21. YOUNG INVENTORS AWARDS GOLD AWARD BIOLOGY December 21, 2000 work in hitech, expensive genetics and molecular biology. His technique may alsohave broader applications to the expensive refrigeration equipment and coolant http://www.feer.com/articles/2000/0012_21/free/p048innov.html

Top Features Home Issue Index This Week The Region ... Contact Us Regular Features Intelligence Regional Briefs China Briefing The 5th Column ... CEO Call Other Features Editorials Letters Corrections To Subscribe Far Eastern Economic Review Feer.com Archive Review E-Newsletter Other Dow Jones Products: The Asian Wall Street Journal WSJ.com Dow Jones Conferences YOUNG INVENTORS AWARDS: GOLD AWARD: BIOLOGY Sexy Solution An Indonesian Ph.D. student devises a simple, long-term and cheap way to store organic materials By Becky Gaylord/SYDNEY Issue cover-dated December 21, 2000 THE WIDE GLASS DOORS of the Monash Institute of Reproduction and Development, on the outskirts of Melbourne, swish open automatically when visitors approach. Light fills the modern building, flooding in through big round windows and down wide hallways. Labs at the institute, sleek with stainless steel, are sites of pioneering work in hi-tech, expensive genetics and molecular biology. But on the third floor, one young scientist's discovery is being hailed as revolutionaryprecisely because it's low-tech and cheap. Mulyoto Pangestu, an Indonesian Ph.D. student at the institute, has devised a way to dry and store sperm at room temperature. It costs less than 50 Australian cents (26 U.S. cents) a specimen, relies on common materials like plastic straws and aluminium-foil pouches and requires no special handling. Yet the specimens last for years and remain potent.

22. E U R O G E N D I S We have generated a mouse mutant (R124) with cardiac and renal defects by gene trapping a technique that, in one simple Standard molecular biology equipment. http://www.ki.se/eurogendis/d10.html

EUROGENDIS: Start page Contacts Eurolife List of ... Fellowships D 10 - Analysis of a novel mouse mutant with cardiac and renal defects. Field of research Cardiovascular Disease Project leader(s)/Contact person: Dr. Lesley Forrester Address: John Hughes Bennett Laboratory, Department of Oncology, Western General Hospital, Crewe Road, Edinburgh EH4 2XU Phone:0131 537 1763 fax: 1031 537 3160 E-mail: L.Forrester@ed.ac.uk URL address: http://www.onc.ed.ac.uk/jhbl/ Project description and 3 recent publications: We have generated a mouse mutant (R124) with cardiac and renal defects by gene trapping - a technique that, in one simple step, can identify and mutate novel genes by the random insertion of a gene trap vector into the genome of embryonic stem (ES) cells (Forrester et al, 1996; McClive et al., 1998). Gene trap vectors consist of a splice acceptor site linked to a reporter gene whose expression pattern can mimic the expression of the gene into which the vector has integrated and disrupted. As ES cells can contribute to the germline the integration can be bred to homozygosity and the phenotypic consequences studied. in situ marker for hepatic specification of the fore gut endoderm. Mechanisms of Development 100: 205-215.

23. Purdue University Calumet | Department Of Biological Sciences courses such as cell biology, genetics, human cytogenetics technology, recombinantDNA technique, and microtechnique. The facilities and equipment include a http://www.calumet.purdue.edu/biology/facilities.html

home help search news ... PC STAR QUICK CLICKS Department of Biological Sciences homepage Programs Faculty Facilities ... Chicago Wilderness Facilities The anatomy and physiology laboratories are designed for 24 students each and are used primarily for the laboratory portion of a two-semester course required by students in the allied health and nursing programs. One lab is equipped with 26 compound binocular microscopes; the other with older monocular scopes. There are 2 dissecting scopes and 6 compound scopes for demonstrations in each lab and 1 compound scope attached to a monitor for group instruction. Study materials for anatomy include: numerous organ models, 5 human torso models, 6 disarticulated bone sets, 4 articulated skeletons, miscellaneous human bones, anatomical charts, prepared microscope slide sets, preserved specimens including: inflatable lung preparations, sheep plucks and human brains, and dissecting trays and instruments. Physiology equipment includes: physiographs, ECG recording apparatus, spirometer, pneumographs, stethoscopes, blood pressure cuffs, ophthalmoscope/otoscope sets and equipment for hematologic tests and urinalysis. Gyte Tissue Culture Laboratory (G-4A) This is a comprehensive cell culture laboratory for tumor biology research. Major facilities and equipment include a chemical hood, laminar flow cabinets, CO2 incubators, liquid nitrogen tanks for cryogenic storage of human cancer cell lines, centrifuges, a refrigerator, a -85oC freezer, and inverted microscopes.

24. WileyEurope :: Culture Of Animal Cells: A Manual Of Basic Technique, 4th Edition biology of Cultured Cells. Design and Layout. equipment. Aseptic technique. Safety.Culture Vessels. Media. SerumFree Media. Preparation and Sterilization. http://www.wileyeurope.com/cda/product/0,,0471348899|toc|2792,00.html

Shopping Cart My Account Help Contact Us By Keyword By Title By Author By ISBN By ISSN WileyEurope Biochemistry and Molecular Cell Biology Culture of Animal Cells: A ... Table of Contents Related Subjects Pharmacology General Analytical Chemistry Biochemistry Biotechnology Related Titles By This Author Cultural of Human Tumor Cells and Cultural of Epithelial Cells, 2nd Edition Set (Paperback) Culture of Animal Cells Set: CD-ROM and Culture of Animal Cells, Fourth Edition (Hardcover) Freshney's Culture of Animal Cells: A Multimedia Guide (Software) Culture of Hematopoietic Cells (Paperback) ... Culture of Epithelial Cells, 2nd Edition (Paperback) Biochemistry and Molecular Cell Biology Protein Engineering: Principles and Practice (Hardcover) Jeffrey L. Cleland (Editor), Charles S. Craik (Editor) Nucleic Acid Analysis: Principles and Bioapplications (Hardcover) Charles A. Dangler (Editor) The Mitochondrion in Health and Disease (Hardcover) David D. Tyler Learning More Biochemistry: 100 New Case-Oriented Problems (Paperback) Stem Cell Biology and Gene Therapy (Hardcover) Peter J. Quesenberry (Editor), Gary S. Stein (Editor), Bernard G. Forget (Editor), Sherman M. Weissman (Editor)

25. WileyEurope :: Molecular Biology Problem Solver: A Laboratory Guide a core set of molecularbased equipment and methods Molecular biology Problem SolverA Laboratory Guide asks the to your successful application of a technique? http://www.wileyeurope.com/cda/product/0,,0471379727|desc|2792,00.html

Shopping Cart My Account Help Contact Us By Keyword By Title By Author By ISBN By ISSN WileyEurope Biochemistry and Molecular Cell Biology Molecular Biology Problem Solver: A Laboratory Guide Related Subjects Pharmacology General Analytical Chemistry Biochemistry Biotechnology ... Mass Spectrometry Related Titles Biochemistry and Molecular Cell Biology Flow Cytometry: First Principles, 2nd Edition (Paperback) Alice Longobardi Givan Biomolecular Free Radical Toxicity: Causes and Prevention (Hardcover) Helen Wiseman, Peter Goldfarb, Tim Ridgway, Alan Wiseman Cell and Tissue Culture for Medical Research (Paperback) Alan Doyle (Editor), J. Bryan Griffiths (Editor) Handbook of Animal Lectins: Properties and Biomedical Applications (Hardcover) David C. Kilpatrick Physical Biochemistry: Principles and Applications (Hardcover) David Sheehan Biochemistry and Molecular Cell Biology Molecular Biology Problem Solver: A Laboratory Guide Alan S. Gerstein

26. A.S. BIOTECHNOLOGY ) FLCC to a fouryear institution as a biotechnology or biology major or Cell Tissue andCulture Culture equipment and safety; Sterile and aseptic technique; http://www.fingerlakes.edu/academics/biotechnology/

a.s. biotechnology Program Home Page Curriculum Requirements Sample Schedule Department Home Page ... A.S. BIOTECHNOLOGY From altering the genetic information of plants and animals to producing cells to create pharmaceutical products, the science of biotechnology is using cutting-edge technology and the basic ingredients of life to benefit society. Students will soon be able to be a part of what many consider to be the most important applied science of the 21st century with the addition of a new degree program in biotechnology at Finger Lakes Community College. Biotechnology, an associate in science (A.S.) degree program, is designed to prepare students to either transfer to a four-year institution as a biotechnology or biology major or develop marketable skills and preparation to enter the job market. According to a recent survey funded by the Empire State Development Corporation, most biotech employers in the region expect continued growth. In fact, 88 percent reported that they anticipate hiring new employees to keep up with industry demands.

27. E-STREAMS Vol. 3, No. 1 - January 2000 Subjects Molecular biologytechnique; Molecular biology-Laboratory Manuals. in Biochemistryand Molecular biology A3; of Reagents and equipment A4; References http://www.e-streams.com/es0301/es0301_626.htm

E-STREAMS Vol. 3, No. 1 - January 2000 Biology Short Protocols in Molecular Biology: A Compendium of Methods from Current Protocols in Molecular Biology th edition, edited by Frederick M. Ausubel, Roger Brent, Robert E. Kingston, David D. Moore, J. G. Seidman, John A. Smith, Kevin Struhl. New York, NY, Wiley, 1999. 1v., various paging, illus., bibliog., index. ISBN 0-471-32938-X . $120.00. LC Call no.: QH506.S54 1999. Subjects: Molecular Biology-Technique; Molecular Biology-Laboratory Manuals. 203 contributors. Reviewer: Janet Hughes, Biological Sciences Librarian, Pennsylvania State University Library, jah@psulias.psu.edu Table of Contents: Escherichia Coli , Plasmids, and Bacteriophages 1.1 Preparation and Analysis of DNA 2.1 Enzymatic Manipulation of DNA and RNA 3-1 Preparation and Analysis of RNA 4.1 Construction of Recombinant DNA Libraries 5.1 Screening of Recombinant DNA Libraries 6.1 DNA Sequencing 7.1 Mutagenesis of Cloned DNA 8.1 Introduction of DNA into Mammalian Cells 9.1 Analysis of Proteins 10.1 Immunology 11.1

28. "Biotechnology Topics In The Biology Curriculum" By Patrick Guilfoile, Ph.D. data and internetbased simulations of this technique for gene quite new and the suppliesand equipment are expensive. In a biology classroom, I think the best http://www.actionbioscience.org/education/guilfoile.html

home search email this page updates signup ... education author bio Patrick Guilfoile, Ph.D., is a Professor of Biology at Bemidji State University, MN. He earned his doctorate in Bacteriology from UW-Madison. He completed two years of ... education trends in bioscience education Biotechnology Topics in the Biology Curriculum By Patrick Guilfoile, Ph.D. An actionbioscience.org original article article highlights Biotechnology is an essential topic in the biology classroom. Suggestions are provided for

29. Institute Of Biotechnology full range of standard molecular biology equipment, as well and its regulation, includingcell biology and genetic engineering technique applications. http://ind.ntou.edu.tw/~cfs/COFS/cofs9e.htm

Institute of Marine Biotechnology This institute was established in 1993 as a graduate institute offering a Master's degree. The PhD program was approved in 1995 and 5 students are currently pursuing their doctoral degree. A recent survey placed biotechnology as one of the most important modern technologies impacting the future well-being of mankind, second only to computer technology. As an island nation, Taiwan is blessed with abundant marine resources. As well, it has a well-developed and prosperous aquaculture industry. It is therefore essential to maintain our ability to apply the full suite of modern techniques to our abundant marine resources through the fields of marine science and industry. Specialized research equipment is key to our research. We have the full range of standard molecular biology equipment, as well as GC, HPLC, economic FPLC system, a bioinformation workstation, auto-titration apparatus, CO incubator, PCR (polymerase chain reaction) machines, UV-VIS spectrophotometer, micromanipulator, flourescence microscope, flourescence spectrophotometer. Educational Goals We train graduate students in the field of biotechnology, including genetic engineering, enzyme technology, immunology and molecular biology.

30. EU-Compendium: Which DNA Marker For Which Purpose? Chapter 8 For the establishment of the technique in a new lab, no transfer of characteristicsof the SSR markers is the need for only basic molecular biology equipment. http://webdoc.gwdg.de/ebook/y/1999/whichmarker/m08/Chap8.htm

Chapter 8 in: Which DNA Marker for Which Purpose? Final Compendium of the Research Project Development, optimisation and validation of molecular tools for assessment of biodiversity in forest trees in the European Union DGXII Biotechnology FW IV Research Programme Molecular Tools for Biodiversity . Gillet, E.M. (ed.). 1999. URL http://webdoc.sub.gwdg.de/ebook/y/1999/whichmarker/index.htm Microsatellite markers as a tool for the detection of intra- and interpopulational genetic structure Ivan Scotti*, Gianpaolo Paglia, Federica Magni, Michele Morgante Via delle Scienze 208, 33100 Udine, Italy *Corresponding author: Email: ivan.scotti@dpvta.uniud.it Introduction The microsatellites (or SSRs, Simple Sequence Repeats) have proven to be very useful for the purpose of unveiling genetic diversity in forest tree species. In this paper our experience in the application of microsatellites is described, with the aim of providing a guide for the transfer of this technique to the end-users. The variability at microsatellite loci is due to the differences in the number of repeat units. It is therefore easily detectable as variation in length of a DNA fragment obtained through a PCR amplification from the whole genome. Since their discovery and establishment as a molecular technique, the SSRs have been applied to several problems in which the fingerprinting of genetic diversity and differentiation was needed. The detection of within-population diversity and structure is made easy by the high polymorphism of this kind of markers, that allows to identify single trees even analysing few loci. For the same reasons, this technique can be applied to paternity analysis. The latter can also take advantage of the availability of uniparentally inherited SSR markers, especially in conifers, where the transmission of the chloroplast is strictly paternal (Vendramin

31. Molecular And Cellular Biology Facilities And Services Core - University Of Cinc tested and verified operation of the equipment and is in expertise of the Molecularand Cellular biology F brought the addition of a new technique, which was http://www.niehs.nih.gov/centers/fac-core/cin-fac3.htm

University of Cincinnati Center for Environmental Genetics Marshall W Anderson, Ph.D., Center Director Main Menu Molecular and Cellular Biology Facilities and Services Core Objectives Members Facilities and Equipment Usage and Benefits Objectives [ TOP ] Core Director and Members Kathleen Dixon, Ph.D., Acting Director, Professor, Department of Environmental Health Marian L. Miller, Ph.D., Co-Director, Associate Professor, Department of Environmental Health George Leikauf, Professor, Department of Environmental Health Stacey Andringa, Research Assistant, Department of Environmental Health Dale Blankenship, Research Associate, Department of Cell Biology [ TOP ] Facilities and Equipment Storm 860 Phosphorimager (quantitative radioactive imaging, red and blue fluorescence); updated this year with a new computer system MJ Research thermocycler Hybridization station Discounted Access to ABI 377 automated sequencers (in University DNA Core) Applied Spectral Imaging system (with the Department of Environmental Health) Nikon T300 inverted fluorescence microscope with SPOT color camera and Image analysis software (including Spot, Adobe Photoshop 6.0, Metamorph and Metafluor)

32. Department Of Plant Cell Biology And Physiology- Scientific Programme line, thus facilitating the solution of many littleknown problems of developmentbiology. Patents held by the department technique and equipment for the http://www.mgki.hu/inst/biol/biole.html

Scientific Programme Staff data, awards, membership of scientific associations Teaching activities, extension Publications Váltás magyarra ... Patents held by the department Cell Biology Team The main research field is the cell biology and biotechnology of the sexual processes in flowering plants. Research topics: In vitro androgenesis, development of homozygotic dihaploid plants from various cereal species The research team has elaborated effective methods for the development of dihaploids from various cereal species and from maize. Maize lines with high haploid induction ability are developed from exotic stocks from China and from crosses involving these stocks. These can then be used as crossing partners for introducing in vitro androgenetic ability into elite lines. A genome duplication method for practical application, involving direct colchicine treatment on microspores in cultured wheat and maize anthers, has been elaborated and investigations are underway on the effect of various antimitotic agents on the microspore embryogenesis process at the cell and ultrastructural levels. Efficient haploid induction methods are used for the in vitro selection of progeny resistant to various abiotic stress factors (heavy metals, herbicides, oxidative stress).

33. Center For Cell And Molecular Biology Every treatment, every innovative technique, every cure for Cell and Molecular Biologywill serve as providing laboratories with essential technical equipment. http://penguin.d.umn.edu/Departments/center_cell_Molecular_biology/home.htm

Home Purpose Goals Faculty ... University of Minnesota Duluth 'From bench to bedside' is a popular way of illustrating the path of discovery in medical science. Every treatment, every innovative technique, every cure begins with basic science research. The Center for Cell and Molecular Biology will serve as a core facility for designated research purposes, providing laboratories with essential technical equipment. The facility will help integrate research and educational efforts between the UMD undergraduate faculty and the School of Medicine faculty, provide a world-class regional resource for basic science researchers, and foster a multi- disciplinary approach to research endeavors. The center will support: • an environmental medicine lab, devoted to diagnosing and consulting in the management of environmentally associated diseases • a molecular genetics regional research lab, providing equipment to analyze specific genes and to enable modifications to these genes • basic sciences research equipment facilities, providing state- of-the-art equipment to ensure high-quality analysis in research studies

34. Biology - Past Issues Of Weekly Features - 1999 Features 12/23/99 Tracking HIV Using a new technique, scientists are now able to 26/99 -Hidden Bacteria Killing bacteria in hard to reach places in dental equipment. http://biology.about.com/library/weekly/mprev99.htm

zfp=-1 About Homework Help Biology Search in this topic on About on the Web in Products Web Hosting Biology with Regina Bailey Your Guide to one of hundreds of sites Home Articles Forums ... Help zmhp('style="color:#fff"') Subjects ESSENTIALS Science Fair Projects Top Biology Programs Biology How Tos ... All articles on this topic Stay up-to-date! Subscribe to our newsletter. Advertising Free Credit Report Free Psychics Advertisement Articles by topic 1999 Features Antibiotic Resistance A novel approach may lead to antibiotics that can destroy resistant strains of bacteria. Tracking HIV Using a new technique, scientists are now able to visualize the movement of HIV in a cell. Salmonella as a Cancer Fighter The same bacteria that cause food poisoning are now being used to fight cancer. The Signal Amplifier Animal implant testing may one day allow paraplegics to walk. Turkey Test Turkeys found to be contaminated with Campylobacter bacteria. Miracle Surgery Fetal surgery can correct defects even before a baby is born. Truly Man's Best Friend Can dogs and cats help lower blood pressure?

35. The Use Of Calculator-Based Laboratory Equipment In Teaching Math Using this technique, the experiment lasted two hours and would be well advised toconsider using this equipment. Spencer is an instructor of biology at Thomas http://www.br.cc.va.us/vcca/i31arnold.html

36. Molecular Biology PCR technique RTPCR, P3730. Factors Hormones Microbiology Molecular biology PlantBiotechnology Sample Preparation Syringes Vials equipment Catalog eBookshelf http://www.sigmaaldrich.com/Area_of_Interest/Equip____Supplies_Home/eBookShelf/M

Equipment Catalog Glassware Catalog MolyMod Spectral Viewer ... New Products Our Complete New Title List New Chemistry Titles New Life Science Titles Our Entire Library of 1,700 Titles Listed By Category Aldrich Titles Analytical Chemistry Biochemistry Biotechnology ... Spectroscopy Molecular Biology back to top Product Product # ADVANCED TOPICS IN MOLECULAR BIOLOGY AUTOMATED DNA SEQUENCING AND ANALYSIS BACULOVIRUS EXPRESSION VECTORS: A LABORATORY MANUAL BASIC DNA AND RNA PROTOCOLS BASIC METHODS IN MOLECULAR BIOLOGY, 2ND ED. BASIC MOLECULAR BIOLOGY: ESSENTIAL TECHNIQUES BIOCHEMISTRY AND MOLECULAR BIOLOGY, 2ND ED. BIOLOGIST'S GUIDE TO ANALYSIS OF DNA MICROARRAY DATA BIOSTATISTICAL METHODS CELL AND MOLECULAR BIOLOGY: CONCEPTS AND EXPERIMENTS, 3RD ED. CELL AND MOLECULAR BIOLOGY: ESSENTIAL DATA SERIES CHROMATIN PROTOCOLS CHROMATIN: A PRACTICAL APPROACH CHROMOSOME STRUCTURAL ANALYSIS: A PRACTICAL APPROACH CLONING AND EXPRESSION VECTORS FOR GENE FUNCTION ANALYSIS THE CLONING SOURCEBOOK CONCISE DICTIONARY OF BIOMEDICINE AND MOLECULAR BIOLOGY ON CD-ROM CYTOKINE MOLECULAR BIOLOGY: A PRACTICAL APPROACH DIFFERENTIAL DISPLAY: A PRACTICAL APPROACH DNA AND PROTEIN SEQUENCE ANALYSIS: A PRACTICAL APPROACH DNA ARRAYS: METHODS AND PROTOCOLS DNA ARRAYS: TECHNOLOGIES AND EXPERIMENTAL STRATEGIES DNA CHROMATOGRAPHY DNA CLONING 3, COMPLEX GENOMES: A PRACTICAL APPROACH D. M. GLOVER , OXFORD UNIVERSITY PRESS, 1995, 242 PP., SOFT COVER

37. Offres Et Demandes D'Emploi cellules en culture 5- connaissance de l'anglais technique Contact Claude stage,as well as all the necessary biochemical and molecular biology equipment. http://sfmu.snv.jussieu.fr/emploi/jobs.shtml

Offres d'emploi et de stages Offres d'emploi Groupe Leader en Tomographie+ 07 Jan 2003 (Date de l'annonce) Date de fin : Lieu : EMBL Heidelberg EMBL wishes to recruit an excellent young research group leader in one of the following areas: EM tomography for the elucidation of cellular structure Image analysis to bridge molecular and higher order structures For more details see: http://www.embl-heidelberg.de/ExternalInfo/jobs/02112.html Please send letter of application plus CV to jobs@embl.de quoting EMBL/V/02/112 (closing date 10 Jan 2003) Contact : Kevin Leonard e-mail: jobs@embl.de tel : fax : Trois Post-Doc 07 Jan 2003 (Date de l'annonce) Date de fin : Lieu : Leeds University (UK) Three positions in electron microscopy are available in the Astbury Centre for Structural Molecular Biology at Leeds University. Two posts are for post-docs to do single molecule microscopy and are for two years in the first instance, but may be extended. One post involves work on the myosin-actin contractile system. The other is a new project on the exocyst complex. The third post is for three years in the first instance and is likely to become permanent. This is for a high level technician whose main task will to look after a new FEG microscope, including teaching new users.

38. Molecular Biology Service Unit, University Of Alberta users in basic and advanced aspects of molecular biology. for a maximum of 3 monthsper major technique. will be charged for bench space and small equipment. http://www.biology.ualberta.ca/facilities/mbsu/index.php?Page=1452

39. Cell Biology Workshop 2002 all research methods require expensive and hightech equipment. This technique couldeasily be used in the with the textbook Molecular Cell biology by Lodish http://www.pitt.edu/~biohome/Dept/Frame/cellbiologyworkshop2002.htm

The cell has fascinated scientists for centuries. Whether existing alone or as part of a multicellular organism, this basic unit of life is able to respond to its environment, regulate internal processes, and replicate. As we continually strive to understand life at its most fundamental level, cell biology remains at the forefront of scientific research. The objective of this five-day program is to provide high school biology teachers with an increased understanding of and appreciation for the dynamics of the cell. The workshop participants are introduced to model systems and current techniques employed in modern cell biology research. The workshop schedule includes both classroom lectures and hands-on experiments conducted in our University of Pittsburgh laboratory containing state-of-the-art equipment. Throughout the week, emphasis is placed on systems and experiments that can be easily adapted for use in the high school classroom. The director of the Cell Biology Workshop 2002 was Dr. Christine Coughlan. Dr. Coughlan received her Ph.D. in Pharmacology and Toxicology at University College in Dublin, Ireland, and is currently a Postdoctoral Research Associate in the Department of Biological Sciences laboratory of Dr. Jeffrey Brodsky

40. Galilee Institute For Applied Research HPLC and GC), molecular biology equipment (PCR and centrifuges, and solid and liquiddrying equipment. thermally and acoustically sound technique, will serve http://www.gal-soc.org/rdfacility.html

Galilee Institute for Applied Research GIAR Facilities The Galilee Istitute for Applied Research is comprised of three research and development facilities. Extensive laboratories and equipment are housed in the new state-of-the-art research center in Shefa'Amr. Wastewater treatment technologies are under investigation and testing at the Saknin Pilot Site for Wastewater Treatment and Reuse. Medicinal Plants and Sustainable Agriculture Techniques are the focus of the Botanical Gardens in Kafr Kana. GIAR Research Center Wastewater Treatment Site HOME PROFILE ... LINKS Research Center The 600 square meter state-of-the-art facility is located in Shefa'Amr and includes 6 laboratories, a number of accessory laboratories, adminstration offices and a seminar room. Laboratories include: toxicology, microbiology, pharmacology, molecular biology, biotechnology, and environmental engineering. Accessory Laboratories: tissue culture lab, dark room, cold room, radioactivity room, instruments room and chemical storage. GIAR instrumentation for advance applied research includes: chromatography instruments (HPLC and GC), molecular biology equipment (PCR and gel electrophoresis), bioanalytical instrumentation (ELISA), modern biological and chemical water and wastewater analysis equipment and field autosampling equipment, ice machine, deep freezer (-70C), microscopes, refrigerators, incubators and chemical and biological hoods, centrifuges, and solid and liquid drying equipment.

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