Sentence examples for robotic instrumentation from inspiring English sources

And it got me interested in robotic instrumentation — something that I have now returned to.

In cardiothoracic surgery robotic instrumentation was employed for three main types of operations: endoscopic coronary artery bypass grafting, mitral valve repair, and atrial septal defect repair.

In cardiothoracic surgery robotic instrumentation can be employed for three main types of operations: endoscopic coronary artery bypass grafting, mitral valve repair, and atrial septal defect repair.

To this end, plate layouts and programs which permit efficient sample handling and reaction set-up on robotic instrumentation were developed to facilitate highly automated data generation.

The complete workflow was specifically designed for implementation on robotic instrumentation, which increases throughput and reduces both the opportunities for error inherent to manual processing and the cost of generating full mtGenome sequences.

The described workflow, especially when implemented on robotic instrumentation, reduces both the cost of mtGenome sequencing and the opportunities for human error by decreasing the extent of manual sample processing/reprocessing required.

These range from the modern fields of nanotechnology, robotics, data science, instrumentation science, food security, and climate science, to the more traditional fields of tropical agriculture and forest science, environmental management, biofuel research, and development studies.

In that time, much progress has been made in integrating robotic technologies with surgical instrumentation, as evidenced by the many thousands of successful robot-assisted cases.

Popmatters' Mike Schiller felt the instrumentation was "robotic" and found Sia's vocal manipulation and bending of vowels "infuriating", even unintelligible at times.

Thus, The/Das was born, a dark tech-pop duo that stretches poetic verses over ice cold, robotic rhythms and elegant instrumentation.

Mesoscale electromechanical systems find applications in fields such as medical instrumentation, soft robotics, microscopy, flexible electronics and imagining.