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Synthetic red blood cells, artwork
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Synthetic red blood cells, artwork
Synthetic red blood cells. Computer artwork showing the stages in the production of haemoglobin-based oxygen carriers (HBOCs), or synthetic red blood cells (erythrocytes). The box at left shows the structure of a haemoglobin (Hb) molecule. The molecule is first stabilised to prevent it from breaking into its constituent dimers and then linked to other Hb molecules (2nd box) to form a polymer. This increases the molecular weight of the HBOC and increases its life-span. Finally the polymers are encapsulated in liposomes (third box) to recreate the natural properties of an erythrocyte
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6299377
© CLAUS LUNAU/SCIENCE PHOTO LIBRARY
Artificial Bio Technology Bioengineering Carrier Encapsulated Erythrocyte Erythrocytes Haemoglobin Hemoglobin Molecules Vesicles Molecular Protein Purified
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This artwork showcases the intricate process involved in creating synthetic red blood cells, also known as haemoglobin-based oxygen carriers (HBOCs). The image takes us through each stage of production, providing a visual representation of the complex bioengineering techniques used. In the first box on the left, we observe the structure of a haemoglobin molecule. To ensure stability and prevent it from breaking down into smaller units, it is carefully stabilized. Moving to the second box, multiple haemoglobin molecules are linked together to form a polymer. This increases their molecular weight and extends their lifespan as HBOCs. The final step involves encapsulating these polymerized structures within liposomes, represented in the third box. These lipid vesicles recreate the natural properties of erythrocytes or red blood cells. Through this meticulous process, scientists aim to replicate and harness the essential functions performed by natural red blood cells. This mesmerizing illustration not only highlights advancements in bio technology but also emphasizes its potential applications in medicine and carrier systems for therapeutic purposes. By understanding and manipulating these molecular components, researchers can explore innovative approaches for delivering oxygen throughout our bodies. Science Photo Library's artistic portrayal offers an intriguing glimpse into this cutting-edge field without delving into commercial use or specific companies involved. It serves as a reminder that art can beautifully capture scientific concepts while sparking curiosity about groundbreaking research happening behind closed doors.
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