Trans-dibromoethene molecule
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Trans-dibromoethene molecule
Trans-dibromoethene molecule. Computer-generated molecular model of trans-dibromoethene (C2H2Br2). The trans form of dibromoethene has bromine atoms (red) on opposite sides of the carbon atoms (black), which are connected with a non-rotating double bond. Hydrogen atoms are white. Cis- dibromoethene (not seen) has the bromine atoms on the same side of the carbon atoms. Dibromoethene has been used to fumigate fruit and vegetable produce to kill pests. However, there is concern about its effect on human health because it is carcinogenic (cancer-causing). See image A700/209 for cis-dibromoethene
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Media ID 6275587
© DR TIM EVANS/SCIENCE PHOTO LIBRARY
Atom Atoms B Alls Ball And Stick Bond Bonds Compound Compounds Graphic Horizontal Isomer Organic Sticks Structural Symmetrical Computer Artwork Molecular
EDITORS COMMENTS
This computer-generated molecular model showcases the intricate structure of trans-dibromoethene, a compound with significant implications in both chemistry and health. The symmetrical arrangement of carbon atoms (depicted in black) is connected by a non-rotating double bond, while the bromine atoms (shown in red) are positioned on opposite sides. This unique configuration distinguishes it from its counterpart, cis-dibromoethene, where the bromine atoms reside on the same side. While dibromoethene has been employed as a fumigant for fruits and vegetables to combat pests effectively, concerns regarding its impact on human well-being have arisen due to its carcinogenic properties. As such, this image serves as a reminder of the delicate balance between scientific advancements and potential risks associated with chemical compounds. The detailed illustration provides valuable insights into organic chemistry's complex world while emphasizing the importance of understanding molecular structures' effects on biological systems. With its horizontal orientation and precise depiction using ball-and-stick models, this artwork exemplifies how visual representations aid scientists in comprehending chemical interactions at an atomic level. Science Photo Library presents this print that not only captures the beauty of science but also prompts contemplation about our responsibility towards balancing progress and safeguarding human health.
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