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  • ChemWeb.com Updates Website Features
  • Chemistry jobs outlook still dim, but salaries rise, C&EN reports
  • Universities Attack Terror Plans
  • Purdue, Vanderbilt scientists develop new cancer detection technique
  • CAS announces the release of SciFinder Scholar for Mac OS X
  • Little Change In Hiring For New Graduates
  • Catherine Hunt ACS President-Elect
  • EU OKs chemical safety controls
  • Bush Names National Medalists
  • Chinese City Suspends Water Supply
  • Sustainable Chemistry Strategic Research Agenda brings Innovative Solutions to Societal Demands
  • Ice Core Record Extended
  • Crystal Sponges Excel At Sopping Up Carbon Dioxide
  • RSC Launches Chemical Biology
  • Boxer is first dog to have full genome revealed
  • Ozone Hole Recovery May Be Delayed
  • REACH Is Adopted By European Union Arm
  • Panel Further Discredits Stem Cell Work of South Korean Scientist
  • Elsevier MDL and TEMIS provide a unique, innovative chemical information solution
  • BASF in $4.9 bln hostile bid for Engelhard
  • ChemAxon's 2006 User Group Meeting - May 30-31: First call for papers
  • Stardust spacecraft lands successfully in Utah
  • ChemAxon UGM - Changed dates - Now June 7-8th, 2006
  • ACS Chemical Biology Launches
  • Tracking Prions
  • Caltech Researchers Achieve First Electrowetting of Carbon Nanotubes
  • ChemAxon's 2006 User Group Meeting - June 7-8th, Budapest : Second call for papers
  • ACD/Labs Announces the Release of Version 9 of Web Librarian
  • Thriving chemistry department faces closure
  • Wiley Launches Wiley Registry of Mass Spectral Data, 8th Edition
  • Beilstein Journal of Organic Chemistry included in PubMed Central
  • Chemistry: the video game
  • Using Probes To Control Chemistry - Molecule By Molecule
  • Corrections to FRAP diffusion constants in presence of immobile buffer
  • BIO-RAD WEB SEMINARS IN SPECTROSCOPY, CHROMATOGRAPHY, ADME/TOX AND METABOLOMICS
  • Sussex votes to save chemistry
  • Bruce Merrifield, Nobel Prize-winning biochemist, dies at 84
  • Chemist refining dipstick to test for caffeine in coffee
  • Neptune's Medicine Chest
  • Use Chemistry To Tap Solar Power, Professor Says
  • One small step for Soft Matter...one giant leap for interdisciplinary research
  • New ACD/ChemSketch Freeware—Chemical Structures at Your Fingertips
  • Chemists Make Tiny Molecular Rings With Big Potential
  • ChemWeb Office Opens in Riverside , RI
  • ACD/Labs Announces LC/MS Project Management Software for Chromatographic Method Development
  • Bioinorganic Chemistry and Applications: Special Issue on Antibiotic Resistance and Metallo-beta-lactamases
  • Antibiotic Resistance and Metallo-beta-lactamases
  • Thermo Fisher Scientific’s New ETD Mass Spectrometry Technology Wins Silver Award at PITTCON 2007
  • 6th Winter Symposium on Chemometrics (WSC-6)
  • CAS CELEBRATES 100TH ANNIVERSARY
  • Copolymers Block Out New Approaches To Microelectronics
  • OSHA Targets Chemical Plants
  • Chemistry student wins award for inspiring youth
  • New Window Opens on the Secret Life of Microbes: Scientists Develop First Microbial Profiles of Ecosystems
  • More and More Researchers are ‘Revisiting the Rule-of-5’
  • Nanoparticle fear over anti-odour socks
  • Conformational change of proteins probed by laser spray
  • Crippled Wings, Missing Feelers
  • Spending on Printed and Thin Film Electronics Goes Beyond Conventional Silicon, Reaching up to $1.58 Billion in 2008
  • Call-for-Papers for the 10th International Conference on CO2 Utilization 2009
  • InhibOx and the National Foundation for Cancer Research launch DrugFinder, a free virtual screening service
  • 2008 Nobel Prize in Chemistry
  • UV Adhesive Is Flexible yet Strong
  • Structure Of Enzyme Against Chemical Warfare Agents Determined
  • New Catalyst Paves The Path For Ethanol-powered Fuel Cells
  • BASF And Monsanto Formalize Agreement To Develop Dicamba-Based Formulation Technologies
  • EPA's chemical evaluation process 'high-risk'
  • Organic Chemist Receives Top Young Canadian Scientist Prize
  • High Pressure Yields Novel Single-element Boron 'Compound'
  • Fluorescent tags to see catalysts in action
  • Accidental Discovery Has Potential To Keep Food And Drugs Safer And Fresher Longer
  • Software speeds up molecular simulations
  • Inner Workings Of Photosynthesis Revealed By Powerful New Laser Technique
  • Molecular thermometer takes cell temperature
  • New Technique Boosts Protein NMR Imaging Speeds
  • Tailor-made recombinant proteins in mammals
  • Test Tube Chemistry Inside A Carbon Nanotube
  • Making biofuels the chemical way
  • Novel Metabolite ID and synthesis service
  • New Silver-based Ink Has Applications In Electronics
  • (No) twist in the tale for icefish protein
  • Could Nanotechnology Make An Average Donut Into Health Food?
  • Obama signs off on billions of dollars for research
  • New Method To Eliminate Ibuprofen From Polluted Waters Using Ultrasound
  • Calcium caught in an inverse sandwich
  • Chemists Offer New Hydrogen Purification Method
  • The medical power of attraction
  • European Satellites Provide New Insight Into Ozone-depleting Species
  • More data from mixtures via NMR
  • Gold-palladium Nanoparticles Achieve Greener, Smarter Production Of Hydrogen Peroxide
  • Inorganic crystals turned into tubes
  • First Measurement Of The Ability Of A Very Long Molecular Wire To Conduct Electric Current
  • Polymer crossroads act as tiny reactors
  • European Satellites Provide New Insight Into Ozone-depleting Species
  • Super battery could power electric cars
  • Metal Discovered To Become Transparent Under High Pressure
  • Bacteria generate cleaner power and water
  • First Measurement Of The Ability Of A Very Long Molecular Wire To Conduct Electric Current
  • Nanodumbbells target cancer cells
  • Shellfish And Inkjet Printers May Hold Key To Faster Healing From Surgeries
  • Polymer's coats multi-task in drug delivery
  • Water Acts As Catalyst In Explosives
  • Time to put the kettle on?
  • 'Ice That Burns' May Yield Clean, Sustainable Bridge To Global Energy Future
  • First auto carbohydrate synthesiser
  • Chemists Create More Efficient Palladium Fuel Cell Catalysts
  • Water goes with a bang
  • Proteins By Design: Biochemists Create New Protein From Scratch
  • Making fish fluoresce for mercury detection
  • New Form Of Destructive Terrorist Material Unlikely, Chemists Report
  • Magnets control drug release
  • Chemists Create Bipedal, Autonomous DNA Walker
  • Biological battery powers up
  • New Model For Drug Discovery With Fluorescent Anesthetic Demonstrated
  • New dye design for solar cells
  • Pentagonal Ice Discovered: Could Be Used To Modify Weather
  • Natural biomarker can signal cancer
  • Electronics: Keeping The Heat Down
  • Working together to spot cancer
  • Carbon Dioxide Transformed Into Methanol
  • Mass spec pinpoints flu virus types
  • Origins Of Maya Blue In Mexico
  • New method reveals small molecule-RNA conjugates
  • New Way To Distinguish Cancerous From Normal Cells
  • Survival of the fittest
  • Two Highly Complex Organic Molecules Detected In Space
  • Metal toughens up spider silk
  • Chemists Make New Chiral Palladium Metal
  • Attracting a mate, nano-style
  • Solving The Chalk Mystery To Generate Billions In Additional Income For Oil Industry
  • World's first 'naked' uranium-transition metal bond formed
  • Synthesis With A Template
  • Efficient solar cells could work in tandem
  • Storing A Lightning Bolt In Glass For Portable Power
  • Organic compound comes to the aid of thirsty plants
  • Battery-powered Vehicles To Be Revolutionized By New Technology
  • Polymers feel the force
  • Physicists Create World's Smallest Incandescent Lamp
  • Polymers release insulin in response to glucose trigger
  • Particles, Molecules Prefer Not To Mix
  • Pulling membranes off cells
  • Chemists Discover Rare Rydberg Molecule With 'New' Type Of Bonding
  • Holography generates porous crystals
  • How Oil Gets Stuck Underground In Inaccessible Places
  • Two metals better than one for fuel cell catalysts
  • Synthetic Catalyst Mimics Nature's 'Hydrogen Economy'
  • Carbon electrodes help form high capacity lithium-sulfur batteries
  • Plastic That Grows On Trees
  • Chemical pollution gets personal
  • Drug Deliver With Nanotechnology: Capsules Encapsulated
  • Catalyst kinetics revealed
  • How Solid Is Concrete's Carbon Footprint?
  • Wine's chemical memory
  • Buckyball Computer Simulations Help Team Find Molecular Key To Combating HIV
  • Toxic mushroom molecule discovered
  • Synthetic Catalyst Mimics Nature's 'Hydrogen Economy'
  • A good egg
  • Quicker, Cheaper SARS Virus Detector -- One Easily Customizable For Other Targets
  • New probe promises ozone answers
  • Scientists Create Metal That Pumps Liquid Uphill
  • Instant insight: Rewriting the genetic code
  • Materials Science: Metals With Diamonds
  • Natural quasicrystals discovered
  • Chemical Fingerprint Of Barrett's Esophagus Identified
  • New Chemical Element In The Periodic Table
  • 'Implausible' Chemistry Produces Herbicidal Compound
  • The case for using green solvents in HPLC
  • Magnetic Super-atoms Discovered
  • Expanding waste to reduce waste
  • New Mass Spectrometric Method Allows Fast And Comprehensive Analyses Of Metabolites
  • Printing artificial cells
  • Chemists Form World's Smallest Droplet Of Acid
  • Chemical speed-dating even faster
  • A Pet's Bite Can Pass on MRSA
  • New Biochips Anchor Proteins In Gel
  • EPA halts its chemical review effort
  • Feather Fibers Fluff Up Hydrogen Storage Capacity
  • White phosphorus tamed
  • Giant Molecules Made Of Rydberg Atoms Discovered
  • DNA-in-the-box
  • Stirred, Not Shaken: Bio-inspired Cilia Mix Medical Reagents At Small Scales
  • Probing protein aggregation
  • New Method To Encapsulate Substances In Nanospheres
  • Where the sun does most damage
  • Single Molecules As Electric Conductors
  • The science of longer lasting lager
  • Method To Efficiently Produce Less Toxic Drugs Using Organic Molecules
  • The achiral key to life
  • Researchers Find A Quicker, Cheaper Way To Sort Isotopes
  • Getting a look at water wires
  • 'Copernicium' Proposed As Name For Newly Discovered Element 112
  • Multicomponent reactions step up a gear
  • Chemists Say Antibody Surrogates Are Just A 'Click' Away
  • No scars with healing nanosheet
  • Understanding Quantum Turbulence: Controllable Formation Of Quantum Turbulence In Ultra-cold Atom Gas
  • Researchers form first liquid protein
  • Dr. Thomas M. Connelly, Jr. to Receive the 2009 Henry F. Whalen, Jr. Award for Business Development & Management
  • New Blue Light Nanocrystals Could Help Mitigate Global Warming
  • New drug turns Alzheimer's theory on its head
  • Transparent Aluminum Is ‘New State Of Matter’
  • From methane to liquid gold
  • Plastics That Convert Light To Electricity Could Have A Big Impact
  • Organic aerosol mystery solved
  • Chemists Discover Ozone-boosting Reaction: Newfound Chemistry Should Be Added To Atmospheric Models, Experts Say
  • New catalyst for methane to methanol
  • Muscular Protein Bond -- Strongest Yet Found In Nature
  • New Microchip Technology Performs 1,000 Chemical Reactions At Once
  • 'Chemical nose' sensor sniffs blood protein profile
  • Newly Found DNA Catalysts Cleave DNA With Water Molecule
  • Nitrous oxide key ozone destroyer
  • Scientists First To Image 'Anatomy' Of A Molecule
  • A spoonful of sugar helps the medicine go down
  • Bio-enabled, Surface-mediated Approach Produces Nanoparticle Composites
  • Mechanised nanocapsules target drug delivery
  • Ibuprofen From Oil? Researchers Apply An Ecological Process
  • Two-pronged approach to RNA binding
  • Organic Electronics A Two-way Street, Thanks To New Plastic Semiconductor
  • Bacteria Used To Make Radioactive Metals Inert
  • Just heat and heal
  • Drug Delivery System Using Nanoparticles And Lasers Developed
  • All that is small is not nano
  • Looking Deeply Into Polymer Solar Cells
  • Researchers Prolong Half-life Of Biopharmaceutical Proteins: Biotech Innovation Could Extend Dosing Intervals, Simplify Production
  • Allergic to work?
  • New X-ray Technique Illuminates Reactivity Of Environmental Contaminants
  • Enzymes inspire new catalyst design for hydrogen production
  • Superheavy Element 114 Confirmed: A Stepping Stone To The 'Island Of Stability'
  • US budget bears good news for chemistry
  • Secrets Of The Sandcastle Worm Could Yield A Powerful Medical Adhesive
  • Tiny droplets help separate tiny samples
  • Licence To Go Where No Chemist Has Gone Before
  • Element 114 confirmed
  • New Nanochemistry Technique Encases Single Molecules In Microdroplets
  • Scrubbing out acid rain
  • To Peer Inside A Living Cell: Quantum Mechanics Could Help Build Ultra-high-resolution Electron Microscopes
  • Instant insight: Self-healing at the nanoscale
  • Nanometric Butterfly Wings Created
  • Nobel Prize for Chemistry: Cambridge laboratory celebrates fourteenth win
  • Toward Better Solar Cells: Chemists Gain Control Of Light-harvesting Paths
  • New catalyst converts waste CO2 to useful molecules
  • Magnetic Nanotags Spot Cancer In Mice Earlier Than Methods Now In Clinical Use
  • New route to amino acids
  • Magnetic Nanotags Spot Cancer In Mice Earlier Than Methods Now In Clinical Use
  • Colourful polymers on demand
  • Unusual Metals Could Forge New Cancer Drug
  • Conducting MOFs make membranes for fuel cells
  • Smallest Electronic Component: Researchers Create Molecular Diode
  • A piece in the puzzle of bismuth toxicology
  • Synthetic Cells Shed Biological Insights While Delivering Battery Power
  • Methane all bound up
  • Seeing Previously Invisible Molecules For The First Time
  • New evidence for toxic effects of inhaled nanotubes
  • Magnetic Mixing Creates Quite A Stir
  • Ionic liquids share ions for the common good
  • New Artificial Enzyme Safer For Nature
  • Two metals are better than one
  • Laser-plasma Accelerators Ride On Einstein's Shoulders
  • Efficient Eucalyptus chemistry
  • Mimicking Nature, Scientists Can Now Extend Redox Potentials
  • New treatment hope for lupus patients
  • Art Restoration: Technique Removes Old Polymer Layers From Sensitive Historic Artworks
  • Enzyme binds both sides of the mirror
  • How Size Matters For Catalysts: Study Links Size, Activity, Electronic Properties
  • Silver coating gets gold star
  • Right First Time: Pioneering New Methods Of Drug Manufacture
  • Structural snapshots of complex molecules
  • NASA Reproduces A Building Block Of Life In Laboratory
  • Green tea prevents kidney stones
  • Tiny Bubbles Clean Oil from Water
  • Bacteria turn carbon dioxide into fuel
  • Researchers Find Reliable, Mess-Free Way to Grow Graphene
  • Chinese NASDAQ brings little to chemicals industry
  • Polymer With Honeycomb Structure: Sscientists Synthesize Graphene-Like Material
  • Breathe easy for cancer diagnosis
  • Accidental Discovery Produces Durable New Blue Pigment for Multiple Applications
  • Non-protein antifreeze helps Arctic beetle chill out
  • Hydrogen-Economy on the Way? New Hydrogen-Storage Method Discovered
  • The future of solar cells changes shape
  • 24-Carat Gold 'Snowflakes' Improve Graphene's Electrical Properties
  • Colour change test for arsenic
  • 'Smell of Old Books' Offers Clues to Help Preserve Them
  • Chemical barcodes made from MOFs
  • Research Sheds Light on Workings of Anti-Cancer Drug
  • Bio-inspired catalyst design could rival platinum
  • Absorbing Hydrogen Fluoride Gas to Enhance Crystal Growth
  • Calls for US chemicals reform
  • Chemists Create Class Of Carbenes Used To Make Catalysts
  • Breaking the strongest bonds
  • Thermochemical Nanolithography Now Allows Multiple Chemicals on a Chip
  • Floating colloid carpets
  • Scientists Film Photons With Electrons
  • Nanoscale 3D imaging in a single shot
  • Thermochemical Nanolithography Now Allows Multiple Chemicals on a Chip
  • Single catalyst gives two products from racemic mixture
  • New insights into mushroom-derived drug promising for cancer treatment
  • Opening the gate for molecular electronics
  • Lithium-Air Batteries Could Displace Gasoline in Future Cars
  • Copenhagen: after the circus
  • Enzymes do the twist
  • New Solvent Technologies to Replace Use of Harmful Toxic Acids
  • Upgrading biomass to gasoline
  • Paper Strips Can Quickly Detect Toxin in Drinking Water
  • Photocatalyst sees the light
  • 'Nanodragster' Races Toward the Future of Molecular Machines
  • Capturing carbon with copper
  • Scientists Create Super-Strong Collagen
  • Bending the rules for arynes
  • Copper-Free Click Chemistry Used in Mice
  • Disilicate synthesis success
  • Watching Crystals Grow Provides Clues to Making Smoother, Defect-Free Thin Films
  • Biosuccinic acid ready for take off?
  • Surprising Discovery: X-Rays Drive Formation of New Crystals; Crystals Resemble Some Biological Structures
  • Boron cluster forms unique ring system
  • Study Documents Reaction Rates for Three Chemicals With High Global Warming Potential
  • Cracking carbon-carbon bonds
  • Atoms and Molecules: Using Magnetic Toys as Inspiration, Researchers Tease out Structures of Self-Assembled Clusters
  • Self-healing polymers prolong lubricant lifetime
  • Theoretical Model Clarifies the Low-Temperature Phase Behavior of Liquid Water
  • Ketene comes in from the cold
  • Chemists Discover How Antiviral Drugs Bind to and Block Flu Virus
  • Broccoli sprouts slow cancer development
  • Super Material Will Make Lighting Cheaper and Fully Recyclable
  • More pharma R&D budget cuts
  • Ultra-Cold Chemistry: First Direct Observation of Exchange Process in Quantum Gas
  • Ferroelectrics without the twist
  • Chemists Create Synthetic 'Gene-Like' Crystals for Carbon Dioxide Capture
  • DNA sequencing on a chip
  • Scientists Unlock Mystery in Important Photosynthesis Step
  • First sugars needed silicates to survive
  • Stellar, Metal-Free Way to Make Carbon Nanotubes
  • Biofuels without the blend
  • How ATP, Molecule Bearing 'the Fuel of Life,' Is Broken Down in Cells
  • Bacterial mix sweetens biodrug synthesis
  • Glue, Fly, Glue: Caddisflies' Underwater Silk Adhesive Might Suture Wounds
  • Hydrocarbon turns superconductor
  • Polarised light sends fibres in a new direction
  • Scavenging Energy Waste to Turn Water Into Hydrogen Fuel
  • Enzymes power molecular logic
  • Layered Graphene Sheets Could Solve Hydrogen Storage Issues
  • Chemoselectivity goes with the flow
  • DNA Nanotechnology Breakthrough Offers Promising Applications in Medicine
  • Infrared spectroscopy aids cancer diagnosis
  • Designer Nanomaterials on Demand: Scientists Report Universal Method for Creating Nanoscale Composites
  • Drinking water from sunlight and seawater
  • Making Car Fuel from Thin Air
  • Stem cells find their polystyrene niche
  • Chemistry Discovery May Revolutionize Cooking Oil Production
  • Zinc rivals platinum in the fight against cancer
  • Using Computational Chemistry to Create 'Designer Molecules' for Industry
  • Hold the Salt: Engineers Develop Revolutionary New Desalination Membrane
  • Inexpensive Highly Efficient Solar Cells Possible
  • Carbenium ions revealed
  • Scientists Create 'Molecular Paper' -- Largest Two-Dimensional Polymer Crystal Self-Assembled in Water
  • Lead joins the aromatic ring club
  • Long Polymer Chains Dance the Conga: New Model of Motion of Molecules That Give Cells Structure
  • Methane oxidising enzyme mystery solved
  • Inspired by a Cotton Candy Machine, Engineers Put a New Spin on Creating Tiny Nanofibers
  • Vodka's molecular cocktail
  • Single-Molecule Manipulation for the Masses: New Technique Offers Dramatic Improvements in Throughput and Cost
  • Antibacterial nanoparticles from bacteria
  • Absence of Organic Compounds on Surface of Mars Explained by New Theory
  • Controlling catalytic reactions
  • Super-Complex Organic Molecules Found in Interstellar Space
  • First graphene touchscreen
  • For Platinum Catalysts, Smaller May Be Better
  • Super spiky solar cells
  • Unpeeling Atoms and Molecules from the Inside out
  • Stripping down the carbon storage problem
  • Predicting Nanoparticle Structures: Standard Chemical Reactions Show the Way
  • Microbial World's Use of Metals Mostly Unmapped
  • Designing porous patterns
  • Waste Fat from Frying Fuels Hydrogen Economy
  • Recycling CO2 to make plastic
  • For the First Time Ever, Scientists Watch an Atom's Electrons Moving in Real Time
  • China tackles major oil spill
  • Magnetic Molecular Machines Deliver Drugs to Unhealthy Cells
  • Non-metal-catalysed C-C coupling
  • How to Count the Messenger Out: Mapping the Structure of Protonated Water Clusters
  • A better way to add radioactive fluorine
  • Chemists Develop Simple Technique to Visualize Atomic-Scale Structures
  • First steps of water condensation observed
  • Structure That Allows Bacteria to Resist Drugs Identified
  • Salmonella's secret weapon
  • New 'Light Switch' Chloride Binder Developed
  • Structure dictates glycan story
  • Carbon Nanoobjects to Facilitate the Construction of Futuristic Power Sources
  • Flowery magnetic microspheres clean water
  • Physicists Control Chemical Reactions Mechanically
  • On-off catalyst mimics enzyme function
  • New Type of Liquid Crystal Promises to Improve Performance of Digital Displays
  • Trio share Nobel for palladium-catalysed cross-coupling
  • Chemists Simplify Biodiesel Conversion
  • Peptide balls prove stiffer than steel
  • Can You Analyze Me Now? Cell Phones Bring Spectroscopy to the Classroom
  • DNA strides into organic synthesis
  • Striding Towards a New Dawn for Electronics
  • Aerosol theory solidifies
  • Artificial White Light Becomes Eye-Friendly
  • Making fuels from biomass waste
  • Plastics and Nanoparticles -- The Perfect Combination
  • Red mud could prompt chemical rule review
  • Everything Evaporates, but How?
  • Enzymes - a new ingredient for marine paint?
  • Light on Silicon Better Than Copper?
  • Nanoparticles make leaves glow
  • Storing Thermal Energy in Chemical Could Lead to Advances in Storage and Portability
  • Playing games with enzymes
  • Uranium in Groundwater? 'Fracking' Mobilizes Uranium in Marcellus Shale
  • Pepper plant provides drug hope
  • Organic Solvent System May Improve Catalyst Recycling and Create New Nanomedicine Uses
  • Single molecule magnets line up
  • Pivoting Hooks of Graphene’s Chemical Cousin Could Revolutionize Work of Electron Microscopes
  • Kiss of death for cancer cells
  • Phenomenal Fabric: How Can a Cloth Clean Up Toxic Waste?
  • Hydrogen bond set to be redefined
  • Corn Starch Solution Can Help Shape Solid Materials
  • Nanofibres defuse explosives
  • Taming Thermonuclear Plasma With a Snowflake
  • Inhaled nanoparticles, from there to where?
  • Engineered Plants Make Potential Precursor to Raw Material for Plastics
  • Sulfur story unearths oxygen environment
  • Step by Step Towards Tomorrow’s Nanomaterial: Swiss Researchers Fabricate Graphene-Like Materials Using Surface Chemical Route
  • Nanostructured Materials Repel Water Droplets Before They Have a Chance to Freeze
  • Temperature breakthrough for hydrogen storage
  • New Method for Studying Molecules Discovered
  • The medicine's in the (wine) bottle
  • Improving Ammonia Synthesis Could Have Major Implications for Agriculture and Energy
  • A tattoo to monitor health
  • Chemists Design Molecule That Responds to Stimuli
  • Mimicking nature's leaving group
  • Three-Dimensional Chemistry Demonstrated by Grinding Powder
  • Micro organ system to test cancer drugs
  • Light Touch Brightens Nanotubes: Scientists Find a Little Ozone Goes a Long Way for Fluorescence
  • Microfluidics to fight cholera
  • Chemical Coarsening: How the Big Get Bigger
  • Propelling ionic liquids
  • Diamond Detectors Provide a Glimpse Into Artificial Suns
  • Breaking news for the CO bond
  • Atomic Weights of 10 Elements on Periodic Table About to Make an Historic Change
  • Vodka taste test tiff
  • Nanotechnology: Tiny Channels Carry Big Information
  • Measuring the strength of garlic
  • Your Genome in Minutes: New Technology Could Slash Sequencing Time
  • Atomic weights change to reflect natural variations
  • Discovery of New Molecule Could Lead to More Efficient Rocket Fuel
  • Cellulose catalyst rewrites rules of attraction
  • A Methane-Metal Marriage: Scientists Insert Metal Atoms Into Methane Gas Molecules
  • Ferrofluids help you see better
  • Impregnating Plastics With Carbon Dioxide
  • A chemical regulation comes of age
  • Functionally Graded Shape Memory Polymers Developed
  • Macromolecules from miniature templates
  • Researchers Developing Bio-Based Polymers That Heal Cracks
  • New molecule could propel rockets
  • Polymer Membranes With Molecular-Sized Channels That Assemble Themselves
  • Sensors in the blood
  • Chemists Develop Fully Biodegradable and Recyclable Synthetic Resin
  • Palladium helps gold catalyst go green
  • Light Can Control Electrical Properties of Graphene
  • Nuclear forensics
  • NASA Mars Rover Will Check for Ingredients of Life
  • Chemists separate water isomers
  • Nanoscale Transistors Used to Study Single-Molecule Interactions
  • Novel nanoparticle filter
  • 'Green' Chemistry Extraction Method Developed for Hot Capsicum Fruit
  • Dimer delivers pinpoint recognition
  • Single Molecule Controlled at Room Temperature: Tiny Magnetic Switch Discovered
  • Eliminating arsenic from drinking water
  • Mussel Power: Universal Solvent No Match for New Self-Healing Sticky Gel
  • Electrons charge down DNA molecular wire
  • Low-Energy Remediation With Patented Microbes: Naturally Occurring Microbes Break Down Chlorinated Solvents
  • Gold going it alone
  • New Method Takes Snapshots of Proteins as They Fold
  • Fighting back against antibiotic resistant bacteria
  • Jewel-Toned Organic Phosphorescent Crystals: A New Class of Light-Emitting Material
  • First purely organic phosphor
  • Delving Into Manganite Conductivity
  • Remote powered lab on a chip
  • Engineering Atomic Interfaces for New Electronics
  • Speed dating for pharmaceuticals
  • New Form of Sulfur Discovered in Geological Fluids
  • Mystery of natural sunscreen solved
  • Stronger Than Steel, Novel Metals Are as Moldable as Plastic
  • Catalyst cleans up C-C bond formation
  • New Kind of Optical Fiber Developed: Made With a Core of Zinc Selenide
  • Scientists Create Cell Assembly Line: New Technology Synthesizes Cellular Structures from Simple Starting Materials
  • Radical dimers held together in molecular flask
  • Researchers Hunt for Green Catalysts
  • Out of the blue - a new phosphor for flat screen displays
  • Breakthrough in Nanocomposite for High-Capacity Hydrogen Storage
  • China bans whitening additives in flour
  • New Way to Test Cancer Drugs
  • The explosive potential of nitrogen compounds
  • Graphene Cloak Protects Bacteria, Leading to Better Images
  • Simple salt removal to get fresh water
  • Scientists Use Light to Move Molecules Within Living Cells
  • Seeing clearly with silicone
  • Chemist Develops Technique to Use Light to Predict Molecular Crystal Structures
  • Neutron Analysis Yields Insight Into Bacteria for Solar Energy
  • Precursor boost for uranium chemistry
  • 54 Beneficial Compounds Discovered in Pure Maple Syrup
  • Amino acid synthesis hints at how the genetic code expanded
  • Nanopolymer Shows Promise for Helping Reduce Cancer Side Effects
  • 'Green' products don't live up to label claims
  • 'Green Energy' Advance: Tandem Catalysis in Nanocrystal Interfaces
  • Pocket sized fuel cell, a step closer
  • Scientists Finely Control Methane Combustion to Get Different Products
  • Shaping crystals with bio-tools
  • Collecting the Sun's Energy: Novel Electrode for Flexible Thin-Film Solar Cells
  • RNA analysis raises hopes of early cancer diagnosis
  • Biologically Inspired Catalysts Being Developed
  • Lignin cut down to size by nickel catalyst
  • Scientists Engineer Nanoscale Vaults to Encapsulate 'Nanodisks' for Drug Delivery
  • Lignin cut down to size by nickel catalyst
  • Biophysicist Targeting IL-6 to Halt Breast, Prostate Cancer
  • Drug cocktails greater than the sum of their parts
  • Chemist Designs New Polymer Structures for Use as 'Plastic Electronics'
  • Polymer collapses in a flash
  • New Material Could Improve Safety for First Responders to Chemical Hazards
  • Health benefits of blended fruit juice
  • New Insight Into Viscosity and the Cytoplasm of Cancer Cells
  • BASF chemical plant gets the go-ahead in China
  • 'Chemical soldering' heralds single molecule electronics
  • Silver Cycle: New Evidence for Natural Synthesis of Silver Nanoparticles
  • Splitting Water for Renewable Energy Simpler Than First Thought?
  • Predicting ionic liquid toxicity
  • Diamond Aerogel: New Form of Diamond Is Lighter Than Ever
  • Rocket fuel goes green with ionic liquids
  • Smooth Single-Molecule Layers of Materials: Expanding the Degrees of Surface Freezing
  • Report: Free researchers from copyright shackles
  • Quantum Sensor Tracked in Human Cells Could Aid Drug Discovery
  • EU bans cadmium in plastics, jewellery
  • Making Complex Fluids Look Simple
  • Hard x-rays to watch chemical reactions
  • Lasers Used to Form 3-D Crystals Made of Nanoparticles
  • Material changes properties at the flick of a switch
  • DNA Can Discern Between Two Quantum States, Research Shows
  • Swimming with sensors
  • Water's Surface Not All Wet: Some Water Molecules Split the Difference Between Gas and Liquid
  • Methane activation by organometallic reagent
  • New Driving Force for Chemical Reactions
  • Quantum tunnelling creates the 'wrong' molecule
  • Tuning 'Metasurface' With Fluid in New Concept for Sensing and Chemistry
  • Quantum tunnelling creates the 'wrong' molecule
  • Two-State Dynamics Recorded in Glassy Silicon
  • Forming the first sugars with formose reactions
  • Gold Nanoparticles Help Earlier Diagnosis of Liver Cancer
  • Synthesising red wine's overlooked chemical secrets
  • When Matter Melts: Scientists Map Phase Changes in Quark-Gluon Plasma
  • Pharma pollution is out of control in China
  • Generating 'Green' Electricity: Waste Heat Converted to Electricity Using New Alloy
  • Nanogenerators for environmental sensors
  • NMR/MRI Applied to Microfluidic Chromatography
  • Fishing for chemical answers to biological questions
  • Chemistry: Separation a Thousand-Fold Faster May Lead to New Composite Materials
  • Natural products made via a single parent molecule
  • Hydrogen May Be Key to Growth of High-Quality Graphene
  • Cyclodextrin dimer becomes synthetic polymerase
  • Click Chemistry With Copper: A Biocompatible Version
  • Magnetic sponge can squeeze itself out
  • Pigment Discovery Expanding Into New Colors
  • Chemists create a molecular ship in a bottle
  • Chemists Transform Acids Into Bases: Research Offers Vast Family of New Catalysts for Use in Drug Discovery, Biotechnology
  • Spotlight on polymerisation to repair damaged faces
  • Trifluoromethylation made easy
  • Molecular Scientists Develop Color-Changing Stress Sensor
  • New Set of Building Blocks for Simple Synthesis of Complex Molecules
  • Breaking open boranes to power fuel cells
  • New Model Predicts Environmental Effect of Pharmaceutical Products
  • Poking aspirin with a sharp stick
  • 'Plastic Bottle' Solution for Arsenic-Contaminated Water Threatening 100 Million People
  • Smallpox vaccine virus puts cancer in its sights
  • Foam That Lasts and Lasts and Lasts, and Disappears When You Want
  • Small molecules open gates to the brain
  • New Material Synthesized: Graphene Nanoribbons Inside of Carbon Nanotubes
  • Brewing up synthetic yeast
  • Scientists Take First Step Towards Creating 'Inorganic Life'
  • Sound approach to unclicking click chemistry
  • Carnivorous Plant Inspires Coating That Resists Just About Any Liquids
  • Bio-based chemicals under environmental scrutiny
  • Nature Offers Key Lessons On Harvesting Solar Power, Say Chemists
  • Ammonium radical is atomic pretender
  • New Advanced Biofuel Identified as an Alternative to Diesel Fuel
  • Bacteria: the ultimate secret agent
  • Researchers Discover Material With Graphene-Like Properties
  • Twist in the tale to improve gene therapy
  • Nano Funnel Used to Generate Extreme Ultraviolet Light Pulses
  • Water erodes 'lock and key' drug model
  • Viruses Coaxed to Form Synthetics With Microstructures Akin to Those of Corneas, Teeth and Skin
  • Gallium Nitride Is Non-Toxic, Biocompatible; Holds Promise for Implants, Research Finds
  • Mimicking mother nature's solar panels
  • Watching Motion of Electrons in Molecules During Chemical Reactions
  • Complex organic matter may have been found beyond the Solar System
  • Shaken, Not Stirred: Scientists Spy Molecular Maneuvers
  • Graphene and zeolite team up for catalysis
  • Highly Efficient Oxygen Catalyst Found: Rechargeable Batteries and Hydrogen-Fuel Production Could Benefit
  • Organic LEDs set to become displays' flexible friend
  • New Tool Developed for the Study of Spatial Patterns in Living Cells
  • Chemists put finger on the trigger to attack cancer
  • Molecular Depth Profiling Modeled Using Buckyballs and Low-Energy Argon
  • Polymer based sensors feeling the strain
  • Chemists Reveal the Force Within You: New Method for Visualizing Mechanical Forces On Cell Surface
  • Zap and the aromaticity is gone
  • Unique Bipolar Compounds Enhance Functionality of Organic Electronics
  • Chemists claim metallic hydrogen creation first
  • Chemists Develop Compounds Capable of Forming Heath-Resistant, Economic and Biocompatible Gels
  • A lab you can wear?
  • E. Coli Bacteria Engineered to Eat Switchgrass and Make Transportation Fuels
  • Artificial enzymes close in on nature
  • Chemists Become Molecular Sculptors, Synthesizing Tiny, Molecular Traps
  • Chemical bonding between tectonic plates
  • NMR Used to Determine Whether Gold Nanoparticles Exhibit 'Handedness'
  • Making molecular hydrogen more efficiently
  • First Electronic Optical Fibers With Hydrogenated Amorphous Silicon Are Developed
  • Silk delivers drugs without the pain
  • Biofuel Research Boosted by Discovery of How Cyanobacteria Make Energy
  • Novel device removes heavy metals from water
  • Research On Solubility Yields Promise for Pharmaceutical, Other Industries
  • US agencies collaborate to test 10,000 chemicals
  • Chemists Solve an 84-Year-Old Theory On How Molecules Move Energy After Light Absorption
  • For clean carbon dioxide conversion just add water
  • Relay Race With Single Atoms: New Ways of Manipulating Matter
  • New Materials Remove Carbon Dioxide from Smokestacks, Tailpipes and Even the Air
  • Blood barrier gel aids medical analysis
  • Breast Cancer Cells Targeted, Then Burned, by Gold-Filled Silicon Wafers
  • New microbe turns sugary seaweed into fuel
  • Metal Oxide Simulations Could Help Green Technology
  • Simple one stop shop for difluoromethylation
  • Oxygen Molecule Survives to Enormously High Pressures
  • Scientists rediscover self-healing silicone mechanism from the 1950s
  • Timing Capability Added to Living Cell Sensors
  • DNA walker strides towards the light
  • A Mineral Way to Catalysis?
  • Molecule mimics molybdenum catalyst
  • 'Mini-Cellulose' Molecule Unlocks Biofuel Chemistry
  • Black arsenic: Fact or fiction? Synthesis and identification of metastable compounds
  • Off Switch for Pain? Chemists Build Light-Controlled Neural Inhibitor
  • Unusual kinetics of catalyst revealed
  • Engineers Create a Rainbow-Colored Polymer That Could Open the Door to Portable, Handheld Multispectral Imaging Devices
  • Catalysts for Less: Slashing Costs of Metal Alloys Needed to Jump-Start Crucial Chemical Processes
  • Killer crystals turn pyroelectricity on bacteria
  • Origami-Inspired Paper Sensor Could Test for Malaria and HIV for Less Than 10 Cents, Report Chemists
  • Butter substitute reduces blood pressure and cholesterol
  • Diamond-Based Materials Brighten the Future of Electronics
  • How nitric acid overcame its fear of water with a little help from its friends
  • A Basic -- And Slightly Acidic -- Solution for Hydrogen Storage
  • Catalysis at the flick of a switch
  • Liquid-Like Materials May Pave Way for New Thermoelectric Devices
  • Picking out cysteine for health study
  • Brown Liquor and Solar Cells to Provide Sustainable Electricity
  • New Process Converts Polyethylene Into Carbon Fiber
  • Teeth fight back against bacteria with graphene sensor
  • New Light Shed On Catalytic Reactions Used by Plants to Split Oxygen from Water
  • Hydrogen that mimics graphene
  • Tiny Hitchhikers Attack Cancer Cells: Gold Nanostars First to Deliver Drug Directly to Cancer Cell Nucleus
  • Form and function in enzyme activity
  • Processes at the Surface of Catalysts: Using Infrared Spectroscopy, Scientists Detect That Oxygen Defects Act as Active Centers
  • Microfluidic fuel cell powers forward
  • Hybrid Copper-Gold Nanoparticles Convert CO2
  • Plant spores mop up oil
  • 70-Year-Old Chemical Mystery Solved: How Tropolone Are Synthesized in Fungi
  • Silicene grown for (probably) the first time
  • Metal Oxides Hold the Key to Cheap, Green Energy
  • Polymers perform non-DNA evolution
  • Forty-Year-Old Fourier Transform Mass Spectrometry Phasing Problem Solved
  • Nanocrystal probes mimic viruses to gain entry into cells
  • New Guide for Research On Multiblock Polymers Emerges
  • Simulated digestion: Nanomaterial made from lipids and silicon dioxide improves absorption of pharmaceuticals
  • Bejeweled: Nanotech Gets Boost from Nanowire Decorations
  • Chemist Delivers Cleaner Air With Novel Carbon-Capture Technique
  • New Method Quickly IDs Nanomaterials That Can Cause Oxidative Damage to Cells
  • Chemical engineers find high-yield method of making xylene from biomass
  • Chemistry: Scientists Unlock Mystery of How 'Handedness' Arises in Proteins, Other Functional Molecules
  • Low-Cost Nanosheet Catalyst Discovered to Split Hydrogen from Water
  • Borosulfate breaks through
  • Rainforest Microbe Can Handle Ionic Liquids: New Find Could Help Reduce Biofuel Production Costs
  • Graphite Enters Different States of Matter in Ultrafast Experiment
  • Polymer gel squeezes and strains like an intestine
  • Availability of Hydrogen Controls Chemical Structure of Graphene Oxide
  • Metamaterials, Quantum Dots Show Promise for New Technologies
  • Cheaper Catalysts With the Finest Gold Dust in the World
  • Buckyballs grow by gobbling up carbon
  • Smallest Possible Five-Ringed Structure Made: 'Olympicene' Molecule Built Using Clever Synthetic Organic Chemistry
  • New test to detect arsenic contamination in drinking water
  • New Compound Could Become 'Cool Blue' for Energy Efficiency in Buildings
  • Protein architecture with atomic precision
  • Green Fuel from Carbon Dioxide
  • Surfactant driven propulsion
  • Chemists Use Nanopores to Detect DNA Damage
  • Back to carbon black
  • Ionic liquid improves speed and efficiency of hydrogen-producing catalyst
  • Industrial nitroglycerin made fast and safe
  • New Insights Into How the Most Iconic Reaction in Organic Chemistry Really Works
  • Closer to a Cure? Chemists Synthesize Compound That Flushes out Latent HIV
  • Enzyme's 'hop' offers tips on epigenetic gene expression
  • Rapid Diagnostic Test for Pathogens, Contaminants
  • Redox chemistry behind dragonfly romance
  • Fools' Gold Found to Regulate Oxygen
  • Climate Change Linked to Ozone Loss: May Result in More Skin Cancer
  • A sweeter approach to sugar synthesis
  • Chemists Advance Clear Conductive Thin Films
  • Sensor a snug fit for glucose
  • Pine Trees One of Biggest Contributors to Air Pollution: Pine Gases Chemically Transformed by Free Radicals
  • Recovering chemical weapons
  • Mass Spectrometry Opens New Frontiers in a Single Cell
  • Single catalyst for oxidation and reduction of water
  • Elusive Metal Discovered: Nickel Oxide Turned Into an Electricity-Conducting Metal
  • Watching single nanoparticles work
  • Superior Fuel Cell Material Developed
  • Inert nanoshells succumb to iron will
  • World Record Set for Highest Surface Area Material
  • Fruit juice infused chocolate to reduce fat consumption
  • Nano-Velcro Clasps Heavy Metal Molecules in Its Grips
  • Carbon wire a double helix
  • Oxygen-Sensing Bacterial Regulatory Protein: Chemistry Discovery Could Have Major Medical Implications
  • Researchers devise surprisingly simple but effective method for magnetically separating oil and water
  • Chemist Develops New Synthesis of Most Useful, Yet Expensive, Antimalarial Drug
  • Fluorination via porphyrin
  • Cancer Research Yields Unexpected New Way to Produce Nylon
  • New chemistry technique reproduces nature's elusive complexity
  • Chemical Memory of Seawater: Scientists Examine Biomolecules Dissolved in the Ocean and Read Them Like a History Book
  • Polystyrene depolymerisation: new recycling option
  • Best of Both Catalytic Worlds: New Technique for Heterogenizing Homogenous Nano Catalysts
  • Taming erythropoietin through synthesis
  • Researcher Aims to Understand One of Nature's Strangest Secrets: Magnetotactic Bacteria
  • Modeling Feat Sheds Light On Protein Channel's Function
  • Chemist develops process that allows iron to serve as platinum catalyst
  • Scientists Build 'Nanobowls' to Protect Catalysts Needed for Better Biofuel Production
  • Prescription nanoreactors
  • Strange Diet for Methane-Consuming Microorganisms
  • World’s first all-carbon solar cell
  • Sisyphean Task for Polar Molecules
  • Oil loving membranes for oil spill clean-ups
  • Gateway Enzyme for Chemicals from Catnip to Cancer Drug Discovered
  • Polymer Chemistry: Dual-Function Molecules Enhance Widely Used Chemical Reaction While Reducing Harmful By-Products
  • Protein coat prepares catalyst for cascades
  • Chemists Invent Powerful Toolkit, Accelerating Creation of Potential New Drugs
  • Chemists cull compounds using 'intuition'
  • New Chemical Reaction Could Explain How Stars Form, Evolve, and Eventually Die
  • Biochemists trap a chaperone machine in action
  • Nanofibers Clean Sulfur from Fuel
  • Study offers insight into converting wood to bio-oil
  • New Material Harvests Energy from Water Vapor
  • Rotaxane mimics ribosome to spin out peptides
  • Chemical Modules That Mimic Predator-Prey and Other Behaviors Devised
  • 'Comet water' ions found in bacterial protein
  • Astronomers Find Massive Supply of Gas Around Modern Galaxies
  • Where There's Smoke or Smog, There's Climate Change
  • Small Change for Big Improvement: Halogen Bonds and Drug Discovery
  • Nanotube fibre production in a spin
  • Just Add Water: How Scientists Are Using Silicon to Produce Hydrogen On Demand
  • Flow synthesis for anticancer drug
  • Mercury Contamination in Water Can Be Detected With a Mobile Phone
  • Sea urchin inspires carbon capture catalyst
  • Scientists Create 'Building Block' of Quantum Networks
  • New process speeds conversion of biomass to fuels
  • New Technology for Producing Hydrogen
  • Tapping proton power for enantioselective synthesis
  • Understanding why cells stick
  • Chemists Develop Single Molecule Sieves to Separate Complex Molecular Mixtures
  • The Cradle of the Nanoparticle
  • Study of several dozen compounds based on a fungal chemical shows potent anti-tumor activity
  • Turbulence in a Crystal
  • Fireproof coatings made from DNA
  • Mineral Diversity Clue to Early Earth Chemistry
  • New chemical probe provides tool to investigate role of malignant brain tumor domains
  • New Evidence That Comets Could Have Seeded Life On Earth
  • Physical chemistry could answer many questions on fracking
  • Breakthrough Research Shows Chemical Reaction in Real Time
  • Recycling rare earth elements using ionic liquids
  • Inspired by Deep Sea Sponges: Creating Flexible Minerals
  • Chemical chameleon tamed: Researchers give floppy molecule a structure through solvent effects
  • Picking Apart Photosynthesis: New Insights Could Lead to Better Catalysts for Water Splitting
  • Surface freezing in nanodroplets
  • Breakthrough Cancer-Killing Treatment Has No Side-Effects in Mice: New Chemistry May Cure Human Cancers
  • Bioglass helping to mend bones
  • Faster Than Silicon: Redesigned Material Could Lead to Lighter, Faster Electronics
  • Biomimetic bricks inspired by mother of pearl
  • Molecular Rings Mystery Solved After 20 Years
  • Researchers discover new materials to capture methane
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