Abstract:
The present invention relates to an apparatus and method for quantitative protein design and optimization. In particular, the invention describes the use of Hybrid Exact Rotamer Optimization algorithms in protein design.
Abstract:
A micromachined, high Reynolds number, sub-millisecond liquid mixer for the study of chemical reaction kinetics. This bulk micromachined silicon mixer is capable of initiating and quenching chemical reactions in intervals as short as 100 νs. The mixer chip contains two tee mixers (120, 130) connected by one channel which serves a reaction chamber (140). Each tee mixer consists of opposing channels (110, 120) where liquids meet head-on and exit into a third channel (150) forming the base of a 'T'.
Abstract:
A micromachined, high Reynolds number, sub-millisecond liquid mixer for the study of chemical reaction kinetics. This bulk micromachined silicon mixer is capable of initiating and quenching chemical reactions in intervals as short as 100 mu s. The mixer chip contains two tee mixers connected by one channel which serves as a reaction chamber. Each tee mixer consists of opposing channels where liquids meet head-on and exit into a third channel forming the base of a "T".
Abstract:
The present invention relates to an apparatus and method for quantitative protein design and optimization. In particular, the invention describes the use of Hybrid Exact Rotamer Optimization algorithms in protein design.