In addition to our fulfillment center in Jackson, which opened during Q1 of this year, we’ve made several improvements to support more profitable growth. click here for more infoThese include some upgrades to our supply chain technical systems to improve speed and performance, and provide our fulfillment operators with enhanced efficiency for the peak season. We’ve also increased our third-party drop ship business, alleviating some pressure during peak periods, and we’ll continue to improve our labor management in the facility the longer we operate in it. Sales in the channel increased 13% against a very strong 38% rise last year. Although this rate of growth is down from prior quarters, we are comfortable with our ability to better control and manage the business at this level. We’re encouraged by the results we are beginning to see and improving the profitability of eCommerce, and not just driving the top line at all costs. We’ve worked hard to absorb a rapid increase in eCommerce penetration and believe we’re well equipped with the plan in front of us to profitably expand the channel. Our priorities here are to increase our capabilities to buy online and pick up in store, expand our vendor drop ship business, and optimize our online merchandise assortment. As we evolve our Marketing, Real Estate, and eCommerce initiatives, we’re making strides to infuse our product assortment with more excitement and newness. We’ve reduced the penetration of our core product to below 20% in support of that effort.
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view more Credit: Images: Hokkaido University/Noa Co., Ltd. Hokkaido University researchers have developed a symmetry-recognition system for the surface of the human back that can three-dimensionally detect the early stages of idiopathic scoliosis, a type of spinal deformity, without the help of a specialist doctor. Individuals with idiopathic scoliosis, many of whom are pubescent girls, suffer from serious curvature of the spine. The disease has a characteristically high affliction rate, affecting one in 50 people. Early detection of the progressive ailment is regarded as essential for treatment, as it is effective to wear a special brace when the spine is curved by 30 degrees or more. In recent years, genetic study of the disease has progressed, boosting the development of treatments. In accordance with stipulations in the Japanese School Health and Safety Act, elementary and junior high schools conduct physical check-ups aimed at detecting idiopathic scoliosis. However, the law leaves it up to the respective medical associations or education boards in each municipality to decide how to conduct the checks, giving rise to regional gaps in the detection rate. Another related problem is the burden placed on doctors who have to examine a large number of students within a limited time frame. you could check hereTo address these issues, two scientists from different fields of research, Associate Professor Hideki Sudo of Hokkaido University’s Graduate School of Medicine and Professor Satoshi Kanai of the Graduate School of Information Science and Technology developed a system to evaluate the level of asymmetry on the surface of the back when measured three-dimensionally.
For the original version including any supplementary images or video, visit https://www.eurekalert.org/pub_releases/2016-11/hu-ans112116.php