James H. Aborn

Massachusetts Institute of Technology, Whitehead Institute for Biomedical Research

Papers

Total Citations

H-Index

About

James H. Aborn is a researcher whose work sits at the cutting edge of genomic technology and high-throughput DNA sequencing systems. His most significant contribution to the field is the development of a groundbreaking 768-lane microfabricated sequencing platform, designed as a direct successor to the then-standard 96-lane capillary array systems. By implementing electrophoretic separations in large-format microdevices measuring 25 cm by 50 cm, Aborn and his colleagues demonstrated that dramatic increases in sequencing parallelism were not only theoretically possible but practically achievable. This innovation represented a major leap forward in sequencing throughput, with direct implications for the speed and scalability of genomic research. His 2005 paper on this system has garnered 71 citations, reflecting its meaningful influence on the microfluidics and genomics communities. A companion publication from the same year further elaborated on the micromachined plate architecture underlying the platform. Aborn's research exemplifies the kind of precision engineering required to push the boundaries of bioanalytical instrumentation, making his work essential reading for anyone interested in the evolution of DNA sequencing technology and lab-on-a-chip systems.