The development of high-speed analytical techniques such as next-generation sequencing and microarrays allows high-throughput analysis of biological information at a low cost. These techniques contribute to medical and bioscience advancements and provide new avenues for scientific research. Here, we outline a variety of new innovative techniques and discuss their use in omics research (e.g., genomics, transcriptomics, metabolomics, proteomics, and interactomics). We also discuss the possible applications of these methods, including an interactome sequencing technology that we developed, in future medical and life science research.

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This paper is the 層 seconq report on the new method to improve flexural ductility of RC columns using particular bars cut near critical section ． In this paper ， the effectiveness of using severed bars discu3sed through an experiment of RC columns with more practical situation and condition than that in the previous paperL 〕 ． The ． issue of strain concentration to steel bars due to ． discontinuous change in section property at the severed positiorl is also ． discussed ．It is concltided that proposed 血 ethod is quite effective to improve flexural ductility also in more practical situation ．