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Molybdenum
- ChemGlobe – Molybdenum - Provides electronic, thermal and steric data of the element.
- Chemical Elements – Molybdenum - Contains basic information on the element including facts and details on it's composition.
- Environmental Chemistry – Molybdenum - Postings on the element’s atomic structure, chemical and physical properties, and table of nuclides.
- Jefferson Lab - Molybdenum - Contains primary physical and historical information about the element.
- Los Alamos National labs – Molybdenum - Posts history, sources, and properties of the element.
- LennTech – Molybdenum - Imparting knowledge to students on the element’s physical data, chemical properties, and health and environmental effects.
- United States Geological Survey - Molybdenum - Statistics and data on the international supply and demand of the element.
- ChemSoc – Molybdenum - Provides details on the element's chemical data, sources, uses, and ionization energies.
- Web Elements – Molybdenum - Comprehensive data on the element's discovery, uses, compounds and properties.
- National Academy of Sciences – Molybdenium - Overview on the element's radiochemistry. Contains table of isotopes and references.
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Elements >
Neodymium
- Azom - Neodymium - Information on the element's history, properties, and applications.
- ChemGlobe – Neodymium - Basic electronic, thermal, and steric data along with graphic chart on the element’s isotope.
- Chemical Elements – Neodymium - Contains fundamental data on atomic structure, configurations and isotopes of the element.
- Corrosion Source – Neodymium - Summarized history, properties, uses and physical information about the element made by industry professionals.
- Environmental Chemistry – Neodymium - Contains links for researchers on the element’s atomic structure, chemical and physical properties and table of nuclides.
- Jefferson Lab – Neodymium - Presents over-all physical and historical information about the element.
- Los Alamos National Labs – Neodymium - Details on history, production, properties and applications of the element.
- LennTech – Neodymium - Consists of physical data, chemical properties, and details on the element's effect on health and environment.
- ChemSoc – Neodymium - Information on the element's chemical data along with history and gallery of images.
- Web Elements – Neodymium - Encompassing information on uses, compounds and properties of the element as well as updates to links and scientific journals.
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Elements >
Neon
- ChemGlobe – Neon - Administers electronic, thermal, and steric data along with basic facts about the element.
- Chemical Elements – Neon - Contains rudimentary information and details on the element's atomic structure.
- Environmental Chemistry – Neon - Contains details on atomic structure, chemical, and physical properties of the element.
- CFC Startec - Neon - Consists of the element's computational data, uses and general information.
- Jefferson Lab – Neon - Provides physical and historical information about the halogen element.
- Los Alamos National Labs – Neon - Contains historical overview on the element's history, isotopes, and properties.
- LennTech – Neon - Gives out physical data, chemical properties, and details on health and environmental effects of the element.
- Pleasantridge – Neon - Overview on the gas element along with it's history and composition.
- ChemSoc – Neon - Provides fundamental and physical information of the element's sources and uses.
- Web Elements - Neon - Extensive data on the history, applications, abundance, and properties of the element.
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Elements >
Neptunium
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Elements >
Nickel
- ChemGlobe - Nickel - Periodic table archive for electronic, thermal, and steric data of the element.
- Chemical Elements – Nickel - Comes with the element’s basic data, atomic structure, configurations and isotopes.
- Environmental Chemistry – Nickel - Presents atomic and sub-atomic structure and chemical and physical properties of the element.
- Jefferson Lab – Nickel - Reference to physical and historical data of the element.
- Los Alamos National Labs – Nickel - Government laboratory cites sources, properties and uses of the element.
- LennTech – Nickel - Contains physical data, chemical properties, and details on the element's effect to health and environment.
- United States Geological Survey – Nickel - Statistical data on the element’s global supply and demand. Comes with archive of publications and related links.
- ChemSoc – Nickel - Repository of the element’s image, basic information, and details on it's key isotopes and ionization energies.
- Web Elements – Nickel - Comprehensive information on history, applications, occurrence, compounds formed and properties of the element.
- National Academy of Sciences – Nickel - Monograph thesis document by L. J. Kirby containing overview on the element's radiochemistry.
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Elements >
Niobium
- ChemGlobe – Niobium - Database provides element’s electronic, thermal, and steric information along with table of isotopes.
- Chemical Elements – Niobium - Dispenses fundamental information, atomic structure and isotopes of stated element.
- Environmental Chemistry – Niobium - Contains atomic structure, chemical and physical properties and table of nuclides.
- Jefferson Lab – Niobium - Gives out rudimentary physical and historical data of the element.
- Los Alamos National Labs – Niobium - States element’s history, sources, properties and unconventional uses.
- LennTech – Niobium - Lists physical data, chemical properties and health effects of the element.
- United States Geological Survey – Niobium - Comprises statistics and data on the worldwide supply and demand of the element.
- ChemSoc – Niobium - Details on the element’s uses, general data and ionization energies.
- Web Elements – Niobium - Publishes extensive information on history, uses, compounds, and properties of the element.
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Organic >
Research_Groups
- Research Laboratory in Fine Organic and Heterocyclic Chemistry - Provides concise descriptions of the research areas of organic synthesis, chemistry for life sciences and nanochemistry.
- Environmental Organic Chemistry and Technology Research Group - Contains short summaries of research areas ranging from environmental and analytical organic chemistry to clean technology.
- Fallis Research Group - Involved in research into the field of organic chemistry focusing on synthetic and medicinal chemistry, cyclophanes and allenophanes among others.
- The Feringa Group – Synthetic Organic Chemistry, University of Groningen - Majority of research focuses on nanotechnology and novel functional materials.
- The Finn Research Group – The Scripps Research Institute - Showcases research of viruses as molecular building blocks, organic chemistry, mass spectrometry and organometallic catalysis.
- Floss Research Group - Research interest lies in biosynthesis of natural products with focus on molecules produced by microorganisms.
- Francis Research Group - Provides brief explanations of researches in bioconjugation, tobacco mosaic virus and bacteriophage MS2.
- The Fu Research Group – Department of Chemistry Massachusetts Institute of Technology - Focuses on research in discovering new chemical reactivity, developing stereoselective processes and elucidating reaction mechanisms.
- Gevorgyan Group - Focuses research on discovering novel transition metal- and Lewis acid-catalyzed transformations and developing new catalytic methods.
- Ghosh Group – Chemistry Department College of Science Purdue University - Provides detailed information of researches in bioorganic and medicinal chemistry, total synthesis and asymmetric synthesis.
- Research Group Prof. Dr. R. Gleiter - Current topics in research cyclacenes, electron-rich alkynes, endohedral metal complexes and metal supported reactions with cycloprepenones.
- Glycoscience and Bioorganic Chemistry - Provides links to research themes like synthetic oligosaccharides, cyclodextrins, inhibitors, natural products and fluorescent probes.
- The Gouverneur Group – Department of Chemistry University of Oxford - Facilitates research in developing cutting-edge synthesis methods with special focus on asymmetric synthesis and catalysis.
- Gribble Group - Contains links to researches of palladium applications for heterocyclic chemistry; and other chemistry resources.
- The Hanessian Group – Department of Chemistry, University of Montreal - Brief summaries of researches in topics such as molecular chemistry and drug design, immunochemistry and drug targeting and RNA binding.
- Paul Hanson Research Group – University of Kansas Department of Chemistry - Provides brief introduction of research in new strategies to Diverse Heterocycles and Functional Oligomers.
- Harman Research Group - Overview of the research on dearomatization of arenes as a powerful method in organic synthesis.
- Research group Prof. Dr. Peter Hormann – University of Heidelberg Institute of Organic Chemistry - Emphasizes the use of catalysis in organic synthesis by means of transition metals.
- Howell Research Group – Department of Chemistry University of Connecticut - Provides brief information and illustrations of researches in methods development, total synthesis and chemistry and biology interface.
- The Hsieh-Wilson Lab – California Institute of Technology - Focuses on integrating organic chemistry with neurobiology.
- Richard Hsung Group – The University of Wisconsin Madison - Provides detailed illustration of various researches in natural product synthesis and synthetic methodologies among others.
- Tomas Hudlicky: Research Group – Department of Chemistry Brock University - Brief overviews of researches in the areas of green chemistry, amaryllidaceae alkaloids, morphine, inositols, electrochemistry and microbial hydroxylation.
- Department of Chemistry and Biochemistry – College of Chemical and Life Sciences - Provides links to various categories under the field of chemistry.
- Jacobi Research Group – Dartmouth College - Provides researches in cycloaddition reactions, electrocyclic chemistry, amino and paraconic acids, and linear and macrocyclic tetrapyrroles.
- Eric N. Jacobsen – Department of Chemistry and Chemical Biology at Harvard University - Investigates the various catalysis methods in organic synthesis.
- Jamison Group at MIT - Includes researches focusing on epoxide-opening cascades, carbon-carbon bond formation and target-oriented synthesis.
- The Janda Group - Illustrations and brief explanations of researches in various topics such as catalytic antibodies, immunopharmacotherapy.
- Jenks Group – Department of Chemistry Iowa State University - Concentrates on research in organic photochemistry, reactive intermediates, and sulfur chemistry.
- Johnson Research Group - Specializes in research in the field of synthetic organic chemistry.
- Johnston Research Group – Laboratory of Chemical Synthesis - Short descriptions of research areas in methodology, asymmetric catalysis and synthesis.
- Karuso Group – Bioorganic Chemistry and Chemical Biology - Concentrates on researching the applications of structural chemistry to biomedical or biological problems.
- The Katritzky Group - Provides chemical database for compounds synthesized by the group.
- Laura L Kiessling – Biochemistry University of Wisconsin-Madison - Specialization in biomolecular recognition processes and the chemistry and biology of protein saccharide interaction.
- Group of Prof. Dr. Paul Knochel - Research specialization in functionalized organo-magnesium reagents, zinc-compounds, copper compounds, asymmetric synthesis and iron and cobalt cross-coupling.
- Kobayashi Highly Functionalized Reactive Environments Project - Features outlines of research projects such as organic reactions in water and organic reactions in microreactors.
- Koskinen Group Home Page - Brief descriptions of the laboratory working environment and its history.
- The Kozlowski Research Group - Utilizes novel computational tools in discovering and optimizing new reagents and catalysts.
- Kozmin Laboratory - Aims at combining several complementary initiatives which includes catalytic reactions development, natural products synthesis and chemical libraries production.
- Krische Research Group - Focused on developing new synthetic methods applicable to natural products synthesis.
- Department of Chemistry – Iowa State University - Researches aimed at using palladium as catalyst in organic synthesis.
- Lautens Group – Department of Chemistry University of Toronto - Focuses on developing processes that result in the formation of carbon-carbon bond in bioactive compounds.
- Lectka Group at Johns Hopkins - Field of concentration is in the development of synthesis machines and asymmetric catalysis.
- William J. Leigh - Contains articles and pertinent summaries regarding the research of photochemistry and its subcategories.
- The Leighton Group – Columbia State University - Provides concise explanations of research in developing stereoselective reactions relevant to medicinal and natural products chemistry.
- Ley Group - Provides outlines and articles in the research subjects such as carbohydrate chemistry and application of enzymes in synthesis.
- The Linclau Research Group - Contains overviews of various research projects in total synthesis, modified carbohydrates and solid-supported reagents.
- The Research Group of Benjamin List - Introduces the concept of “perfect chemical reactions” that yield 100% in product synthesis without requiring toxic solvents.
- The Little Group – Department of Biochemistry at UCSB - Provides overviews of research interests in developing, using and understanding new reactions and strategies in the synthesis of bioactive products.
- The Lloyd-Jones Research Group - Expertise in the areas of labeling isotopes, stereodynamics, advanced NMR techniques an kinetics.
- Lobo-Prabhakar Research Group - Features resumes of previous researches in synthesized molecules, isolated compounds, patents, synthetic methods and theoretical chemistry.
- Willliam D. Lubell Research Group - Provides illustrations of chemical reactions involved in the research of peptide mimicry, combichem, amino acids ligands and solid-phase chemistry.
- The MacMillan Group – Princeton University - Pertinent information of the research group and links to affiliate departments and other research group.
- The Magnus Group – The University of Texas at Austin - Presently works on synthesizing antitumor marine alkaloid diazonamide with the use of a newly discovered phenolic ether rearrangement.
- The Marshall Group – University of Virginia’s Department of Chemistry - Brief introduction of group’s research in producing natural products that may lead to medicinal agents for treating various illnesses.
- The Stephen F. Martin Research Group - Introduces the research’s main thrust in synthesizing natural and unnatural products with biological or structural interest.
- The Maruoka Group, Department of Chemistry, Graduate School of Science, Kyoto University - Research abstracts in Practical Amino Acid, Practical Asymmetric and Selective Organic synthesis.
- J.L. Mascareñas Group Page - Aims at discovering new technologies and strategies in synthesis based on catalytic reactions.
- Matzger Research Group – University of Michigan - Emphasizes research in the field of organic materials chemistry.
- Prof. Dr. Herbert Mayr - Provides database of reactivity parameters of electrophiles and nucleophiles.
- McElwee-White Research Group - Offers research in the use of organometallic chemistry to problems in materials removal, methodology for organic synthesis and catalysis.
- McGarvey Lab – Organic Synthesis Group - Focuses on developing new chemistry for the synthesis of complex carbohydrates.
- McIntosh Research Group - Provides details of research projects involving topics such as natural products total synthesis and synthetic methods development.
- McNeill Research Group – University of Minnesota Department of Chemistry - Research is geared towards understanding key chemical processes of current environmental problems.
- Mohler Group – Department of Chemistry James Madison University - Features overviews of various research in DNA cleavage and footprinting, protein side chains and glycoproteins.
- Molinski Group - Short descriptions of various research in organic and biological chemistry focusing on marine natural products.
- Montgomery Group - Focuses on discovering and developing new chemical reactions mostly with processes involving transition metal catalysis.
- Prof. Dr. Klaus Müllen - Presents research on macromolecular chemistry and material science.
- Mulzer Group - Shows illustrations and brief explanations of research topics such as stereoselective organic reactions and natural produce syntheses.
- Myers Research Group - Compilation of various researches in chemical compounds such as Stephacidin B, Tetracyclines and Saframycin.
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