Tote Bag : TEM of influenza vaccine of haemagglutinin
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TEM of influenza vaccine of haemagglutinin
Transmission electron micrograph (TEM) of an experimental influenza vaccine comprising haema- gluttinin particles. The particles seen here are derived from the protein coats of many influenza viruses. These protein subunits contain antigens specific to this strain of virus, which alert the body to the presence of infection. Administered to a patient, these antigens may arouse the immune system to produce antibodies to combat any future infection by this virus. Because influenza viruses can change the structure of their haemagglutinin coat, many strains of this virus occur, & vaccines can yet only protect against one or other viral strain.Mag:x200, 000 at 8x10ins, x28, 570 at 35mm size
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6390435
© NIBSC/SCIENCE PHOTO LIBRARY
Antigen Bio Technology Bioengineered Bioengineering Drug Drugs Experimental Genetic Haemagglutinin Influenza Manufacture Production Vaccine Genetics
Canvas Tote Bag
Our tote bags are made from soft, durable, poly-poplin fabric and include a one inch (2.5cm) black strap for easy carrying on your shoulder. All seams are double-stitched for added durability. Each tote bag is machine-washable in cold water and is printed on both sides using the same image. Approximate size of bag is 50x33cm (20"x13")
Our tote bags are made from soft durable fabric and include a strap for easy carrying
Estimated Product Size is 50cm x 32.7cm (19.7" x 12.9")
These are individually made so all sizes are approximate
EDITORS COMMENTS
This print showcases a Transmission Electron Micrograph (TEM) of an experimental influenza vaccine composed of haemagglutinin particles. Derived from the protein coats of numerous influenza viruses, these particles contain antigens specific to this particular strain of the virus. The presence of these antigens alerts the body to potential infection and stimulates the immune system to produce antibodies that can combat future infections caused by this strain. When administered to a patient, this innovative vaccine aims to provoke an immune response capable of effectively neutralizing any future encounters with this specific viral strain. However, due to the ability of influenza viruses to alter their haemagglutinin coat structure, multiple strains exist, rendering vaccines effective against only certain strains. The magnification level at which this TEM image was captured is truly remarkable - x200,000 for an 8x10-inch print or x28,570 for a 35mm size. This visual representation offers a glimpse into the intricate world of bioengineering and genetic manipulation involved in producing such groundbreaking pharmaceuticals. While it's important not to mention any commercial use or specific companies associated with this print from Science Photo Library, its significance lies in highlighting advancements in drug production and manufacturing techniques within the field of biotechnology. Ultimately, through continued research and development efforts like those depicted here, we strive towards more effective vaccines that can combat various strains and protect individuals from influenza outbreaks worldwide.
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