61. MHHE: COOPERATIVE CHEMISTRY LABORATORY MANUAL, Second Edition This lab manual adopts a cooperative learning approach to mastering the general chemistry course. There is a description of lab techniques and their uses http://www.mhhe.com/catalogs/0072483636.mhtml

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62. 8/1/2003 -- Schoffstall: Microscale & Miniscale Organic Chemistry Lab Experiment Schoffstall Microscale Miniscale Organic chemistry lab Experiments, 2/e, 1. techniques in the Organic chemistry laboratory. http://www.mhhe.com/primis/catalog/pcatalog/SSTL2.htm

Schoffstall: Disciplines Chemistry Add link. If there is a View link next to an item, you can view the pages by clicking on the link. To review the list of items you have selected so far, click on the word Review in the progress bar above. Front Matter Add View 5 pp. Preface Add View 7 pp. Introduction Experiments Add View 100 pp. 1. Techniques in the Organic Chemistry Laboratory Add View 74 pp. 2. Spectroscopic Methods and Molecular Modeling Add View 38 pp. 3. Applications Using Laboratory Resources and Techniques Add View 8 pp. 4. Alcohols and Alkyl Halides Add View 8 pp. 5. Synthesis of Alkenes Add View 18 pp. 6. Alkene Addition Reactions Add View 6 pp. 7. Stereochemistry Add View 10 pp. 8. Introduction to Nucleophilic Substitution Reactions Add View 10 pp. 9. Dienes and Conjugation 271 Add View 9 pp. 10. Qualitative Organic Analysis I 281 Add View 8 pp. 11. Reactions of Aromatic Side Chains 290 Add View 25 pp. 12. Electrophilic Aromatic Substitution 298 Add View 28 pp. 13. Combined Spectroscopy and Advanced Spectroscopy 323 Add View 13 pp. 14. Organometallics 351 Add View 12 pp.

63. Chemistry For Engineers -- Chemistry Labs In the cooperative chemistry lab there are three technique labs where the students learn the skills and techniques required for the projects. http://www.uweb.ucsb.edu/~kwilson/labs.html

General Lab Cooperative Lab What is needed for chemistry labs? Quadrille Notebook with Carbon Paper Goggles Lab Manual Where to get these supplies? Notebook and Goggles The University Bookstore The Chemistry Club - booths are set up on the first floor of Physical Science Building North (PSBN), check back here for dates. Lab Manual Can be purchased on the bottom floor of the University Bookstore. When to get help from TA's? Check out the TA office hours to get help from the people who run the labs. LAB FINAL EXAM: Friday June 9: 4-5 PM, Rooms to be announced. General Chemistry Laboratory Chemistry Labs, 1AL, 1BL and 1CL all use different lab manuals with the same knowledge that you learn from your corresponding chemistry lecture. Before each time you go to your chemistry lab skim through the lab completely. Then answer all the labs pre-lab questions. After completing the questions write the rest of your pre-lab which includes a Synopsis, Equipment and Procedure. The general chemistry lab write-ups consist of answers to questions in the lab manual. They usually do not need to be typed, but some TA’s have been known to require typed write-ups. Cooperative Chemistry Laboratory The cooperative Chemistry labs are an alternative to the general chemistry lab that most of the freshman chemistry students take. In the cooperative chemistry lab there are three technique labs where the students learn the skills and techniques required for the projects. The technique labs are very similar to general chemistry labs, and in some cases are exactly the same as the general chemistry labs.

64. Science Jokes:3. CHEMISTRY : 3.4 IN THE LAB Practice performing simple giddiness lab techniques while sleeping. BIG PIG kcds1 NoSpam.Juno.com Q What s the most important thing to learn in chemistry? http://www.xs4all.nl/~jcdverha/scijokes/3_4.html

3. CHEMISTRY Subsections 3. chemistry - general 3.1 chemistry poetry 3.2 chemistry quotes 3.3 chemical puns ... 3.7 elements 3.4 IN THE LAB Index Comments and Contributions previous page chemistry Top of page Bottom of page Index Send comment ... Special Category: Top Reasons Top Ten ways to get thrown out of chemistry lab 10. Pretend an electron got stuck in your ear, and insist on describing the sound to others. 9. Give a cup of liquid nitrogen to a classmate and ask, "Does this taste funny to you?" 8. Consistently write three atoms of potassium as "KKK." 7. Mutter repeatedly, "Not again... not again... not again." 6. When it's very quiet, suddenly cry out, "My eyes!" 5. Deny the existence of chemicals. 4. Begin pronouncing everything your immigrant lab instructor says exactly the way he/she says it. 3. Casually walk to the front of the room and urinate in a beaker. 2. Pop a paper bag at the crucial moment when the professor is about to pour the sulfuric acid 1. Show up with a 55-gallon drum of fertilizer and express an interest in federal buildings. chemistry Top of page Bottom of page Index Send comment chemistry Top of page Bottom of page Index Send comment chemistry Top of page Bottom of page Index Send comment From: kkociba#NoSpam.magnus.acs.ohio-state.edu (Keith J Kociba) Chemists are the *cleanest* people you'll ever meet... they wash their hands even *before* they go to the restroom!

65. ReferenceResources:Chemistry aided learning resources for chemistry visualization of atomic, orbitals, 3D animations, interactive multimedia programs, organic lab techniques video, VRML http://www.kidinfo.com/Science/chemistry.html

Reference Resources: Chemistry Chemistry Sites All About Chemistry Links to sites about chemistry Cavalcade o' Chemistry A help desk for the kids: A search engine; tutorial links; resource links for teachers; a free database to chem labs, worksheets, activities, and handouts that teachers can use for free Chemical Elements.com An interactive Periodic Table of the Elements ; Choose any element to get basic chemical statistics such as density or atomic mass, plus historical information about its discovery Chemical Periodic Table Search and learn about the basic elements - SEARCHABLE by element name or symbol A site dedicated to Chemistry; a textbook (for educational value), chat rooms, newsgroups, listings of experiments, and other neat stuff (for fun) Designed with students in mind; information about MATTER, ELEMENTS, ATOMS, MATH, and REACTIONS ChemTeam Study resources for students in high school and Advanced Placement chemistry. No particular textbook is supported, but all standard areas of chemistry at these levels is covered

66. Chemistry groups, stereochemistry, spectroscopy, and theory of laboratory techniques. Prerequisites Chem 151, 161 — Fundamentals of chemistry I and lab, Chem 152, 162 http://www.dickinsonstate.com/Catalog_98/classes/chemistry.htm

Chemistry Discussion of current chemical literature and recent develop-ments in chemistry. Admission by consent of the department chair. Spring, odd years Development of techniques in the laboratory and introduction to chemical research. Approval by the department chair. S/U grading only Actual work experience in a chemistry-related field. The number of credits received is determined by the number of hours worked. This program is open only to Bachelor of Science majors and enrollment in the course is subject to approval of chemistry staff, department chair, and Vice President for Academic Affairs.

67. Protein Chemistry Lab Offers Workshop On Protein Technologies workshop June 1 and 2 offered by the Protein chemistry laboratory. The lab s techniques, described as newer, better and faster, are designed to accelerate http://www.tamu.edu/univrel/aggiedaily/news/stories/archive/052298-3.html

Protein Chemistry Lab Offers Workshop On Protein Technologies http://pcl.tamu.edu/ . To register, contact Sherrie Hughes by phone at 845-6252 or by e-mail sj-hughes@tamu.edu. AggieDaily Office of University Relations

68. Southern State Community College laboratory techniques and data analysis are emphasized. uCHEM 112 First Year chemistry lab II Corequisite CHEM 102 1 credit laboratory experiments which http://www.sscc.edu/Academics/course_desc/chemistry.htm

CHEMISTRY - CHEM A u preceding a course number indicates that the course is part of the transfer module. u CHEM 101 First Year Chemistry I Prerequisites: high school chemistry and algebra or their equivalents, or permission of the instructor Corequisite: CHEM 111 4 credits A first-year college chemistry course for science and engineering students. Provides a review of the basics: including measurements, atomic structure, periodic table, compounds, chemical formulas, chemical reactions, stoichiometry, and oxidation/reduction. Development of problem solving skills is emphasized. u CHEM 102 First Year Chemistry II Prerequisite: CHEM 101 or its equivalent Corequisite: CHEM 112 4 credits A continuation of CHEM 101. Provides in-depth coverage of atomic structure, chemical bonding, and valence shell electron pair repulsion theory. Additionally, the gas laws, intermolecular forces, solids and liquids, and solution chemistry are covered. u CHEM 103 First Year Chemistry III Prerequisite: CHEM 102 or equivalent Corequisite: CHEM 113 4 credits A continuation of CHEM 102. Topics include thermodynamics, chemical equilibria, acid-base chemistry, and electrochemistry.

69. Course Descriptions - Lansing Community College such as chemistry, premed, and pre-pharmacy) who require more than one credit of organic lab. It gives students experience with the chemicals, techniques, and http://www.lcc.edu/courses/descriptions/chem.htm

ACADEMICS AND CAREERS ADMINISTRATION RESOURCES ... Course Index Course Descriptions - Chemistry (CHEM) Prerequisite : Reading Level 5 and Writing Level 4 and Math Level 4 Introduces topics in general, organic, and biological chemistry that are used in health-related occupations. Included are scientific measurement, atomic structure and bonding, chemical equations and stoichiometry, solutions, acids, bases, buffers, gas behavior, nuclear radiation, organic functional groups, and the biologically important compounds: carbohydrates, lipids, and proteins. (F, Sp) CHEM 125 Basic Chemistry 4 Prerequisite : Reading Level 5 and Writing Level 4 and (Math Level 5 or MATH 107 Concurrently) Intended for students who have not had high school chemistry or who require a refresher course. Measurement, problem solving, chemical formulas, chemical equations, stoichiometry, atomic structure, chemical bonding, gas laws, solutions, and acids and bases are emphasized. (F, Sp, Su)

70. Chemistry & Biochemistry, USP CH 423 Physical chemistry laboratory I 2 semester credit hours 1 recitation / 4 lab hours, laboratory investigations emphasizing physical chemical techniques in http://www.usip.edu/chemistry/courses/4year.asp

Search Contact Us First Year Level Second Year Level ... Visit USP Fourth Year Level Course Descriptions CH 401 Seminar in Chemistry I 1 semester credit hour 1 hour Chemical and biochemical topics of current interest presented orally by students and invited guest speakers. Writing, speech, delivery and use of visual aids are critiqued. All biochemistry, chemistry, and pharmaceutical chemistry majors and other interested persons are invited to attend. (Prerequisite: Senior standing) CH 402 Seminar in Chemistry II 1 semester credit hour 1 hour Continuation of CH 401 (Prerequisite: Senior standing) CH 404 Literature of Chemistry 1 semester credit hour 1 conference hour The study of the nature and uses of the primary, secondary and tertiary literature of chemistry and biochemistry, and of modern information retrieval techniques. (Prerequisite: CH 212) CH 411 Medicinal Chemistry 3 semester credit hours 3 lecture hours A study of the biochemical mechanisms of drug action, to develop a rational approach to the analysis of drugs and their metabolites, and to the design of new drugs. (Prerequisite: CH 341) CH 412 Modern Theories of Organic Chemistry 3 semester credit hours 3 lecture hours Reaction mechanisms elucidated using kinetics, conformational analysis, and isotope labeling. Resonance, inductive and steric effects, Hammett equation, nucleophilic displacement reactions, aromatic substitution and rearrangements. (Prerequisite: CH 212)

71. UT Austin Chemistry & Biochemistry - Course Webpages CH339K Biochemistry I, Robertus, Russell. CH339L Biochemistry II, Ellington. CH341 lab techniques in Organic chemistry, Jones. CH353 Physical chemistry I, Kohl, Makarov. http://www.cm.utexas.edu/academic/courses.html

Summer 2004 Undergraduate Courses Instructor(s) Principles of Chemistry I Hance Jones Lagowski Murray Principles of Chemistry II Sparks Cowley Introduction to Chemical Practice Leytner Chemistry in Context I Fakhreddine Sparks Chemistry in Context II Murray Organic Chemistry Andrade Organic Chemistry Andrade Organic Chemistry Lab Fjetland Descriptive Inorganic Chemistry Jones Physical Chemistry I Bersuker Physical Chemistry Lab R. Shear Fundamentals of Analytical Chemistry McCord Graduate Courses Instructor(s) Proton and C13 Spectroscopy Shoulders Welch Web Administration Department of Chemistry and Biochemistry The University of Texas at Austin

72. Math/Science Chemistry Major/Physics Minor CHE 393, lab techniques, 1, CHE 493, lab Management, 1. PHI 300, Ethics and Values, 3, CHE 457, Physical chemistry II, 3. PHY 346, Mechanics, http://academic.wsc.edu/mathsci/chemistry/chemistry_physics.htm

Wayne State College Chemistry Where The Action Is Chemical Sciences Concentration With a Minor in Physics Suggested Course Sequence Freshman Year Fall Semester Spring Semester Course Course Credit Course Course Credit Number Description Hours Number Description Hours CHE 106 General Chemistry I CHE 107 General Chemistry II BIO 110 Biology Concepts MAT 140 Calculus PED 103 Lifestyle Assesment CNA 100 Prin. of Human Comm. ENG 102 Composition Skills CSC 112 Microcomputing Foreign Language World Cultures Total Credit Hours Total Credit Hours Sophomore Year Fall Semester Spring Semester Course Course Credit Course Course Credit Number Description Hours Number Description Hours CHE 314 Organic Chemistry I CHE 315 Organic Chemistry II CHE 305 Analytical Chemistry PHY 301 General Physics I ENG 150 Literature PED 203 Lifestyle Management HIS 120 World History CHE Electives ART 100 Visual Arts MUS 100 Introduction to Music Total Credit Hours Total Credit Hours Junior Year Fall Semester Spring Semester Course Course Credit Course Course Credit Number Description Hours Number Description Hours PHY 302 General Physics II CHE 380 Instrumental Methods HIS 150 US History CHE Electives Individual and Society PHY 393 Physics Lab. Techniques

73. Chemistry - Proffesor Mercedes Hernandez - CHM 1025 - Modern Chemistry - Lab INTRODUCTORY chemistry labORATORY MANUAL by Charles H. Corwin. correct formulas and the correct mathematical techniques. the beginning of the lab period you http://brandon.hcc.cc.fl.us/faculty/hernandez/chm1025l.htm

CHM 1025 - Modern Chemistry - Lab HILLSBOROUGH COMMUNITY COLLEGE MRS. MERCEDES HERNANDEZ BRANDON CAMPUS INSTRUCTOR SYLLABUS SUMMER II 2001 COURSE TITLE: CHM 1025 L MODERN C14ENESTRY LABORATORY 1 CREDIT COURSE: Accompanies CHM 1025. Topics include laboratory techniques, measurement, chemical reactions, abbreviated qualitative analysis, quantitative chemistry techniques, and gas law applications. A special fee will be charged for this course. PREREQUISITE: College level reading, writing, and math skills. Previous number for this course: CHM 1015 L COREQUISITE: CHM 1025 MATERIALS: SAFETY GLASSES ARE REQUIRED FOR ALL LABORATORY WORK!! Second Edition GENERAL INFORMATION: Each experiment counts 20 points. An experiment that take two periods counts 40 points. Lab reports are due one week later. You may hand them in ahead of time but not late unless an illness absence prevents it. In that case discuss it with the instructor. I want to remind you that scientific honesty is very important in experimentation. Many discoveries have been made when an experimenter did not get the results he expected. Please record what you observe not what you think or have read that you should get. If you get the wrong results try to figure out why you did. For instance, you spilled something or you left it exposed to the air too long. Lab work should be a learning experience coordinated with classroom work not just a mechanical performance of assigned tasks. You will not be penalized for not getting perfect results. However, you will be penalized for cheating. The results on the Advanced Study, must be correct. Also the experiment calculations must be done using the correct formulas and the correct mathematical techniques. At the beginning of the lab period you will receive detailed instructions concerning safety, experimental procedure and all pertinent calculations.

74. University Of Hawaii At Manoa 2003 - 2004 Catalog DP. CHEM 423 Synthesis Inorganic Compounds (2) (2 Lec, 2 3hr lab) Advanced lab techniques and descriptive chemistry of inorganic compounds. A–F only. http://www.catalog.hawaii.edu/courses/departments/chem.htm

Chemistry (CHEM) College of Natural Sciences Credit allowed for only one of CHEM 151, 161, 171, or 181A. CHEM 151 Elementary Survey of Chemistry (3) Nonrigorous but adequate background in fundamentals. Preparation for technical training in life sciences. DP CHEM 151L Elementary Survey of Chemistry Lab (1) (1 3-hr Lab) Experiments introducing laboratory techniques and illustrating chemical principles. Pre: 151 (or concurrent). DY CHEM 152 Survey of Organic and Bioorganic Chemistry (3) Structure, nomenclature, properties, reactions of organic compounds emphasizing those of practical importance in related fields. Pre: 151, 162, or 171. (Cross-listed as ENBI 152) DP CHEM 152L Survey of Organic and Bioorganic Chemistry Lab (1) (1 3-hr Lab) Techniques of preparation, purification, identification of organic compounds. Pre: 151L, 162L, or 171L; and 152 (or concurrent). DY CHEM 161 General Chemistry I (3) Basic principles of chemistry. Introduction to electronic structure, chemical bonding, solutions, kinetics, equilibrium, phases, and energy changes in matter. Pre: two years high school algebra, high school chemistry, and placement exam. DP CHEM 161L General Chemistry Lab I (1) (1 3-hr Lab) Laboratory experiments introducing techniques and fundamental principles of chemistry. Pre: 161 (or concurrent).

75. The Yale Center For Media Initiatives enroll in organic and general chemistry labs at Yale. As part of their curriculum, students are required to learn and then execute many lab techniques in their http://cmi.yale.edu/html/case_chemistry.html

CMI/ recent projects/ Chemistry Tutorials/ about the CMI recent projects YUAG I-9 Training ... Alfred Hitchcock Chemistry Tutorials/ Managing the Economy History and Memory From Glass to Sky Over Yale ... partners Title: Organic and General Chemistry Online Tutorials Authors: Professors Christine DiMeglio and Narasimhan Ganapathi, Yale Department of Chemistry Format: Online tutorials with streaming media Date: Fall 2003 Organic Chemistry Tutorials General Chemistry Tutorials the context Each year a few hundred undergraduate students enroll in organic and general chemistry labs at Yale. As part of their curriculum, students are required to learn and then execute many lab techniques in their experiments. Professors DiMeglio and Ganapathi submitted a proposal to videotape six procedures for students to use for study and reference purposes both in and outside the lab. the challenge For the professors who teach these procedures regularly, understanding how to perform them is second nature. An initial challenge was translating the procedures from their minds into a comprehensive shooting script. Since the professors wanted students to have access outside the lab, a second challenge was to step outside the idea of a standard videotaped demonstration to a more dynamic concept of streaming video housed online and accessible at any time.

76. Humboldt: Chemistry Courses For chemistry majors and others who require a rigorous treatment of solution equilibria and training in precise quantitative lab techniques. http://www.humboldt.edu/~catalog/courses/chem_crs.html

Chemistry LOWER DIVISION (3). Investigate chemical basis of issues affecting our lives. Topics may include chemistry of everyday consumer items; environmental issues; industrial chemistry; solar and nuclear power. GE area B. CHEM 105 - 106. Introduction to Chemistry (3-3). Two-semester sequence. Fundamental principles and quantitative relationships. 105: general/inorganic chemistry. 106: organic chemistry. For students in majors requiring a 1-year terminal chemistry sequence. Letter grade only. Prereq to 105: math code 30. Prereq to 106: 105 or 107 with C- or higher. Weekly each semester: 2 hrs lect, 3 hrs lab. CHEM 107. Fundamentals of Chemistry (4). Terminal course. Fundamental concepts/applications of general and inorganic chemistry. Letter grade only. Prereq: math code 30. Weekly: 3 hrs lect, 3 hrs lab. CHEM 109 - 110. General Chemistry (5-5) FS. Fundamental concepts: stoichiometry, gases, atomic theory, solutions, bonding, acid/base theory, equilibrium, kinetics, thermochemistry, aqueous equilibria, thermodynamics, electrochemistry, descriptive inorganic chemistry, qualitative analysis, and introduction to organic chemistry. For students in science, engineering, and related majors. Letter grade only. Prereq: math code 40. Prereq for CHEM 110: CHEM 109 with C- or higher. Weekly: 3 hrs lect, 6 hrs lab. (CAN CHEM 2 = 109; CAN CHEM 4 = 110)

77. 361Op - Organic Chemistry Lab Policy, Dr. Sundin, UW-Platteville in, chemistry 363 In the organic chemistry laboratory you many of the laboratory practices and techniques that are are no makeup or open labs for completing http://www.uwplatt.edu/~sundin/361/

Organic Chemistry Laboratory 361 Spring, 2001, 1 credit 317 Ottensman Hall Instructor: Dr. Sundin Office: 311 Ottensman Hall Phone 342-1015 Syllabus Introduction Chemistry 361 is the second semester of a two-semester sequence in organic chemistry laboratory. The prerequisite of Chemistry 361 is satisfactory completion of Chemistry 351 and satisfactory completion of, or concurrent registration in, Chemistry 363 In the organic chemistry laboratory you have the opportunity to see firsthand some of the relationships discussed in lecture as well as to become familiar with many of the laboratory practices and techniques that are used in the preparation, isolation, purification, and identification of organic compounds. Successful completion of the experiments during the laboratory period will require some previous planning. You should read the experiment, review basic concepts, and make a plan for the day before the laboratory period. A listing of the experiments and helpful hints are listed in the syllabus ). Your plan will be written in the laboratory notebook before coming to the laboratory. (Due to safety considerations, there are no make-up or open labs for completing experiments!)

78. Organic Chemistry Lab CHM 266 Although you will see some of these techniques in later lab courses, CHM courses where you will learn to function in a lab that does organic chemistry. http://www.ipfw.edu/chem/266/266Spring04/syl26604.htm

Organic Chemistry Lab CHM 266 Spring Semester, 2004 Science Building 451 8:00 AM - 11:00 PM MW Instructor: Dr. Maloney Offices: Science Building 432 Text: Introduction to Organic Laboratory Techniques a small scale approach , 1st Edition, by Pavia, Kriz, Lampman, and Engel, Saunders College Publishing, 1998 Lab Separates The Synthesis of A Superabsorbent Polymer , Charles M. Garner, Chemical Education Resources, 2000 Tentative Schedule of Experiments Changes may occur, but you will be given sufficient notice. Experiment Title Reference Oxidation of Cysteine to Cystine (Synthesis, 20 pt.) Handout, Technique 19.6 pp. 853-854 Multistep Synthesis (Synthesis, 40 pt.) Part 1 Coenzyme Synthesis of Benzoin Pavia, Exp. 40, pp. 365-369 Technique 19.4, pp. 846-850, Review GC-MS notes Part 2 Benzil Pavia, Exp. 41, pp. 369-371 Technique 19.5, pp. 850-853 Part 3 Tetraphenylcyclopentadienone Pavia, Exp. 46, pp. 395-397 Synthesis and Recrystallization of Adipic Acid (Synthesis 20 pt.) Handout Free Radical Chlorination (Analytical, 20 pt.) Handout, Review Technique 15, pp. 808 – 823

79. Sci.techniques.mass-spec Links Return to Sci.techniques.massspec page. Chromatography and Analytical chemistry Products. Analytical contract lab specializing in the analysis of bulk inorganic http://www.chemistry.gatech.edu/stms/links.html

Mass Spectrometry Links MS Companies General MS-related Links MS Listservers ... -spec page If you would like to add your link please let us know at mass.spec-request@chemistry.gatech.edu MS Companies Agilent GC, HPLC, and MS equipment AMD Intectra GmbH GC/MS and LC/MS high performance and benchtop magnetic sector mass spectrometers Analytical Precision Continuous flow machines for breath, carbonates, and D/H and O2 in waters Applied Biosystems API, Q TRAP, and Voyager series Bergmann Messgeraete Entwicklung (BME) TOF, electrospray , high resolution, high mass Bruker Electrospray , FTMS, TOF MS, mobile mass spectrometers CAMECA Manufacturer of SIMS instruments including NanoSIMS 50 ion microscope and other surface and interface analysis instruments Comstock TOF, ESA-TOF/MS, electron guns, electron monochromators Ferran Scientific, Inc. Micropole RGA and miniature high pressure MS for vacuum plasma processes and semiconductor manufacturing environments GenTech Scientific, Inc. Sales and Service of new and refurbished GC and GC/MS systems Grizzly Analytical Used LC/MS

80. Polymer Chemistry Lab Polymer chemistry lab 2318A Wean Hall (500 sq. facility) Map to this lab. In the Polymer laboratory, two techniques that are routinely used are solventcasting http://www.btec.cmu.edu/facilities/polymers/polymers_lab.htm

Home About People Research Facilities Education Tutorial BTEC Facilities Polymer Chemistry Lab 2318A Wean Hall (500 sq. ft. facility) Map to this lab Polymer Microsphere Preparation. Drugs and other growth factors have been incorporated into biodegradable polymeric microspheres for many years. In the Polymer Laboratory, we are using a single oil/water emulsion technique to encapsulate vascular reagents,a double water/oil/water emulsion technique to encapsulate growth factors, and a coacervation technique to encapsulate anti-tumor drugs into microspheres. Polymer Scaffold Fabrication. There are numerous protocols used to prepare porous polymer scaffolds for tissue engineering applications. In the Polymer Laboratory, two techniques that are routinely used are solvent-casting/ particulate-leaching and temperature-induced-phase-separation/freeze-drying. Polymer scaffolds with varying porosities, pore sizes and degradation rates are obtained. Both synthetic and native polymeric scaffolds are fabricated. We are also implementing novel "block-building" techniques to incorporate the multi drug-containing microspheres into tissue-engineered scaffolds.

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