| More than just Ligands Cyclic (Alkyl) (Amino) Carbenes |
4 |
| Discovery and Investigation The classic Polyoxometalates |
3 |
| Simple and yet complicated Sol-Gel-Chemistry |
3 |
| Fertilizer Bread made from Air and other chemical Contributions to World Nutrition |
2 |
| From vital to highly toxic The Poison Scale |
2 |
| The Chemistry of Modern Dental Care |
1 |
| A Nervous Disorder reveals the Chemistry of an unusual Fatty Acid Phytanic Acid |
1 |
| Neither Earth nor rare The fascinating-bioinorganic Chemistry of the Rare-Earth-Elements |
1 |
| Important Materials of our Time Plastics |
1 |
| An aesthetic Brief Survey by the Chemistry Chemical Reactions in Bubble Tea Balls |
1 |
| Didactic Play of colors Redox-Flow-Batteries in the Classroom |
1 |
| Smart Analytics in all Circumstances Analytics with Light - The Smartphone-Photometer |
1 |
| The variety of silica: crystalline and amorphous |
1 |
| Braunungsmechanismen pflanzlicher Lebensmittel |
1 |
| PRODUCTS AND PROCEDURES Many Methods lead to Methacrylic Acid Methyl Ester |
1 |
| Do not reinvent the Wheel Developing Transfer of subject-didactic Outreach Projects |
1 |
| The Periodic Table of the Elements and Lothar Meyer |
1 |
| Directed Evolution and Phage-Display Customized Proteins |
0 |
| The ChiuZ Asparagus Study From the aromatic or malodorous Asparagus Urine |
0 |
| Energy Transition for School Practice Storage of renewable Energy: Power-to-Gas |
0 |
| A newly defined SI Unit for Chemistry How many Molecules does a Mole contain? |
0 |
| An Everyday Product in the Classroom Dishwasher Tabs |
0 |
| The Mushroom Hydrophobins - Multipurpose Proteins with Application Potential |
0 |
| The Patent and its little Sibling Utility Model Protection for Chemical Inventions |
0 |
| Delphi and its violet Wonder Linderazulene from an invasive Plant |
0 |
| Redefinition of the Units Kilograms, Amps, Kelvin and Moles How does the Kilogram get into my Laboratory Scale? |
0 |
| Neurotrition - How Food Affects Brain Function: Molecular Nutritional Physiology |
0 |
| Insects and molds as bio-resources: food biotechnology |
0 |
| Wenn Tintenkiller sauer waren: Versuche aus dem Kuchenschrank |
0 |
| Original oder Falschung?: Herausforderungen fur die Lebensmittelchemie |
0 |
| From delights to stink: The aroma of asparagus urine |
0 |
| The truth about Michael Jackson's death: Chemistry students convince with cross-linking seminar |
0 |
| Perovskite solar cells: Novel technology with great potential |
0 |
| Fine dust measurement with a smartphone: Smart analytics in all situations |
0 |
| Wait and drink Bearberry Leaves' Tea - with Arbutin |
0 |
| New generation of antibody-drug conjugates: start-ups |
0 |
| Oxidation of water constituents in the photoreactor: evaluation of a first-order reaction |
0 |
| From the Research Lab to the Classroom Organic Light-Emitting Diodes in Chemistry Classes |
0 |
| Well-dosing of a culinary Delight Estragole from Tarragon |
0 |
| How a new Technology could form the Future of Biotechnology and Chemistry 3D-Printing: Chances, Possibilities, Risks |
0 |
| Interplay between Archaeology and Electrochemistry Galvanoplastic Duplication of a Coin |
0 |
| James Lovelock on his Centenary From Electron Capture Detector to Gaia-Theory |
0 |
| Lessons and Experiments on Sustainability Green Chemistry in School |
0 |
| Veterinary Drugs: Residues in Food and the Environment |
0 |
| Lithium, Bismuth, Gold and others Metal Tree in Microscale |
0 |
| Atomic Tracking Transmitter Radioactive Isotopes of Hydrogen, Carbon and Iodine |
0 |
| Can we predict Future Developments? Methods for Technology Foresight |
0 |
| Bitter medicine and bitter Pleasure Quinine, a legendary Alkaloid |
0 |
| By Dag, Sheila, Margaret and an Essential Amino Acid Contains a Source of Phenylalanine |
0 |
| Therapeutic Antibodies Disposable Bioreactors |
0 |
