Hana Im
Papers
1
Total Citations
4
H-Index
1
About
Hana Im is a biotechnologist whose work centers on advancing high-throughput protein expression and automated cell cultivation systems. Her most-cited research, "Optimization of expression conditions for soluble protein by using a robotic system of multi-culture vessels" (2007, 4 citations), introduces a pioneering robotic platform for parallelized cell cultivation. This system enables simultaneous screening of up to 24 different cell types or conditions, dramatically streamlining the optimization of induction parameters for soluble recombinant protein production. By automating a traditionally labor-intensive process, Im’s contribution reduces experimental variability and accelerates the discovery of optimal expression conditions—a critical step for structural biology and biopharmaceutical development. Though her citation count is modest, the practical impact of her work lies in its potential to democratize high-throughput screening for labs lacking extensive automation infrastructure. Her achievement reflects a dedication to bridging engineering and molecular biology, offering a scalable solution that enhances reproducibility and efficiency in protein research. For students and researchers exploring protein expression, Im’s robotic system represents a clever, accessible approach to tackling one of biotechnology’s persistent bottlenecks.
Research Focus
Key Achievements
Top Papers
- 1