Electrophoresis is a pivotal technique in modern biology that allows for the analysis of DNA and proteins by separating them according to their electrical charge.
The foundational principles of electrophoresis were laid out in the 19th century when researchers applied electric voltages to observe how charged particles migrated through various mediums.
Understanding electric fields is crucial for employing electrophoresis effectively; these fields create forces that enable the separation of charged molecules based on their charges.
My team focuses on developing miniaturized, portable electrophoretic systems that enhance the detection of pathogens, showcasing the clinical applications of this technique.
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