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Bacterial multidrug efflux pumps (E-CmeB) expel antibiotics  from inside the bacterium (bottom): ciprofloxacin (yellow), chloramphenicol (violet),  ampicillin (red).
Global communication and collaboration intricately involving electronic ropes and keys through social networking of smart phones equipped with AI.
3D rendering of an automatic medicine manufacturing plant. Medicine bottles filling and sealing machine in  pharmaceutical manufacturing production line.
Squalane is a hydrocarbon derived by hydrogenation of squalene. 3d illustration
How a lithium ion battery works, 3d render, section. Battery charging and discharging. Ions flow from the anode to the cathode separated by a liquid electrolyte as the battery discharges energy
Water cutting
Pork dishes mixed with seasoning in Korea
Phospholipid bilayer membrane structures that make up living cells and their contents. This is an image of membrane proteins in the membrane.\nThis image, which looks like a plastic model, evokes biology and biochemistry. It can be used as a cover for magazines, textbooks and presentation materials.\nThis image was not created by AI.
Filtration and water purification scheme contaminated molecules pass through filter layers
Delicious Hong Kong style morning tea
Close up plastic injection mold for mass production (manufacturing process for industrial work)
Macrophotography of conger eel bowl.
4K television display with comparison of resolutions. Ultra HD on on modern TV
Freshness capsule
Calcium carbonate chip in chemical watch glass with molecular structure on white laboratory table. Top view
Connect the wires of the power box.
Proto mold production in a factory
Machine Closing Down Lids On Jars Filled With Stuffed Cherry Peppers
The integration of fluidics and optics, antibodies molecule in flow-through nanohole arrays, has enabled increased transport of analytes to sensing surfaces 3d rendering
CNC Machine High Power Cutting Head
The material handling process on injection machine holding the box container part by robotic system. The food container box products  from plastic processing.
A molecular model of the flavonoid Quercetin.  An antioxidant and anti-inflamatory, it is used as a nutritional suplement.  It is commonly found in many fruits and vegetables and is a significant chemical component of tea.  Isolated on white.
Organic Carnauba Wax in Chemical Watch Glass with molecular structure place next to beaker and \nPlatycerium stemaria fern. Chemical ingredient used in cosmetic industry.
What micro plastic is made of - Chemical ingredients.\nClose up of microplastic on finger concept of water pollution and global warming
Cyclic adenosine monophosphate is a second messenger important in many biological processes. cAMP is a derivative of adenosine triphosphate and used for intracellular signal transduction in many different organisms, conveying the cAMP-dependent pathway. It should not be confused with 5'-AMP-activated protein kinase.
Roller Conveyor
Neohalicholactone is unusual fatty acid metabolites having a cyclopropane ring and a nine-membered lactone. 3d illustration
Automated carts and tracks for video shooting
3d printer construction top. Automatic three dimensional 3d printer performs plastic yellow colors modeling in laboratory. Blue gray color
CNC machine cutting machine
Free Images: "bestof:Katsuki-Sharpless epoxidation.png Reaction scheme of Katsuki-Sharpless asymmetric epoxidation Selfmade with ChemDraw 2006-02-12 Calvero PD Sharpless epoxidation"
Yamaguchi lactonization.svg
Phosphine umpolung.svg
Seleniumdioxide oxidation.svg
Selenoxide elimination.svg
Lanosterol from squalene.svg
Persulfurane synthesis.svg
Poly(p-phenylenephosphaalkene).svg
Becker Reaction.svg
Phosphaalkene General.svg
Phosphine ester reduction.svg
Condensation polymerization diacid diamine.svg
Azide reduction with triethylsilyl hydride.svg
Reaction of organotin with Grignard reagent.svg
Epoksydacja Sharplessa.svg
Oxidation of olefin using dimethyldioxirane.svg
Tishchenko reaction.svg
Grignard reaction mechanism.svg
Fries rearrangement.svg
Fries rearrangement (photo).svg
NHK reaction mechanism.svg
Aryltriacetate reaction with phenol.svg
Aryllead C-aryllation.svg
Diphenylzinc asymmetric addition with MIB.svg
Nucleophilic addition with organogermanium.svg
Blaise Ketone Synthesis Scheme.svg
Epoxidation Mimoun Mechanism.svg
Styrene oxide synthesis 01.svg
Tetrachloroethylene.svg
Oxaliplatin.svg
Inosine.svg
Diquat.svg
Cepharanthine.svg
Pyridoxine.svg
Pyridoxal.svg
Pyridoxiamine.svg
Cyhexatin.svg
Helenien.svg
Coriamyrtin.svg
Ergosterol.svg
Clotiazepam.svg
Diazepam2.svg
Flunitrazepam.svg
Tofisopam.svg
Triazolam2.svg
Vanillin.svg
Batrachotoxin2.svg
Chloramphenicol.svg
Pemetrexed.svg
Squalene.svg
Spermidine.svg
Putrescine.svg
Cadaverine.svg
Spermine.svg
Cyclohexane.svg
Adapalene.svg
Paraquat.svg
Coriamyrtin stereo.svg
Methadone.svg
Tubocurarine.svg
Lysine Biosynthesis.svg
Cystaine Biosynthesis.svg
2-Mercaptoethanol.svg
Folic acid.svg
Dimethyl sulfate.svg
Cyclohexane simple.svg
Thiuram.svg
Ethidium bromide.svg
Hexane displayed.svg
Amyl nitrite.svg
Methylene blue.svg
Ibotenic acid.svg
Leukotriene C4.svg
Leukotriene D4.svg
Leukotriene E4.svg
Leukotriene F4.svg
Gibberellin A12.svg
Gibberellin A3.svg
Oxytocin.svg
Gibberellin A1.svg
Gibberellin A4.svg
Gibberellin A7.svg
Gibberellin A8.svg
Gibberellin A9.svg
Gibberellin A15.svg
Gibberellin A19.svg
Gibberellin A20.svg
Gibberellin A24.svg
Gibberellin A25.svg
Gibberellin A29.svg
Gibberellin A34.svg
Gibberellin A44.svg
Gibberellin A51.svg
Gibberellin A53.svg
Organophosphate.svg
Carminic acid.svg
Mellitic acid.svg
Glycyrrhetinic acid.svg
Aryltriacetate synthesis.svg
Chiral sym CHXYZ.svg
Chiral sym CCCXYXY.svg
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