Su Inn Park

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The bacterial genus Mycobacterium is of great interest in the medical and biotechnological fields. Despite a flood of genome sequencing and functional genomics data, significant gaps in knowledge between genome and phenome seriously hinder efforts toward the treatment of mycobacterial diseases and practical biotechnological applications. In this study, we(More)
Growth capability of neurons is an essential factor in axon regeneration. To better understand how microenvironments influence axon growth, methods that allow spatial control of cellular microenvironments and easy quantification of axon growth are critically needed. Here, we present a microchip capable of physically guiding the growth directions of axons(More)
Systems are needed to support access to and analysis of large heterogeneous scientific datasets. We developed PerCon, a data management and analysis environment, to support such activities. PerCon processes and integrates data gathered via queries to existing data providers to create a personal digital library of data. Users may then search, browse,(More)
This research proposes a digital library system that allows users to manage a large number of heterogeneous datasets and to support a mixed-initiative interaction for data analysis among the related datasets. e-Science emerged in the areas of physics, earth-science, and bio-informatics, where voluminous datasets are common and the need for infrastructure to(More)
A crucial step of food contamination inspection is identifying the species of beetle fragments found in the sample, since the presence of some storage beetles is a good indicator of insanitation or potential food safety hazards. The current pratice, visual examination by human analysts, is time consuming and requires several years of experience. Here we(More)
This paper describes the problem of managing wearable sensor data and the design of an environment to support this activity. We are engaged in studies collecting data from custom‐made and off‐the‐shelf wearable and mobile sensors to explore the impact of context and physiological state on cognitive performance. The data being collected has the potential to(More)
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