KYOTO START UP MAP

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STC3 is located on the 8th floor of ASTEM(Advanced Science, Technology & Management Research Institute of KYOTO). As an activity base for entrepreneurs and companies considering new business development, we provide business environment where they can open an office without initial costs by coworking space and small offices. We also hold regular seminars conducted by professionals who support entrepreneurship and business activities (available 24 hours 365 days). Address 134 Chudoji Minamimachi, Shimogyo-ku, Kyoto-City, Kyoto HP https://stc3.net/

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An initiative to support foreign entrepreneurs in Kyoto. The Kyoto Overseas Business Center (Kyoto Prefecture, Kyoto City, JETRO Kyoto, Kyoto Chamber of Commerce and Industry, Kyoto Sangyo 21, ASTEM) is in charge of the operation, with JETRO Kyoto serving as the contact point for people from overseas.JETRO Kyoto will provide comprehensive support for people from overseas starting a business in Kyoto, including not only obtaining a startup visa, but also setting up a corporation after obtaining the visa, opening a bank account, switching visas, examining business models, business development and so on.In addition, in order to promote the use of startup visa, they promote Kyoto's ecosystem to overseas countries through SNS (LinkedIn, FB) and events. 住所 Kyoto Keizai Center 3F, 78 Kankoboko-cho, Shimogyo-ku, Kyoto HP https://www.linkedin.com/company/startup-capital-kyoto/ https://www.facebook.com/startupcapitalkyoto

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This facility has been established as an industry-academia-government collaborative industrial base aiming at research and development and commercialization of new products and technologies in wellness fields such as health, environment and life sciences. 　The IM(Incubation Manager) with abundant business experience is stationed at the facility, and with high expertise in the technical field and abundant network, we support industry-academia collaboration such as joint research & technology collaboration with universities, and matching support between companies. In terms of management, we will provide an appropriate support menu so that we can solve the problems of each company. We aim to be a place that enables dreams. Address 448-5 Kajii-cho, Seiwainguchi-Agaru Higashigawa, Mikuruma St.,Kamigyo Ward, kyoto HP https://www.smrj.go.jp/incubation/cckm/

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Tamariba is an event and exchange space where startups, students, researchers, creators, and freelancers can communicate their ideas and passions and interact casually. If the event satisfies the two keywords 'innovation' and 'open', you can easily hold the event for free. Every Wednesday, KRP-sponsored events are also held. Address 134 Chudoji Minamimachi, Shimogyo-ku, Kyoto-City, Kyoto HP https://www.krp.co.jp/tamari-ba/

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A science park operated by the private sector, which is rare in the world. Established in 1989. Industrial support organizations of Kyoto Prefecture and Kyoto City located inside. About 480 companies and institutions, and about 5,000 innovative human resources are gathered in the rental lab offices of this district. Address 134 Chudoji Minamimachi, Shimogyo-ku, Kyoto-City, Kyoto HP https://www.krp.co.jp/english/

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“Toberu” is a social incubator with residences operated by Phoenixi Co.. Ltd. The incubator is a place to improve self-efficacy where people dedicate to startups and/or early-stage companies and those who support them in a free exchange of ideas and experiences. 　Our incubator was born for the future where the entire city of Kyoto with such multifaceted nature as openness and closeness, history and modernity, functions as an ecosystem. Address 32 Yoshidatachibana-cho, Sakyo-ku, Kyoto 606-8303 Japan HP https://www.phoenixi.co.jp/en/

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Hacarus Inc. founded 2014 in Kyoto, Japan provides Explainable Lightweight AI Tools, backed by Miyako Capital (Kyoto University) among others. Its solutions are used in the Medical and Manufacturing fields to enable humans to make better, faster and more reliable decisions. Hacarus' proprietary AI engine understands data like a human would - by its unique key features and is far more resource efficient than competing methods. To learn more, visit https://hacarus.com Address Dai 12 Hase Building 5A Hashibenkei-cho, Nakagyo-ku Kyoto, 604-8151 Japan HP https://hacarus.com/

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Rege Nephro Co., Ltd. (President: Toshihiro Ishikiriyama) is a regenerative medicine venture established in 2019 from Kyoto University. Our mission is to provide the world's first radical treatment for chronic kidney disease, and its founder is Professor Kenji Osafune (Director and Chief Scientific Advisor) of the Center for iPS Cell Research and Application, Kyoto University. iCAP, JAFCO, Fujifilm, JST, Kyogin Lease Capital, etc. have invested. Chronic kidney disease is the last frontier area in Japan, where there are 13 million patients, but there is no radical cure. The nephron progenitor cells(NPCs)discovered by Osafune are expected to have the effect of repairing injured kidneys, and transplantation of NPCs under the kidney capsule may prohibit the exacerbation of renal function. Now that the effect in mice has been demonstrated, we are proceeding with development with the aim of starting clinical trials in 2023. We plan to raise Series A funding in 2021. We at Rege Nephro want to eliminate patients suffering from dialysis. 住所 MIC bldg.Graduate Shool of Medicine, Kyoto University 53 Kawahara-cho,Shogoin, Sakyo-ku, Kyoto HP https://www.regenephro.co.jp/

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Enecoat Technologies is a startup established by Kyoto University in January 2018, and we develop perovskite solar cells, regarded as the front-runner in next-generation solar cells. The company was launched with the full support of Kyoto University based on research seeds studied over several years by the Wakamiya Laboratory at the Kyoto University Institute for Chemical Research. 住所 91-102, Miyagaki Cho, Kamigyo Ku, Kyoto Shi 602-0853, Japan【Contact】 Uji Development Center : 1-25, Nishinohata, Okubo Cho, Uji Shi, Kyoto Fu Uji Venture Company Training Plant, 4th HP https://www.enecoat.com/en/

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A health-tech startup from Kyoto University Graduate School of Medicine, “Pocket Therapist" is a health management solution that supports everything from visualization of labor productivity to measurement against shoulder stiffness and back pain based on medical evidence. Won the best award at Health 2.0 Asia 2018, a global healthcare conference. “Pocket Therapist” has been introduced mainly by listed big name companies, and has gained evidence such as improvement of labor productivity, reduction of highly stressed workers, and reduction of complaints. There are many researchers from national universities, and their strength lies in an ability to build evidence and implement quality control as a healthcare service. Address 680-1 Omandokorocho Shimogyo-ku, Kyoto-shi, Kyoto-fu 600-8413, Japan HP https://www.backtech.co.jp/

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The company sells and develops products for food testing, clinical testing, and bio-research based on the innovative electric filter technology "AMATAR™" that uses image analysis technology was added to electrical characteristics analysis and microfluidic control. In addition, the company also sells the microbe contamination risk monitoring system "ELESTA PixeeMo™," which mainly targets the food, beverage and cosmetics fields. It has also developed a label-free cell separation device "ELESTA CROSSORTER™" that can be used for CTC, exosomes, iPS cells, etc. The company acquired “ELESTA PixeeMo™” AOAC-PTM certification on January 14, 2020 . 住所 46-29,Yoshida simo adachi-cho, Sakyo-ku,Kyoto,606-8501,JAPAN HP https://afi.co.jp/en/

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Innovative Plant Factory SOLUTION Contributing to World Society through the innovative Plant Factory. Lettuce Orac Value(※） ：　10　times more than major competitors （※）Antioxidant ingredients such as Vitamin C , Vitamin E , Cysteine, Polyphenol etc Vegetables with a lot of antioxidant ingredients spreads in the health-oriented and anti-aging markets in the future． Business Fields : Plant factory design and construction, Designing and manufacturing cultivation plant, Management of cultivation technology and cultivation operation Address Seika Campus,Kyoto Prefectural University,84,Oji, Kitainayazuma,Seika-cho,Souraku-gun,Kyoto HP http://k87vege.jp/

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mui Lab is a Calm Technology and Design Startup from Kyoto, Japan. The company was founded in 2017 as NISSHA Group’s internal entrepreneurial project and became an independent business in April 2019 through a management buyout. We believe “technology” can become synonymous with “unintentional” and bring out the best of humanity. We strive to harness the power of cutting-edge engineering to create a harmony among technology, the humans who use it and the nature surrounding them. mui Lab conducts global business from its headquarters in Kyoto, a city known for its successful blending of traditions and technology. mui Lab has presented its work on various global stages, including Milan Salone (2018 & 2019) and Consumer Electronics Show (CES) 2019, and has garnered worldwide media attention. The company’s flagship product, the “mui” panel, has been recognized worldwide for its sophisticated design and novel concept, garnering the Best of Kickstarter Award 2018 and CES Innovation Award 2019 Assress 294-1, Tawaraya-Cho, Nakagyo-Ku, Kyoto, Kyoto HP https://mui.jp/en/

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Atmoph develops “Atmoph Window” smart digital windows, which use 4K images of beautiful scenery and realistic audio filmed and recorded by Atmoph itself to generate instantly the feeling of being in another place. Thanks to their simplicity, which makes it possible to create a virtual window simply by hanging them on the wall, they have been well received among a wide range of individual and corporate customers, for use not only in private homes but also in cafes, salons, offices, guesthouses, and residential care facilities. Address 75-6 Yanagihachimancho, Nakagyo-ku, LS Kyoto 3F Kyoto, Japan, 604-8101 HP https://atmoph.com/en

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Under our corporate mission, "providing necessary power beyond space where needed," we are developing and commercializing power transmission/reception devices enabling wireless power transmission to sensors and display terminals in factories at this stage. Microwave wireless power transmission can be used in various places, not only inside/outside factories and houses but also in depopulated areas without power wiring, stricken areas, and outer space, because it can be used anywhere. Therefore, it is a disruptive innovation that breaks the concept of existing cases of mobile and edge device use. We provide our customers with wireless power supply systems made available by mircowaves and higher degrees of freedom to contribute to the realization of a convenient and comfortable society. Address Goryo ohara, Nishikyo-ku,Kyoto 615-8245,Japan HP https://spacepowertech.com/

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CONNEXX SYSTEMS Corporation is a start company with ground-breaking storage technologies which promote regional independence in terms of energy and contributes to the construction of social infrastructure that is green and resilient, and to the co-existence and co-prosperity of diverse forms of culture. We aim to create and develop unique, innovative next-generation energy systems, such as BIND Battery🄬, an unconventional hybrid technology that integrate multiple types of storage batteries, HYPER Battery™, a unique high power battery with ultra-high rate charge/discharge characteristics, and SHUTTLE Battery™, an innovative secondary battery with ultra-high energy density made possible by combining a metal-air secondary battery with fuel cells. Address Keihanna Open Innovation Center Kyoto, 7-5-1 Seika-dai, Seika-cho, Soraku-gun, Kyoto, Japan 6190294 HP https://www.connexxsys.com/

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iHeart Japan Corporation is developing allogeneic regenerative medicinal products derived from iPS cells, and selling research tools for cardiotoxicity and efficacy. We aim to realize regenerative medicine for heart failure and release patients from waiting heart transplantation . Address 310 Creation-Core Kyoto Mikuruma, 448-5 Kajii-cho, Kamigyo-ku, Kyoto, 602-0841 Japan HP http://www.iheartjapan.jp/en/

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We are conducting business using the ultimate porous material "Porous Coordination Polymer(PCP) /Metal Organic Framework( MOF)" discovered by Kyoto University. In addition to manufacturing and sales of these materials, we are developing the next-generation high-pressure gas cylinder CubiTan® and biocompatible bioPCP™ as unique new applications. Address Creation Core Kyoto Mikuruma♯208, 448-5 Kajii-cho, Kamigyo-ku, Kyoto 602-0841, Japan HP http://www.atomis.co.jp/en/

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We provides a framework for all to build a robot easily and quickly and contribute to society, based on our vision "Quick and Easy Robot for Everyone". Keigan is founded in 2016 in Seika-cho, Kyoto-fu, and developing, manufacturing and selling Motor Module "KeiganMotor", AGV(Autonomous Guided Vehicle) and releted softwares. Motor Module "KeiganMotor" is an intergrated device including a brushless servo motor, a driver, sensors and a wireless module. It can be controlled by a cost-effective single board computer or a smartphone. R&D department of company, laboratory of university or factory use our products now. We are planning to sell an AGV to follow a person automatically by 2021. Address 205KICK　7-5-1　Seika-dai, Seika-cho, Soraku-gun, Kyoto HP https://www.keigan.co.jp

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Nota Inc. was founded in Silicon Valley in 2007 and became a Japanese corporation in 2020. The company was then renamed Helpfeel. As a global SaaS company, Helpfeel is dedicated to addressing a major social issue of our time: the "information gap" (also known as the "knowledge gap"). Helpfeel develops and operates an enterprise search tool named after the company, as well as Cosense, a knowledge enablement tool to help organizations grow, and Gyazo, a media capture tool that transforms information into knowledge. Helpfeel's search functionality is powered by its patented "Intent Prediction Search" technology, and it is rapidly expanding its share of the customer support market. Additionally, Helpfeel has introduced remote and flexible work options for all employees, enabling staff throughout Japan and around the world to maintain a good work-life balance. Address Kawamoto Bldg., 5th Floor, 110-16 Goshohachiman-cho, Kamigyo-ku, Kyoto, 602-0023 Japan HP https://corp.helpfeel.com/en/home

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Production Engineering Start-Up Mission： To make a global digital network of small factories Description of Business： We provide manufacturing process management systems by SaaS and IoT options for small lot production. Each service is based on the way of the “Toyota Production System ” as known as the lean production system and developed to fit for small lot production. It makes users' process management high leveled standardized digitally and be able to connect processes between users to realize digital supply chain management platform. Service Content： Our manufacturing process management system provided by subscription supports user's production scheduling and progress management to reduce management cost and increase productivity. Address Machigashiracho 112, Nakagyo Ku, Kyoto 604-8206 Japan HP https://www.mono-revo.co.jp/

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We utilize regenerative medicine technology to provide blood cell-like cells for research, which were previously difficult to obtain, to researchers at universities and research institutions. Our core technologies are 1. differentiation technology, 2. stable supply, and 3. gene modification technology). Our first product, a human iPS cell-derived myeloid cell (iMylc cell) for research has been developed and launched in December 2019. These cells have characteristics of myeloid cells such as monocytes and dendritic cells and are suitable for blood cell research such as basic research and drug discovery. For example, 　1. Virus infection evaluation: As a research and drug evaluation system for developing drug candidates and vaccines for infectious diseases 　2. Adjuvant evaluation system: As screening system via cell surface receptor (ex. TLR) 　3. Alternative evaluation method: As an alternative test from animal test to evaluate irritation of materials (like Pyrogen test) We are also developing and providing prototypes of young red blood cells for erythrocyte-mediated infections such as Malaria. Address Goryo-ohara 1-36, Nishikyo-ku, Kyoto, 615-8245, Japan HP https://www.micantechnologies.com/

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Membrane-based separation is one of the promising technology for simplifying processes and reducing energy consumption drastically in future chemical and petroleum industries. eSep. Inc. will develop and offer membrane-based separation technology for easy, eco-efficient separation. （Focus） 　1. Microporous ceramic membrane (zeolite membrane, silica membrane ) 　2. Membrane reactor 　3. Process simulation Address Keihanna Open Innovation Center @ Kyoto 106・107・108・109 (KICK), 1-5-7, Seikadai, Seika-cho, Souraku-gun, Kyoto 619-0238 JAPAN HP http://sites.esep-membrane.com/

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BIOME is collecting distribution data of living-organisms around the world to create a business platform for biodiversity markets. To collect the distribution data, we developed an AI system which can identify the name of (almost) all species in the world. One of our product is smartphone application which can provide an opportunity to enjoy the real world like a game. Users can easily know what the name of organisms they found and virtually collect them with this app. 住所 Masugibuilding 305, 143 Zenchojicho, Shimogyo-ku, Kyoto City HP https://biome.co.jp/en/

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Organic Tech Farm Cortporation is R&D company founded on the basis of state-of-the-art biotechnology from universities. We are developing “organic pesticides” using enzymes and other organic materials. It can also be used as a plant growth promoter. Our organic materials are safe, naturally decomposed and do not remain in the environment. Address Advanced Chemical Technology Center in Kyoto, 105, Jibucho, Kyoto-Shi Fushimi-Ku, Kyoto-Fu, 612-8374, Japan HP http://www.ortf.kyoto

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We have visited hundreds of fishing ports and seen the landing status, market prices, and conditions at each port. We work directly with over a dozen of them nationwide. Customers can respond to the receipt of the central wholesale market, from a listed company of a restaurant operated by a private store, regardless of size. 　Based on our experience and relationships with various fishing ports, we can offer fresh fish and processed products to restaurants for raw material procurement-processing and delivery of private brand products. 　Our fresh fish ranges from locally consumed varieties to more common fish. We handle a wide range of processed options including, but not limited, to fillet, dried fish, pickled fish, delicacies, etc. We also handle our own processed products unique to each area that can be great for gifts! Address 2nd floor, Kakizaki Building, 64-15 Mibu Aiaicho, Nakagy-ku, Kyoto-shi, Kyoto-fu 604-8812 Japan HP https://www.shokuichi.jp/

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Dari K is a pioneer of bean-to-bar chocolate and consistently plays a role from upstream to downstream in the supply chain, i.e., from cacao cultivation to processing, chocolate production and sales, in Indonesia. Based on the philosophy of "change the world with cacao," the company has built a triple-win business scheme that rewards all cacao producers, consumers and companies. In recent years, Dari K is working towards expanding the possibilities of using cacao beyond chocolates, such as developing the world's first freshly-ground cacao drink machine, with the cooperation of a major electronics manufacturer. Address 72-2, Shichiku Nishitakanawa-cho, Kita-ku, Kyoto-city HP https://www.dari-k.com/en/

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The demand for iPS cell-derived cardiomyocytes is growing every year in all fields. However, various problems such as maturity and drug responsiveness are preventing the practical use of iPS cell-derived cardiomyocytes. The protein-free method developed at Kyoto University is a technology that can solve these problems. Address #305 Med-Pharm Collaboration Building, 46-29, Yoshidashimoadachi-cho, Sakyo-ku, Kyoto-shi, Kyoto, 606-8501 HP https://myoridge.co.jp/en/

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Developing autonomous edible cricket farming system and cricket-based ingredient for each application. 　We focus on customizing the flavor and the nutrition of crickets for each application. 　In farming, our self-automated farming system incorporated with block-chain technology helps farmers to make high-quality produce at stable cost and to have the access to the market. 　Our goal is every one in the world has the equal access to the high nutritious and tasty food. Address 97 Kainokamichou, Kamigyoku, Kyoto (JPN) HP https://bugmo.jp/

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Baseconnect was founded in January 2017 with the goal to “connect the world’s data and create a world where essential data can be accessed directly”. We aim to develop the next generation search engine (Knowledge Engine) that will allow people to directly access information as soon as they desire it. We are currently continuing to expand in the business sector and provide a service called “Musubu”, which specializes in increasing the efficiency of sales operations. Musubu is a sales support tool that provides access to a database of over one million companies that can be turned into sales leads lists. As of January 2020, it has been adopted by an accumulative total of over 30,000 companies. We are now aiming to develop a complete sales management cloud service. Address 1-5 Mibushinmeicho, Nakagyo-ku, Kyoto 604-8861 HP http://company.baseconnect.in/

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AlphaNavi Parma is a business venture carved out from Sumitomo Dainippon Pharma that was established in January 2019 by two employees of Sumitomo Dainippon Pharma, with support from Kyoto iCAP. With manufacturing, development, and marketing rights for ANP-230 licensed from Sumitomo Dainippon Pharma, AlphaNavi Pharma aims to deliver ANP-230 as a first-in-class drug to patients with painful neuropathy such as episodic infantile limb pain syndrome.【Overview of AlphaNavi Pharma Inc.】(1) Incorporated: January 2019 (2) Head Office: 36-1 Yoshida-honmachi, Sakyo-ku, Kyoto, Japan (at International Science Innovation Building, Kyoto University)(3) President & CEO: Yoshihiro Oyamada(4) Osaka Office: 33-94, Enoki-cho, Suita City, Osaka Prefecture, Japan (at Central Research Laboratories, Sumitomo Dainippon Pharma)(5) Description of business: Research and development of voltage-gated sodium channel selective inhibitors, such as ANP-230 住所 Yoshida-honmachi 36-1, Sakyo-ku, Kyoto, 606-8317 HP https://alphanavi.com/en/top/

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Our vision - Scientify retail, machinery and agriculture using IoT and AI. 　AdInte specializes in Web Advertisement based on DSP and private DMP Using AIBeacon, an IoT hardware device developed by AdInte and patented in Japan and overseas, our business centers around AIBeacon’s real-movement data which allows the distribution of tailored information and advertisement to increase the rate of customer acquisition at real stores. 　In this technology area AdInte is attracting attention as a provider of one-stop high-precision OMO marketing, data collection, store and customer analysis, segment extraction, PR and customer acquisition. Address 347-1 Shijo-cho, Shimogyo-ku, Kyoto, Japan HP https://adinte.co.jp/

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For the purpose of mental health care, we are developing a system to clarify mental problems by chatting with AI and lead to solutions to the problems.We provide this chat system with AI, iOS app "emol" for general consumers and web service "emol work" for business.This chat system with AI can provide simple counseling and coaching based on CBT (Cognitive Behavior Therapy) and ACT (Acceptance and Commitment Therapy), and can clarify mental problems that could not be embodied.We provide this solution for the general consumers and for business to clarify their mental problems. 住所 3th floor Building No.4 KRP 93 Chudoji Awata-cho, Shimogyo-ku, Kyoto-City, Kyoto, Japan HP https://emol.jp/

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We are developing “cell therapy with Schwann cells” to regenerate damaged nerves and “iPS drug discovery” to discover new drugs using disease model cells derived from patients.So far, we have succeeded in efficient and stab inducing differentiation of Schwann cells from human pluripotent stem cells and have utilized them as cell products for drug discovery assays.Now we are conducting animal experiments to examine the possibility of cell therapy application using our Schwann cells.We are already verifying the safety and efficacy of Schwann cells for nerve repair, and are conducting research and development with the aim of realizing the world’s first cell therapy and regenerative medicine using Schwann cells.We are looking for collaborative partners who can walk the path with us towards the practical application of advanced cell medicine and iPS drug discovery. 住所 OFFICE-ONE Shijo Karasuma 11F,480, Niwatoriboko-cho, Shimogyo-ku, Kyoto 600-8491 Japan HP https://scad.or.jp/en/

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“RNA Switch” refers to mRNA consisting of a sequence that recognizes miRNA and marker genes such as fluorescent protein and suicide gene. There are 2,657 types of miRNAs listed in-house based on the database. It has been reported to control various mechanisms of action of biological phenomena, but its function has not yet been clarified. We have RNA Switch libraries for all of these miRNAs, and by using these, it is possible to detect active miRNAs that work uniquely in cells, and elucidate the functions of miRNAs. I think it is useful for.By using cell type-specific active miRNAs found by this technology, (1) selection and purification of myocardial cells and insulin-producing cells used for regenerative medicine induced to differentiate from iPS cells / ES cells, (2) as a disease-related miRNA search tool It can be used to develop short-stranded nucleic acid drugs for detected miRNAs or to apply to mRNA drugs. 住所 46-29 Yoshidashimoadachi-cho, Sakyo-ku, Kyoto HP http://www.acernatec2.com/cn4/TOP_EN.html

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A pre-IND stage company focused on designing and developing innovative medicine partnering with academia in Neurology. Product in DevelopmentML1808: Nasally administered anti-dementia drug (prescription drug)ML1911: Nasally administered polyphenol for forgetfulness (non-prescription drug)“Why develop?”Dementia – Global PandemicCases of dementia, currently 50M, are set to triple by 2050. Dementia is unique because the family loses the person they loved before physical death. Dementia has a physical, psychological, social, and economic impact, not only on people with dementia, but also on their families, caregivers and society at large.“Is it possible?”Yes, process has been elucidated, drug candidates have been discovered, and a great team is ready.Process: It’s been elucidated how and when toxic proteins, such as Aβ and tau, function. In response, the FDA has defined prevention and treatment of dementia with early conditional approval for preventive intervention.Drug candidates: We discovered small molecules inhibit toxic proteins and confirmed they can be safely and efficiently delivered to the brain by intranasal administration.Team: In addition to the management team, we work with specialists in biomarkers, global dementia study, nasal spray and intellectual property as a team. 住所 Sanjo CHOHJU building 4F, 24 Umetada-cho, Nakagyo-ku, Kyoto HP http://medilaborfp.com

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“Let’s stop borrowing precious resources from our future”.――This is our message. We are trying to help popularize agriculture that is less damaging to our environment. We want to make a form of agriculture which lasts 100 years, and achieve an environmentally sustainable society. As one of the method, we provide agricultural produces. About 250 of our partner farmers are based in Kansai-area, and 90 % of them are beginners in the agriculture field. Our business may be one of the first in Japan to be based on partnership with agricultural beginners. Address 21 Nishi-sichijo-Yawata-cho, Simogyo-ku, Kyoto City, Kyoto, Japan, 600-8888 HP https://www.on-the-slope.com/

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RUTILEA Co., Ltd. aimes to solve social issues by open source softwares. Our company develops open source softwares, hardwares, and apps which help visual inspection. In Auguest 2019, our company released open source softwares named SDTest which makes visual inspection automatic, and 400 companies, especially the manufacturing industry, have already downloaded this open source software. In addition, we are developing the numerical calculation environment by Python called 'CURTA'. Developing those, RUTILEA Co., Ltd. assits productivity improvement and development of many industries and companies. Address Ebisu building F3, 82, Shimotsutsumicho, Kyoto Sakyo-ku, Kyoto, 606-8396, Japan HP https://www.rutilea.com/

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SHIRU CAFE, a platform for connecting students to companies without holding back, organizes small-group exchange meetings and events to support students. who have little opportunity to work on career formation or job hunting from the early stage. Approximately 500,000 students at 18 stores nationwide have been using it annually as a place to open up future possibilities for even the first-year college students to casual exchange with the members of society. Companies using SHIRU CAFE can disseminate corporate activities through the promotion of corporate logos and the distribution of commercials on the digital signage inside the cafe. SHIRU CAFE is run by student staff and supports companies from the student's perspective through activities such as setting company exchange meetings to be able to draw the student's attention. Address 313 Imadegawa-cho, Kamigyo-ku, Kyoto HP https://enrission.jp/

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■ Background With the aging of society, the work to cope with outpatients and hospitalization of chronically ill patients is increasing, and the shortage of doctors has resulted in overwork of doctors and has become a serious problem. There is a need to create an environment where busy physicians can concentrate on the tasks they need. ■ Our service We have obtained a patent for creating a summary of an electronic medical record that records patient information etc. using artificial intelligence (AI) in order to reduce the document creation work that is not a medical practice but burdens doctors. We are developing it. Being able to keep a summary of each medical record will make it easier to check the medical treatment of the patient, and will make it possible to create a summary at the time of discharge and a medical certificate in a short time. In addition, when creating summaries from medical records, normalization and structuring are performed using state-of-the-art natural language processing technology. This enables more advanced utilization of medical records that cannot be utilized as big data at present due to variations in expression. Address 46-29,Yoshida simo adachi-cho, Sakyo-ku,Kyoto,606-8501,JAPAN HP http://enishia-inc.co.jp/

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Our company is an AI startup from Kyoto University that aims to realize creative AI by using the advanced AI technology "GAN" that has attracted attention around the world, with the mission of "expanding the world frontier with AI". We conduct research and development and social implementation of creative AI, which is unprecedented "AI to create something". Utilizing our GAN algorithm, we will jointly develop and commercialize products and services with NTT Docomo and other large companies in various industries. “Whole-body model generation AI” announced in April 2019 has attracted worldwide attention. Address Kyoto University International Science Innovation Building 36-1 Yoshida Honmachi Sakyo-ku Kyoto, 606-8501, Japan HP https://datagrid.co.jp/en/

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Through a single interface, online sellers and logistics companies can manage the end-to-end shipping process, and get shipments ready for pick-up in just a few clicks. Address Kyoto, Nakagyoku, Yaoyacho 117 604-8072 HP https://www.shipandco.com

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connectFree Corporation develops and provides solutions that are simpler, safer and more free-spirited, in line with today's current situation where computer processing power has been dramatically improved. The safe compiler and language "ZEN ™", the secure communication system "EVER / IP®", and the secure product main board "NETBOY®" are driving the world's innovation from Japan. Address DaisanTagen BLD 6F, 83 Kankoboko-Cho Karasuma-NishiShimogyo-Ku Kyoto-Shi Kyoto / Japan HP https://connectfree.co.jp/

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We aim to realize a society with optimized environmental impact by realizing technological innovation in electrification, automation, and IoT by implementing completely new materials called gallium oxide as a power device.Leading the business by realizing world’s best data with unmarked new material. Successful funding of 3,200 million yen. Received the Minister of Economy, Trade and Industry Award in "Japan Venture Award 2019" Address Goryo ohara, Nishikyo-ku,Kyoto 615-8245,Japan HP https://flosfia.com/english/

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Megakaryon Corporation was established in 2011 with the aim of utilizing the technologies developed by Kyoto University and the University of Tokyo for producing platelets from human iPS cells for clinical application. By developing large-scale manufacturing of human iPS-derived platelets with no risk of infection, we aim to supply platelets to medical facilities around the world both in developed countries where declining birthrate and increased ageing population cause a concern due to decreased number of blood donations, and in developing countries where there is already a shortage of donated platelets. Address 215 Bldg #2, Kyoto Research Park 134 Minamimachi, Chudoji, Shimogyo-ku, Kyoto, 600-8813, JAPAN HP http://www.megakaryon.com/en/

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Under the mission of "reconstruction the common sense through the innovation," we are developing software using the latest AI and image processing technologies.All the we developed software is OPEN to the public from our website for free. Anyone can quickly and easily do proof of concept(POC) just by downloading.list of OPEN POC software:・Visual inspection software for quality control.・Object detection software for security cameras.・Time-series forecasting software for sales forecasting.・Optical Character Recognition software for automatic scoring.・Automatic number counting software for steel pipes.Publication information:・August 17, 2020: Software for quality control published in Nikkei newspaper.・November 10, 2020: OPEN POC certified as Kyoto Smart Product in 2020.・November 12, 2020: Software for steel pipes published in Nikkan Kogyo newspaper. 住所 36-1 Yoshidahonmachi, Sakyo-ku, Kyoto-shi, Kyoto-hu, Japan 104 International Science Innovation West Building F1 606-8501 HP https://www.anamorphosis.net/

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Toregem BioPharma is a Kyoto University venture company established based on the research results of Dr. Katsu Takahashi (dentist), Department of Oral and Maxillofacial Surgery, Kyoto University. Toregem BioPharma was started with the aim of creating and developing a game changing tooth regeneration drug that helps teeth to grow. CEO of Toregem BioPharma is also a dentist (Clinician and researcher). Our research has been showed medium-sized animals can grow teeth using the drug.Lack of permanent tooth buds results in congenital anodontia (CA). Currently there is no therapeutic drug to treat congenital tooth defects. Our research lead to the development of an antibody drug to treat CA that can be locally administered to grown permanent tooth buds leading to tooth regeneration (TR). We aim to establish antibody treatment as a therapeutic option for TR from soft-tissue.Toregem BioPharma’s vision is to introduce a game changer in tooth regeneration technology for a healthy oral care in all age groups of people globally. Thereby, contribute to the realization of a healthy and prosperous society for people around the world. 住所 104 International Science Innovation Building Kyoto University36-1 Yoshida-honmachi, Sakyo-ku, Kyoto, 606-8501 Japan HP https://toregem.co.jp/

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With the increase of population and expansion of middle-class income sector, the world is facing a problem called "protein crisis" where the demand of protein will exceed its supply in the near future. Regional Fish Institute, Ltd., a foodtech startup originated from Kyoto University, aims to solve this problem by improving the productivity and value-add of aquatic products by applying "high-speed breeding” to aquaculture. While traditional breeding method usually takes about 30 years to establish one breed, our technology can do this in only 2-4 years. We also plan to install "smart aquaculture" using AI/IoT to promote automated/remote operation.With our distinctive core technology in hand, we hope to contribute to upgrading the aquaculture industry by providing new breeds of fish seeds that meet the needs of consumers and aquafarmers. 住所 Yoshida-Honmachi, Sakyok-ku, Kyoto-shi, Kyoto 606-8501, Japan HP https://regional.fish/en/

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We provide two FishTech services for fishing and marine industries.Fishers Navi : Fishing ground determining support system. SEAoME : Highly accurate sea condition prediction system for each customers. OceanEyes is a technology venture company that provides a suite of FishTech technologies as a service, developed with the goal of realizing sustainable ocean use using cutting-edge information technology such as pattern recognition and ocean simulation data assimilation. We aims to achieve “A society in which fishers can continue their fisheries in a stable manner in the future” and “A society in which the earth’s rich marine resources are sustainable” through its R&D and business activities. Sustainable fisheries is one of the United Nations SDGs and is recognized as a global issue. 住所 104 Kuvic, International Science Innovation Building, Kyoto University,Yoshidahonmachi,Sakyo-ku, Kyoto-shi HP https://oceaneyes.co.jp/en/

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Mitsufuji was founded as Nishijin hi-class Kimono company in 1956, then the second generation inherited next. In 1990s, he developed functional fibers named AGposs made out of conductive silver yarns. In turned out to be highly effective and evaluated for antibacterial and odor-free benefits. In 2000s, as the textile industry fell into a decline, he realized that he was facing crisis of bankruptcy. In 2016, the third generation, a current CEO, developed and released an end-to-end new system of wearable technology named hamon. It consists of a garment woven from AGposs to collect biometric data from a wearer’s body and capture it in a tiny wearable device called a transmitter. The device transmits the data first to the wearer’s smartphone then to an analytics system in the clouds, which reveals useful insights on the wearer’s health condition, stress level and other relevant data. Now, Mitsufuji has been succeeded in creating smartwear in wearable fields and transforming to wearable IoT service provider. Our platform hamon system has been introduced and used in various fields such as construction and transportation, industries, nursing care & school, among industry-government-academia as well. Address Lab.Wing13F Keihannna Plaza1-7, Hikarida Seika-cho, Soraku-gun, Kyoto HP https://www.mitsufuji.co.jp/en/

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Based on the philosophy of "Solving social issues through Artificial Intelligence for future generations", we are developing AI products and putting them to practical use in a variety of fields, including nursing care, medical care, HR, finance, and robotics. Members include AI engineers, domain experts in care and other domains, strategic consultants, software and hardware engineers, researchers, designers, policy experts and other cross-disciplinary people. With Japan's super-aging society, we not only develop products based on a thorough understanding of the needs and challenges of each field, but also expand our services to overseas locations as we engage in global business. Address 2F, Tanakamonzen-cho 73, Sakyo-ku, Kyoto, 606-8225 HP https://exawizards.com/en/

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Stroly turns your maps into a marvelous mobile experience. Stroly is an online platform that connects illustrated maps with geolocation information and interactive features. You can upload your own maps, and find maps created by others. Stroly Inc. started in a research laboratory in Kyoto, Japan. In 2017, the company was bought out by the management members to start a journey as a startup. Stroly team develops the platform and collaborate with local communities. Address 109-1, Kanegae-cho, Simogyo, Kyoto-shi, Kyoto-fu Japan HP https://corp.stroly.com/en/