Publications by authors named "Huijin Zhu"

Teleoperation robot systems can help humans perform tasks in unstructured environments. However, non-intuitive control interfaces using only a keyboard or joystick and physiological tremor reduce the performance of teleoperation. This paper presents an intuitive control interface based on the wearable device gForcePro+ armband.

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Gut ecosystem has profound effects on host physiology and health. Gastrointestinal (GI) symptoms were frequently observed in patients with COVID-19. Compared with other organs, gut antiviral response can result in more complicated immune responses because of the interactions between the gut microbiota and host immunity.

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Article Synopsis
  • The study investigates how wearing an exoskeleton affects the thermal responses of male package handlers under different temperatures while performing lifting tasks and resting.
  • Wearing an exoskeleton during lifting tasks reduces metabolic heat production but increases mean skin temperature and thermal sensation, with heightened discomfort in warmer conditions (TEMP).
  • When at rest, the exoskeleton doesn't change metabolic rates, but it improves thermal comfort in colder temperatures (COLD); designers are urged to create usage strategies to optimize comfort depending on the working environment temperature.*
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The ultrasonic phased array as an emerging interactive tool is increasingly used for aerial tactile interaction. However, there is almost no method to achieve remote variable force feedback through the ultrasonic phased array as far as we know. This article presents a force tactile feedback method for teleoperating robot systems that tracks the five fingers and forms a focus on the fingertips.

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Background: Proteolysis regulation allows gut microbes to respond rapidly to dynamic intestinal environments by fast degradation of misfolded proteins and activation of regulatory proteins. However, alterations of gut microbial proteolytic signatures under complex disease status such as inflammatory bowel disease (IBD, including Crohn's disease (CD) and ulcerative colitis (UC)), have not been investigated. Metaproteomics holds the potential to investigate gut microbial proteolysis because semi-tryptic peptides mainly derive from endogenous proteolysis.

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