1. Biochemisty Articles biochemisty Articles. http://www.altcorp.com/AffinityLabeling/kinases.htm

Home Contact Us Search Affinity Labeling Biochemisty Articles Affinity Labeling Affinity Laboratory TEST Foundation Prices ... Journals Biochemisty Articles P Glycoprotein Customer Survey Technical Briefs Published Studies ... IMAC Selected Articles on Nucleotide Binding Proteins The following articles are from Cell Signaling: An Introduction to the Molecules and Mechanisms of Signal Transduction Pathways By Jeremy Thorner, G Steven Martin and James E Ferrell Jr Available on-line from BiomedCentral http://www.biomedcentral.com Conservation of the MAPK Pathway Web page: http://www.biomedcentral.com/nspprimers/mapksignaling/full/ pdf: http://www.biomedcentral.com/content/pdf/nsp-mapksignaling.pdf Structure and Function of Protein Kinases Web page: http://www.biomedcentral.com/nspprimers/pkstructure/full/ pdf: http://www.biomedcentral.com/content/pdf/nsp-pkstructure.pdf

2. WELCOME TO HENAN YONGXIN BIOCHEMISTY PESTICIDE CO.,LTD. BCH 240 Special Topics in biochemisty Offered Fall-Winter-Spring Instructor In Charge STAFF E-Mail Date, Time, and Place TBA Prerequisite(s) Biochemistry 110A-110B-110C or equivalent (may be taken concurrently). Graduate standing in http://www.phoxim.com/

HENANYONGXIN BIOCHEMISTRY PESTICIDE CO., LTD yongxin@phoxim.com PHONE:0086-391-8695233 FAX:0086-391-8695897 454450,WENBO ROAD, BOAI, HENAN P.R.CHINA FastCounter by bCentral

3. Department Of Biochemistry Shop here for Food Science The biochemisty of Food and Nutrition Teacher's Resource Guide and find more books by Kay Yockey Mehas. For a limited time, get free shipping on orders over $25! http://www.biochem.ualberta.ca/

Your browser does not support script Updated: April 3, 2003 News Items Central Station welcomes a new member Cory Balanecki, a PC/Mac Specialist, joins our IT Team Congratulations on another successful Biochemistry Daffodil Drive for Cancer Research The drive raised $221 this year!!! Thanks to Gail Redmond for coordinating and to all those that participated Registration Information for BIOCH 203/205/220 for the 2003/2004 Academic Year Final Exam Schedule for Biochemistry Courses (Final Draft) Sponsors and Granting Agencies

4. Biochemweb | Edward A. Doisy Department Of Biochemisty & Molecular Biology | Gra A Tradition of Excellence. The EA Doisy Department of Biochemistryand Molecular Biology was founded in 1923 by Dr. Edward Doisy. http://biochemweb.slu.edu/

Navigation A Tradition of Excellence The Cutting Edge Under Dr. Sly's leadership, a department actively engaged in modern biochemical research has emerged. Twenty talented faculty direct more than sixty students, fellows, and staff in research on fundamental problems in structural, cellular, and molecular biology. Specific areas of interest include protein and DNA structure and interactions, enzymology, regulation of translation, signal transduction, protein trafficking, and pathogen virulence. This research effort is supported by state-of-the-art research instrumentation and facilities. Keeping abreast of research and technological innovations is fostered by weekly departmental seminars featuring scientists from all over the world, a departmental journal club, and interactions with the extensive academic and commercial scientific community in St. Louis. To the Future The department offers not only a diversity of research opportunities, but a faculty dedicated to providing outstanding training to scientists of the future. In an atmosphere conducive to learning, a spirited group of graduate students pursue programs tailored to their particular interests and needs. The department has always recognized that there is no conflict between academic training and the provision of marketable skills. Our nearly 300 graduate and postgraduate alumni are almost equally divided between scientific careers in academia and industry. The Faculty: Saint Louis University School of Medicine Edward A. Doisy Department of Biochemistry and Molecular Biology

5. Czech Chemical Society Home support of the Institute of Organic Chemistry and biochemisty of the Academy of Sciences of the Czech Republic, http://www.csch.cz/

oceòuje Vᚠzájem a vítá Vás vítá na své Internetové stránce Èeská chemická spoleènost, Novotného lávka 5, 116 68 Praha 1, telefon 02-21082383, tel/ fax 02 , E-mail csch@csch.cz appreciates your interest and welcomes you @ its Internet web page Czech Chemical Society, Novotného lávka 5, CZ-116 68 Praha 1, Czech Republic, phone +420-2-21082383, tel/ fax+420-2 , E-mail csch@csch.cz ENTER VSTUPTE Chemické listy v plné verzi na webu od 01/2002 - Chem. Listy in (e)-form on the web since 01/2002 ÈSCH je èlenem Asociace èeských chemických spoleèností, Èeského svazu vìdeckotechnických spoleèností a Federace evropských chemických spoleèností / CCS is a member of the Association of the Czech Chemical Societies, Czech union of Science and Technology Societies and the Federation of European Chemical Societies Webové strany ÈSCH byly zøízeny za významné podpory Ústavu organické chemie a biochemie AV ÈR, jeho pracovníkù dr. R. Libosky a dr. I. Èerného a pražské firmy SciTech. ÈSCH oceòuje i významnou pomoc VŠCHT Praha a øady jeho pracovníkù. / CCS web pages were created with acknowledged support of the Institute of Organic Chemistry and Biochemisty of the Academy of Sciences of the Czech Republic, its specialists dr. R. Liboska and dr. I. Èerný, and Prague company SciTech. CCS appreciates also the help of the Prague Institute of Chemical Technology and many of their employees.

6. Arizona Health Sciences Library Eresources : Molecular And Cellular Biochemisty Restrictions Available to the University of Arizona and UMC communityonly. Accessible from machines located on the campus network http://www.ahsl.arizona.edu/journals/ejrnl_gateway.cfm?name=Molecular and Cellul

7. Introduction To Enzymes Informational guide on beginning biochemisty. Site designed for high school biology students and educators http://www.worthington-biochem.com/introBiochem/introEnzymes.html

Introduction to Enzymes The use of enzymes in the diagnosis of disease is one of the important benefits derived from the intensive research in biochemistry since the 1940's. Enzymes have provided the basis for the field of clinical chemistry. It is, however, only within the recent past few decades that interest in diagnostic enzymology has multiplied. Many methods currently on record in the literature are not in wide use, and there are still large areas of medical research in which the diagnostic potential of enzyme reactions has not been explored at all. This section has been prepared by Worthington Biochemical Corporation as a practical introduction to enzymology. Because of its close involvement over the years in the theoretical as well as the practical aspects of enzymology, Worthington's knowledge covers a broad spectrum of the subject. Some of this information has been assembled here for the benefit of laboratory personnel. This section summarizes in simple terms the basic theories of enzymology. Enzymes and Life Processes Early enzyme discoveries chemical nature of enzymes specificity of enzymes ... Chemical Equilibrium Factors Affecting Enzyme Activity Knowledge of basic enzyme kinetic theory is important in enzyme analysis in order both to understand the basic enzymatic mechanism and to select a method for enzyme analysis. The conditions selected to measure the activity of an enzyme would not be the same as those selected to measure the concentration of its substrate. Several factors affect the rate at which enzymatic reactions proceed -

8. Available Technologies : Biochemisty And Secondary Metabolism Technology Details. Methods to Increase Bioavailable Calcium Storesin Plants Expression of a high capacity Ca 2+ binding domain http://www.plantbioscience.com/techs/info/00223.html

Technology Details Methods to Increase Bio-available Calcium Stores in Plants Expression of a high capacity Ca binding domain in plants for stress resistance and nutriceutical applications Calcium plays an essential role in both plants and animals, and modulation of cytosolic calcium levels is achieved in these organisms by a system of Ca -transport and storage pathways. Ca deficiency in plants can result in reduced growth or death of apical meristems, chlorotic or “burned” leaves, and increased susceptibility to plant pathogens. Losses caused by such effects are particularly important in many horticultural crops. At the same time plants provide a source of bioavailable Ca in our diets and there could be nutriceutical applications for plants with increased Ca levels Researchers at North Carolina State University (NCSU) led by Professor Niki Robertson have demonstrated the utility of using the high capacity Ca binding domain of calreticulin to increase Ca stores in plants. Arabidopsis plants expressing a fusion protein of the C-domain of maize calreticulin and the green fluorescent protein (GFP) showed: Delayed loss of chlorophyll after transfer to calcium depleted medium A 9-35% increase in total calcium for induced C-domain plants compared to controls Unexpectedly, significantly increased salt and heavy metal (aluminium) tolerance

9. Available Technologies : Biochemisty And Secondary Metabolism Technology Details. Novel Bacterial Enzyme to Reroute the PhenylpropanoidPathway in Plants Pseudomonas HCHL gene and its uses in http://www.plantbioscience.com/techs/info/01281.html

Technology Details Novel Bacterial Enzyme to Reroute the Phenylpropanoid Pathway in Plants Pseudomonas HCHL gene and its uses in plants to produce novel flavour and industrial compounds Researchers at the Institute of Food Research (Norwich, UK) have identified and characterised a novel 4-Hydroxycinnamoyl-CoA Hydratase/lyase (HCHL) enzyme from Pseudomonas , which is capable of converting 4-coumaroyl-CoA, caffeoyl-CoA and feruloyl-CoA to the corresponding hydroxybenzaldehydes in vitro . These hydroxybenzaldehydes include vanillin, the major flavour component of vanilla. The substrates for this HCHL enzyme are intermediates of the plant phenylpropanoid pathway and therefore expression of the corresponding gene in plants has the potential to divert phenylpropanoid metabolism to produce novel metabolites. The approach could have wide ranging commercial utility since the plant phenylpropanoid pathway is responsible for the synthesis of a wide variety of important secondary metabolic compounds, including lignins, antioxidants, flavonoids and salicylates. As such these phenylpropanoids have an important effect on plant qualities such as texture, flavour, colour and processing characteristics. The phenylpropanoid pathway has also been the site of intervention for the production of bioplastics in plants. Initial data generated in transgenic tobacco plants and in hairy roots of Datura from the over-expression of this enzyme with the constitutive 35S promoter has demonstrated its ability to massively reroute carbon flux from the phenylpropanoid pathway into novel C

10. Biochem - Special Topics In Biochemisty BCH 240 Special Topics in biochemisty Offered Fall-Winter-Spring.Instructor In Charge STAFF E-Mail Date, Time, and Place TBA. http://www.biochemistry.ucr.edu/courses/bch240.html

BCH 240 - Special Topics in Biochemisty Offered: Fall-Winter-Spring Instructor In Charge: STAFF E-Mail: Date, Time, and Place TBA Prerequisite(s): Biochemistry 110A-110B-110C or equivalent (may be taken concurrently). Graduate standing in Biochemistry or consent of instructor Description: Biochemistry Department Course Descriptions Special Topics in Biochemisty Page created by Center for Visual Computing Maintained by Webmaster Last modified document.write(document.lastModified)

11. Royal Irish Academy: Biochemisty Science Writing Competition National Committee for Biochemistry Science Writing Competition 2003.Do you want to be published in the Irish Times? Do you want http://www.ria.ie/committees/biochemistry/writ_comp.html

history council members staff ... Home National Committee for Biochemistry Science Writing Competition 2003 Do you want to be published in the Irish Times? Do you want to compete for a fund of €1400? Can you express scientific ideas clearly and cogently? Can you make biochemistry interesting and accessible to the general public? Guidelines This competition is open to all third-level students (both North and South) who are interested in biochemistry. Submit a 1,500-word newspaper article, suitable for the non-scientist, explaining clearly and accurately the significance of any aspect of biochemistry/molecular biology in an engaging, informative and easily intelligible manner. The article may focus on international developments; however serious reference to relevant Irish research should be made. Reference to any commercial sponsorship for the work conducted in Ireland should also be included. Good quality graphics should be used to illustrate the article as appropriate. In order to facilitate publication, it may be necessary to edit the article.

12. Department Of Chemistry & Biochemisty Position Descriptions -- CSULB . Recruitment Number, 1009,......California State University, Long Beach Department of Chemistry biochemistyCHEM BIOCHEM Position http://www.csulb.edu/divisions/acadaffs/Academic_Personnel/Colleges/CNSM/1009CHE

California State University, Long Beach Position Description Recruitment Number Specialty Inorganic Chemistry Job Title Assistant or Associate Professor Job Description Effective date: August 25, 2003 Minimum qualification: PhD in Inorganic Chemistry or a closely related area. A record of published research, potential for developing and sustaining an independent, externally funded research program involving students that will lead to scientific publication. Demonstrated potential for effective teaching in organic and general chemistry. Ability to communicate effectively with an ethnically and culturally diverse campus community. Desired/preferred qualifications: at least two years of postdoctoral research experience. Prior successful teaching at the post-secondary level. Duties: Teach undergraduate lecture and laboratory courses in inorganic and general chemistry and graduate lecture courses in inorganic chemistry. Supervise undergraduate and graduate student research. Develop and sustain independent, externally funded research program involving students and leading to scientific presentations and publications. (Research start-up funds are available.) Participate in activities serving the department, university, and community. Salary range: Assistant professor: $46,020 - $54,132; Associate professor: $55,380 - $66,840

13. Department Of Chemistry & Biochemisty Position Descriptions -- CSULB . Recruitment Number, 1010,......California State University, Long Beach Department of Chemistry biochemistyCHEM BIOCHEM Position http://www.csulb.edu/divisions/acadaffs/Academic_Personnel/Colleges/CNSM/1010CHE

California State University, Long Beach Position Description Recruitment Number Specialty Organic Chemistry Job Title Assistant or Associate Professor Job Description Effective date: August 25, 2003 Minimum qualification: PhD in Organic Chemistry or a closely related area. A record of published research, potential for developing and sustaining an independent, externally funded research program involving students that will lead to scientific publication. Demonstrated potential for effective teaching in organic and general chemistry. Ability to communicate effectively with an ethnically and culturally diverse campus community. Desired/preferred qualifications: at least two years of postdoctoral research experience. Prior successful teaching at the post-secondary level. Duties: teach undergraduate lecture and laboratory courses in organic and general chemistry lecture courses in organic chemistry. Supervise undergraduate and graduate student research. Develop and sustain independent, externally funded research program involving students and leading to scientific presentations and publications. (Research start-up funds are available.) Participate in activities serving the department, university, and community. Salary range: Assistant professor: $46,020 - $54,132; Associate professor: $55,380 - $66,840

14. Biology, Biochemisty biology, biochemisty. name, department, key words. MATSUI, Masafumi, ENVIRONMENTALDYNAMIC BEHAVIOR, amphibians, systematics, taxonomy, reptiles. http://www.kyoto-u.ac.jp/jinkan/bun_ya/seibutsu_e.html

biology, biochemisty name department key words MATSUI, Masafumi ENVIRONMENTAL DYNAMIC BEHAVIOR amphibians, systematics, taxonomy, reptiles NISHIKAWA, Kanto ENVIRONMENTAL DYNAMIC BEHAVIOR Phylogenetics, Geographic biology, batrachology TSUDA, Kinsuke HUMAN AND ENVIRONMENTAL SCIENCES diabetes mellitus, obesity, insulin KATO, Makoto HUMAN AND ENVIRONMENTAL SCIENCES ecology, biodiversity, mutualism SETOGUCHI, Hiroaki NATURAL ENVIRONMENTS plant systematics, phytogeography, conservation biology MATSUMURA, Michikazu NATURAL ENVIRONMENTS Neuroscience HAYAMI, Masanori NATURAL ENVIRONMENTS AIDS, animal model, molecular evolution MIURA, Tomoyuki NATURAL ENVIRONMENTS virus, animal model, molecular evolution KURAHASHI, Kazuyoshi MOLECULAR ENVIRONMENTS OF LIFE AND NATURE Cardiovascular Pharmacology (endothelium), Neuropharmacology (nerve regeneration) MIMURO, Mamoru BIO-ENVIRONMENTAL SYSTEMS photosynthetic energy conversion system, evolution of photosynthesis, environmental biotechnology MIYASHITA, Hideaki BIO-ENVIRONMENTAL SYSTEMS biodiversity of photosynthetic microorganisms, evolution of photosynthesis, environmental biotechnology

15. Biochemisty OAM Reports OAM Reports Office of Aerospace Medicine Reports from the Biochemistry ResearchTeam Office of Aerospace Medicine Reports ( partial listing ). http://www.cami.jccbi.gov/AAM-600/610/600Bioch-OAM.html

16. Department Of Chemistry & Biochemisty: Current News And Events Congratulations Congratulations to Spencer Walse for being selected for theOutstanding Student Paper Presentation at the Boston ACS Meeting!!!! http://www.chem.sc.edu/NewsArchive.asp

The Charles William Murtiashaw III Lecture Dr. Jan-Erling Backvall of Stockholm University, Stockholm, Sweden will be the Charles William Murtiashaw III Lecturer on Friday, April 4, 2003, 4:00 p.m. in PSC 006. The title of the seminar is "Catalytic Transformations Via Metal Based Hydrogen Transfer." Refreshments will be served @ 3:45 p.m. 2003 Seminar Series Dr. Jon McCleverty of the University of Bristol, United Kingdom will be speaking on "Molecular Innocence and Guilt: Consequences for Electrochemistry, Optics and Magnetics," 4:00 p.m., Friday, March 28, 2003, in PSC 006. Refreshments will be served @ 3:45 p.m. Joseph W. Bouknight Teaching Awards Congratulations to the winners of the Joseph W. Bouknight Teaching Awards: Greg Burns, William Gemmill, Tara Hansen, Gina Iacovella, Jessica Iseman, Toby Nelson. Congratulations Dr. Rick Adams! Congratulations to Dr. Rick Adams for recognition by the South Carolina Academy of Science as this year's recipient of the Governor's Award for Excellence in Scientific Research. The Award Presentation Ceremony will take place during the 2003 Annual Meeting of the South Carolina Academy of Science, at Clemson University on March 21, 2003. Congratulations Dr. Adams!!!! 2003 Graduate Research Symposium 1st Place: Tom Metz Guy Lipscomb Award for Excellence in Chemistry and Biochemistry 2nd Place: Jon Scaffidi Oakwood Products Award and Chris Mubarak IRIX Pharmaceuticals Award

17. Zinc In Biochemisty This is the stuff about the Zinc in biochemisty Project. The peopleworking on the project are. Dan Tobin. Craig McClure. Go Home. http://www.umich.edu/~jphgroup/projects/zn/

This is the stuff about the Zinc in Biochemisty Project. The people working on the project are Dan Tobin Craig McClure Go Home

18. Biochemisty And Structural Biology - IGS - TAMU Biochemistry and Structural Biology. http://gsbs.tamushsc.edu/igs/programs/biochem.html

Biochemistry and Structural Biology IGS Main Page Programmatic Overview and Faculty Interests: Biochemistry and Structural Biology Cardiovascular and Integrative Biology ... Links to Useful Sites Much of the research in this emphasis group focuses on understanding how proteins are synthesized and assembled into functional macromolecules. State of the art biophysical technologies are exploited to define mechanisms for protein folding, and protein trafficking in the endoplasmic reticulum and nucleus. Reverse Image Above: Biotechnology: the bacterial alpha-hemolysin protein has been engineered into a biosensor in the Bayley lab. The protein shown here can detect divalent transition metal ions; the transmembrane pore contains an extracellular metal ion binding site. Click here to find out more about Faculty Research Interests Faculty Research Interests: Hagan Bayley Ph.D. , Harvard. Membrane protein assembly/engineering Geoffrey Kapler Ph.D ., Harvard. Replication initiator proteins, chromatin

19. Department Of Biochemisty & Immunology Back to SGHMS Home. CELLULAR AND MOLECULAR SCIENCES GROUP. Departmentof Biochemistry Immunology. Tel 44 20 8725 5770; 44 20 8725 5751. http://www.sghms.ac.uk/depts/immunology/bioimm.htm

CELLULAR AND MOLECULAR SCIENCES GROUP Tel: 44 20 8725 5770; 44 20 8725 5751 Fax: 44 20 8725 2992; 44 20 8725 3549 Back to Departments Page Back to SGHMS home Teaching The Department has teaching responsibilities on every year of the undergraduate MBBS Graduate Entry MBBS and BSc Biomedical Science courses, including lectures, tutorials, project supervision, organisation of modules and examinations. It also contributes to the course. The Intercollegiate MSc in Medical Immunology of London University is also co-ordinated from the Department. Professor Clemens is Course Director of the BSc Biomedical Science course and Professor Johnstone is Chair of Examiners. Dr Bashford is Vice-Dean of Undergraduate Medicine and Sub-Dean for Cycle 1 (Years 1 and 2 of the 5-year MBBS course). Professor Fisher teaches on the Intercalated BSc course in Tumour Biology offered by University College Hospital Medical School. Professor Hay is Chief Examiner and Chairman of the Board of Examiners for the MSc in Medical Immunology. Dr Poulton is Sub-Dean for Educational Technology with a major responsibility for web-delivery of teaching material. Dr Bashford is visiting examiner for Phase 1 of the undergraduate course at the Imperial College School of Medicine, Professor Johnstone is external examiner for the Royal Veterinary College (First BVet Med Part2) and Professor Clemens is external examiner for the University of Cambridge (2nd MB examinations). Several members of the Department also act as external PhD examiners at various universities. Professor Hay is External Examiner at University College London, for the MBBS, Basic Medical Sciences Parts I and II and teaches on the following external courses: Queen Mary and Westfield College - MSc in Clinical Microbiology; Brunel University MSc in Medical Genetics and Immunology; University of Surrey (Roehampton) MSc in Clinical Neuroscience and Immunology.

20. Lecture Biochemisty II Introduction to structure and dynamics of biomolecules. Lecture biochemistyII. Location INF 360, BotHS. Time Fridays, 8.15 9.45. http://www.iwr.uni-heidelberg.de/groups/biocomp/bcII/

Introduction to structure and dynamics of biomolecules Lecture Biochemisty II Location: INF 360, BotHS Time: Fridays, 8.15 - 9.45 This lecture course gives a grounding in methods and principles of protein and nucleic acid folding and structure, interactions between macro-molecules, X-ray crystallography, NMR spectroscopy, biomolecular modelling and simulation, solution biophysics and associated biochemistry. Jeremy Smith Introduction to Structural Biology Joerg Langowski Introduction to Nucleic Acid Structure ... Irmgard Sinning Introduction to Protein Structure Michael Sattler Basics of NMR Spectroscopy Joerg Langowski Interactions and Forces in Biomolecules ... Stefan Fischer Structural Change and Biomolecular Function Jeremy Smith How to Unboil an Egg Please send feedback to biocomputing@iwr.uni-heidelberg.de

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