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Step into the world of bio-organic chemistry, where innovation and scientific exploration come together in the prestigious lab located in France C017

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7962

Bio-organic chemistry lab, France C017 / 7962
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7961

Bio-organic chemistry lab, France C017 / 7961
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7959

Bio-organic chemistry lab, France C017 / 7959
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7960

Bio-organic chemistry lab, France C017 / 7960
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7957

Bio-organic chemistry lab, France C017 / 7957
MODEL RELEASED. Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7958

Bio-organic chemistry lab, France C017 / 7958
Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7956

Bio-organic chemistry lab, France C017 / 7956
Bio-organic chemistry lab. Sample analysis results on a computer screen at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7955

Bio-organic chemistry lab, France C017 / 7955
Bio-organic chemistry lab. Machine used for sample analysis at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7954

Bio-organic chemistry lab, France C017 / 7954
Bio-organic chemistry lab. Cryogenically preserved samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7953

Bio-organic chemistry lab, France C017 / 7953
Bio-organic chemistry lab. Scientist with a cryogenically preserved sample at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7952

Bio-organic chemistry lab, France C017 / 7952
MODEL RELEASED. Bio-organic chemistry lab. Scientist with a cryogenically preserved sample at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute)

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7950

Bio-organic chemistry lab, France C017 / 7950
MODEL RELEASED. Bio-organic chemistry lab. Scientist analysing samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7951

Bio-organic chemistry lab, France C017 / 7951
Bio-organic chemistry lab. Condenser being used for sample analysis at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7949

Bio-organic chemistry lab, France C017 / 7949
MODEL RELEASED. Bio-organic chemistry lab. Scientist analysing samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7948

Bio-organic chemistry lab, France C017 / 7948
Bio-organic chemistry lab. Machine used for sample analysis at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7947

Bio-organic chemistry lab, France C017 / 7947
MODEL RELEASED. Bio-organic chemistry lab. Scientist analysing samples at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7946

Bio-organic chemistry lab, France C017 / 7946
Bio-organic chemistry lab. Machine used for sample analysis at the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7945

Bio-organic chemistry lab, France C017 / 7945
MODEL RELEASED. Bio-organic chemistry lab. Scientist loading a sample into a machine in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute)

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7944

Bio-organic chemistry lab, France C017 / 7944
Bio-organic chemistry lab. Scientist loading a sample into a machine in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7942

Bio-organic chemistry lab, France C017 / 7942
Bio-organic chemistry lab, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7943

Bio-organic chemistry lab, France C017 / 7943
Bio-organic chemistry lab. Scientist loading a sample into a machine in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7939

Bio-organic chemistry lab, France C017 / 7939
MODEL RELEASED. Bio-organic chemistry lab. Scientist working in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7940

Bio-organic chemistry lab, France C017 / 7940
MODEL RELEASED. Bio-organic chemistry lab. Scientist preparing a pipette in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen

Background imageBio Organic Collection: Bio-organic chemistry lab, France C017 / 7941

Bio-organic chemistry lab, France C017 / 7941
MODEL RELEASED. Bio-organic chemistry lab. Scientist using a pipette in the COBRA Bio-organic chemistry laboratory at the IRCOF (Fine Organic Chemistry Research Institute), University of Rouen, France

Background imageBio Organic Collection: Coumarin synthesis C017 / 7938

Coumarin synthesis C017 / 7938
Coumarin synthesis. Coumarin being synthesised in a lab. Coumarin is used in the pharmaceutical industry as a precursor molecule in the synthesis of a number of synthetic anticoagulant

Background imageBio Organic Collection: Coumarin synthesis C017 / 7937

Coumarin synthesis C017 / 7937
Coumarin synthesis. Coumarin being synthesised in a lab. Coumarin is used in the pharmaceutical industry as a precursor molecule in the synthesis of a number of synthetic anticoagulant

Background imageBio Organic Collection: Cancer research, France C017 / 7934

Cancer research, France C017 / 7934
MODEL RELEASED. Cancer research. Researcher manipulating rhodamine fluorophore used to detect cancer cells. Rhodamine fluorophore is used as a fluorescent marker to detect cancer cells

Background imageBio Organic Collection: Cancer research, France C017 / 7936

Cancer research, France C017 / 7936
Cancer research. Researcher holding rhodamine and coumarin fluorophore samples used to detect cancer cells. These chemicals are used as fluorescent markers for bio-analytical

Background imageBio Organic Collection: Cancer research, France C017 / 7935

Cancer research, France C017 / 7935
Cancer research. Rhodamine fluorophore sample under UV (ultraviolet) light. Rhodamine fluorophore is used as a fluorescent marker to detect cancer cells and for bio-analytical


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Step into the world of bio-organic chemistry, where innovation and scientific exploration come together in the prestigious lab located in France C017. With cutting-edge research and state-of-the-art facilities, this bio-organic chemistry lab is at the forefront of groundbreaking discoveries. In this bustling hub of scientific inquiry, scientists tirelessly work to unravel the mysteries of life through organic compounds. The lab's dedicated team conducts experiments that push the boundaries of knowledge, seeking to understand complex biological processes at a molecular level. Equipped with advanced equipment and instruments, these brilliant minds delve into intricate reactions and transformations. Every flask bubbling with colorful liquids holds the potential for breakthroughs that could revolutionize medicine, agriculture, and environmental science. The lab's shelves are lined with meticulously labeled vials containing various compounds carefully synthesized by skilled chemists. Each substance represents countless hours spent perfecting formulas and conducting rigorous tests to ensure purity and efficacy. Collaboration is key within these walls as researchers from diverse backgrounds share their expertise to tackle multifaceted challenges. Their collective efforts aim to develop new drugs that combat diseases or design sustainable materials that reduce our ecological footprint. As you walk through this vibrant space filled with buzzing fume hoods and humming centrifuges, you can sense an atmosphere brimming with excitement and determination. Here, every experiment brings us closer to unlocking nature's secrets while fostering a deeper understanding of how living organisms function on a molecular level. The impact extends far beyond these laboratory walls; it reaches out into society as innovative solutions emerge from their findings. From novel drug therapies to eco-friendly alternatives – each discovery has the potential to transform lives for the betterment of humanity. So step inside Bio-Organic Chemistry Lab in France C017 – witness firsthand how passion meets precision in pursuit of scientific excellence.