Lalitha Muthusubramaniam
Papers
3
Total Citations
184
H-Index
3
About
Lalitha Muthusubramaniam is a researcher whose work sits at the compelling intersection of robotics, automation, and structural biology, with a particular focus on revolutionizing how scientists crystallize membrane proteins. Her most significant contribution is the development of high-throughput robotic systems capable of handling nanoliter volumes of highly viscous lipidic mesophase materials — a technically demanding challenge that had previously limited progress in membrane protein crystallography. Her 2004 paper on the robotic crystallization system in lipidic mesophases has garnered 146 citations, reflecting its substantial influence on the proteomics and structural biology communities. By incorporating commercially available components into a relatively cost-effective design, Muthusubramaniam made this sophisticated technology more accessible to research laboratories worldwide. Her follow-up work in 2007 further refined automated nanoliter liquid handling, pushing the boundaries of precision in biomaterial manipulation. These contributions arrived at a pivotal moment in proteomics, coinciding with landmark advances in genome sequencing that made membrane protein structure determination increasingly urgent. Her research has meaningfully accelerated the pace at which scientists can determine crystal structures of biologically critical membrane proteins, with broad implications for drug discovery and molecular medicine.
Research Focus
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