Framed Print : Sulfamethoxazole molecule
Framed Photos from Science Photo Library
Sulfamethoxazole molecule
Sulfamethoxazole. Computer-generated molecular model of sulfamethoxazole (molecular formula: C10.H11.N3.O3.S), part of the sulphonamide group of antibiotics. It is composed of carbon (light blue), hydrogen (white), sulphur (yellow), nitrogen (dark blue) and oxygen (red). Sulfamethoxazole works by inhibiting the synthesis of folic acid (folate) inside the bacterial cell. Folic acid is necessary for the production of genetic material (deoxyribonucleic acid, DNA). Without DNA, the bacteria cannot reproduce and the infection is stopped (bacteriostatic effect). Sulfamethoxazoles efficiency is being affected by the increase in bacterial resistance
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6280689
© DR TIM EVANS/SCIENCE PHOTO LIBRARY
Anti Biotic Antibacterial Bacteriology Bacteriostatic Pharmacological Pharmacology Resistance Resistant Structural Computer Artwork Ineffective Micro Biology Microbiological Molecular
21.5"x17.5" (55x44cm) Premium Frame
Introducing the Media Storehouse Framed Prints featuring the captivating image of a sulfamethoxazole molecule. This scientific masterpiece showcases the intricate structure of this essential antibiotic, part of the sulphonamide group. Each print is meticulously framed to preserve the vibrant colors and intricacies of the Science Photo Library's high-resolution digital image. Elevate your home or office décor with this striking blend of art and science. The perfect addition to any laboratory, classroom, or modern living space. Embrace the beauty of scientific discovery with the Media Storehouse Framed Prints.
Framed and mounted 17x12 print. Professionally handmade full timber moulded frames are finished off with framers tape and come with a hanging solution on the back. Outer dimensions are 21.5x17.5 inches (546x444mm). Quality timber frame frame moulding (20mm wide and 30mm deep) with frame colours in your choice of black, white, or raw oak and a choice of black or white card mounts. Frames have a perspex front providing a virtually unbreakable glass-like finish which is easily cleaned with a damp cloth.
Contemporary Framed and Mounted Prints - Professionally Made and Ready to Hang
Estimated Image Size (if not cropped) is 41.8cm x 41.8cm (16.5" x 16.5")
Estimated Product Size is 54.6cm x 44.4cm (21.5" x 17.5")
These are individually made so all sizes are approximate
Artwork printed orientated as per the preview above, with landscape (horizontal) or portrait (vertical) orientation to match the source image.
EDITORS COMMENTS
This print showcases a computer-generated molecular model of the Sulfamethoxazole molecule, an essential component of the sulphonamide group of antibiotics. The intricate structure consists of carbon, hydrogen, sulphur, nitrogen, and oxygen atoms represented by light blue, white, yellow, dark blue, and red colors respectively. Sulfamethoxazole acts as a potent inhibitor in bacterial cells by impeding the synthesis of folic acid (folate), which is crucial for genetic material production (DNA). By disrupting this process, it effectively halts bacterial reproduction and curtails infections with its bacteriostatic effect. However, despite its remarkable efficiency in combating bacteria-induced ailments over the years since its discovery in pharmacology and medicine fields; recent challenges have emerged due to an alarming rise in bacterial resistance. This unfortunate development has rendered Sulfamethoxazole less effective against certain strains that have evolved mechanisms to counteract its antibacterial properties. Nevertheless, this visually stunning image serves as a reminder of the ongoing battle between science and evolving microbial threats. It highlights both the structural beauty and complexity inherent within these microscopic agents while underscoring the need for continued research into alternative treatments to overcome antibiotic resistance. Captured by Science Photo Library's expert lens through computer artwork techniques rooted in chemistry and microbiology disciplines; this print offers a glimpse into our ongoing quest to combat infectious diseases on a molecular level.
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