The first real-time clip of a malaria parasite invading a human blood cell has been unveiled by scientist Jake Baum and his team from the Walter and Eliza Hall Institute of Medical Research.
The video was made using "transmission electron microscopy" and "3D immuno-fluorescence microscopy" to collect still images during the invasion. The resulting images were then combined into a movie which details the 30-second attack in a revolutionary way. The clip offers an unparalleled insight into how Malaria parasites invade human red blood cells and will hopefully yield valuable data for scientists to use in the battle against the deadly epidemic.
Virus Invasion Videos
Jake Baum Captures First Footage of a Malaria Attack on a Human Cell
Trend Themes
1. Real-time Disease Imaging - Real-time imaging techniques can provide valuable insights into disease progression and invasion on a cellular level.
2. Revolutionary Microscopy Techniques - Advanced microscopy techniques such as transmission electron microscopy and 3D immuno-fluorescence microscopy allow for more detailed and accurate visualization of cellular processes.
3. Data-driven Research for Disease Treatment - The use of collected images and data from cellular invasions can help researchers develop more effective treatments and interventions for diseases like malaria.
Industry Implications
1. Medical Research and Development - New imaging techniques and data-driven research are transforming the field of medical research and development, offering disruptive innovation opportunities for researchers and healthcare professionals.
2. Microscopy and Imaging Technology - Advancements in microscopy and imaging technology are driving innovation in various industries such as healthcare, biotechnology, and pharmaceuticals.
3. Global Health and Disease Control - Improved understanding of disease invasion mechanisms can lead to more effective strategies for global health organizations to control and combat diseases.