join it with the DNA ligase. The different forms of the plasmid are then separated by gel electrophoresis. Participants also introduce a plasmid into bacteria that confers antibiotic resistance and the ability to metabolise a specific substrate. After incubation, successfully transformed bacterial colonies are selected by their ability to grow in the presence of antibiotic and by a colour change. In this investigation, participants become familiar with key procedures in both molecular biology and aseptic techniques. Note that due to overnight incubation of the bacteria, results from the transformation are only available the following day. GENETIC SCREENING SIMULATION This gene screening simulation illustrates how molecular genetic techniques can be used to determine the Mendelian inheritance of an autosomal recessive condition. A DNA sample from each of 24 fictitious family members is treated with a restriction enzyme to detect a sequence change in the recessive allele. Resulting DNA fragments are separated by gel electrophoresis and the results are pooled to determine the pattern of inheritance.
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

Extractions: 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.
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
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

Extractions: 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.
Analytical Chemistry - Leading Edge
Access to the latest equipment, techniques and databases allow us the ability to find Don t trust your molecular biology services needs to just anyone,
http://www.cbi-biotech.com/cbi/LifeSciencesResearchDevelopmentOutsourcing/
BBSRC - The Science We Support - Initiatives - Capacity Building Awards In Integ
spacer in Integrative Mammalian biology equipment Facilities of a broad range of techniques and approaches in integrative mammalian biology
http://www.bbsrc.ac.uk/science/initiatives/intmammalianbio.html

Extractions: See also: Research database Capacity Building Awards in Integrative Mammalian Biology NEW FAQ section below Status: OPEN Integrative biology is the study of how gene products integrate into the function of whole tissues and intact organisms. Understanding gene function in mammalian systems ultimately requires the use of mammalian models. The information generated is central to the development of new therapeutic approaches to tackle human and animal diseases and to help deliver safe and effective medicines. Modern ethical practice demands that we maximise scientific gains while minimising costs to animals in research programmes. A high level of training is thus required with respect to experimental design and understanding the need for animal use, and in the application of appropriate up-to-date in vivo techniques to ensure best practice and scientific excellence while minimising the impact on animals.
Field Biology
1) To engage in some simple field techniques used in ecological and management describe all the important equipment, techniques, and measurements made.
http://faculty.tamu-commerce.edu/jkopachena/bsc505.html

Extractions: statistics in field research. 3). To demonstrate some ecological principles using data collected in the field. Course Topics: For a Class Schedule Click Here The course will be organized into a series of lectures and a series of field exercises. Lecture material will basically describe various techniques and their underlying assumptions, advantages and disadvantages. Ten field exercises are planned:
Equipment And Supplies
Detailed product descriptions protocols for molecular biology, cancer research, Proteomics ProteomeWorks provides the background, techniques,
http://www.reference.com/Dir/Science/Biology/Equipment_and_Supplies/

Extractions: Association of the Laboratory Supply Industry Directory of over 150 companies in the UK supplying laboratory equipment, from pipette tips and beakers to photometers and incubators. CLONTECH Laboratories, Inc. CLONTECH develops, produces, and markets innovative biological products to the life science market worldwide. SANYO Biomedical Ultra-low temperature freezers, incubators, and pharmaceutical refrigerators. Chemdex Online purchasing system for over 160,000 biological and chemical reagents from more than 80 life science suppliers. American Type Culture Collection (ATCC) Nonprofit bioscience organization that acquires, authenticates, preserves, and distributes biological materials, information, technical services, intellectual property, and educational programs to private industry, government, and academic organizations around the world for the advancement, validation, and application of scientific knowledge. Dynal Bioscience Association for Laboratory Automation Life Science Market Online Information on more than 675 products from over 1000 suppliers indexed by category.
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

Extractions: Home Find a College Profiles Major: Biology and Biotechnology Laboratory Technology This major is offered at the associate's and at the bachelor's level. 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.
Southern Connecticut State University Graduate Studies
The Master of Science degree in biology is primarily for students with a strong Presentation and discussion of current topics, equipment, techniques,
http://www.southernct.edu/departments/graduatestudies/gpofferingsBio.php3

Extractions: (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., Chairperson, Professor; B.S., Elizabethtown College, M.S., Ph.D., Brigham Young University. Tel. (203) 392-6222. E-mail: smithd1@southernct.edu 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. CRAWFORD, SARAH C., Associate Professor; B.S., Marymount Manhattan College; M.S., Princeton University; M.Phil., Ph.D., Columbia University EDGINGTON, NICHOLAS P., Assistant Professor; B.A., University of Northern Iowa; M.A., Drake University; Ph.D., Iowa State University. FENG, JANE J.,
School Visits : DNA Techniques At Hampton High School
current research techniques using modern molecular biology equipment. The program, available to teachers who have completed the DNA Techniques Workshop,
http://www.pitt.edu/~biohome/Dept/Frame/schoolvisitshampton2001.htm

Extractions: In May 2001, Assistant Outreach Coordinator Cheryl Riccobelli introduced molecular biology techniques to Mr. Bruce Alstad's AP Biology class at Hampton High School. As a past participant in the DNA Techniques High School Teachers Workshop sponsored by the Department of Biological Science's Outreach Program, Mr. Alstad was able to request a DNA Techniques Outreach Kit. The Kit included all the protocols, reagents, and equipment necessary for his students to perform the bacterial transformation, restriction digest, and electrophoresis labs with the help of Ms. Riccobelli. The week began with a lesson in micropipetting. Micropipettors are the most basic instrument of molecular biologists because they allow the precise measurement and transfer of minute quantities of liquids to reactions. Mr. Alstad's students worked carefully as they practiced their newly acquired micropipetting skills with colored water practice solutions. The next day, the students were ready for the bacterial transformation exercise. Specially prepared non-pathogenic E. coli

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

21-40 of 99 Back | 1 | 2 | 3 | 4 | 5 | Next 20