Public Relations
Coverage
FY2014
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| No. | Date | Media | Broadcasting channel Newspaper, journal |
Headline, title | Page |
|---|---|---|---|---|---|
| 3/16/2015 | Web | AsianScientist | Delivering mRNA To Treat Neurological Diseases | ||
| 3/10/2015 | Web | JST Science Portal | Nanomicell Opens Door for mRNA Treatment | ||
| 3/3/2015 | TV | BS Fuji. | Innovationism | ||
| 3/3/2015 | Web | UTokyo Research | A new system of gene therapy using messenger RNA (mRNA)-mRNA introduction for treating neurological disorders | ||
| 2/24/2015 | Web | Foreign Press Center | “KING SKYFRONT”, a Base for Open Innovation is Being Developed near Haneda Airport (Kawasaki City) | ||
| 2/23/2015 | Web | Institute of Industry Promotion-Kawasaki | Abstract of Innovation Center of NanoMedicine (Japanese only) | ||
| 2/16/2015 | Web | QLife | Treatment for Neurological Disorders With mRNA a Success | ||
| 2/10/2015 | Web | Graduate School of Medicine and Faculty of Medicine, The Tokyo University of Tokyo | New Gene Therapy: Treatment for Neurological Disorders by Administration of mRNA | ||
| 2/6/2015 | Web | NIKKAN KOGYO SHIMBUN | Utokyo Develops New Gene Therapy Using DDS - Safety Proven with Mice | ||
| 2/5/2015 | Newspaper | Nikkei Industrial Newspaper | Nerve Regeneration by RNA at Utokyo, Gene Therapy Safe and Secure | p.10 | |
| 2/5/2015 | Web | Nikkei Biotech ONLINE | Prof. Kataoka's Group Regenerates Olfactory Nerve Through Nanomachine mRNA delivery | ||
| 2/5/2015 | Web | Jiji Press | Hope for a New Drug: Molecule Which Promotes Nerve Regeneration Generates Positive Effect in Mice - UTokyo | ||
| 2/4/2015 | Web | THE WALL STREET JOURNAL. | Hope for a New Drug: Molecule Which Promotes Nerve Regeneration Generates Positive Effect in Mice - UTokyo | ||
| 2/4/2015 | Web | School of Engineering The University of Tokyo | A new system of gene therapy using messenger RNA (mRNA) -mRNA introduction for treating neurological disorders- : Professor Kazunori Kataoka, Department of Materials Engineering | ||
| 1/19/2015 | Newspaper | Yomiuri Newspaper | The Technology of Light－Illuminate the Future (3) Double the Life Span Through Brain Tumor Laser Sharpshoots on Affected Areas | p.12 | |
| 1/15/2015 | Newspaper | Kagaku Kogyo Nippo | The article of interview with Dr. Hiromichi Kimura, Project Leader of COINS, on iCONM which will start its operation in April 2015 | p.4 | |
| 1/14/2015 | Newspaper | Kagaku Kogyo Nippo | Promising Nanomachines | p.1 | |
| 1/5/2015 | Newspaper | Kagaku Kogyo Nippo | Innovation for Health Care Technology Using Nanotech - Perspective of Social Contribution | p.6 | |
| 1/5/2015 | Web | WIRED | Nanomachine and Prof. Kataoka was featured in a NHK TV program “NHK Special” (Japanese only) | ||
| 1/4/2015 | TV | NHK | NHK Special: “Next World – Our future” (Japanese only) | ||
| 12/30/2014 | Newspaper | Nikkei Newspaper | Clinical trial of siRNA using delivery system developed by Kataoka Lab. for breast cancer will be conducted by a group led by Dr. Kozo Imai, Research Hospital, The Institute of Medical Science, The University of Tokyo. | p.9 | |
| 12/18/2014 | Newspaper | Yomiuri Newspaper | News story on polymer micelle medicine which is developing at Kataoka lab. | p.9 | |
| 10/24/2014 | Newspaper | Nikkei Industrial Newspaper | Delivering therapeutic antibody to the brain | p.10 | |
| 10/22/2014 | Web | Scientific Reports | A small laboratory in the brain of a mouse, "Lab on Brain", was developed. | ||
| 10/1/2014 | Web | Olympus BIO News | Introduction of a paper Published on an American Scientific Journal Science Signaling |
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| 9/2/2014 | Web | My Navi 2016 | |||
| 9/1/2014 | Web | Lohas Nedical | Early detection of cancer by blood test? | ||
| 8/5/2014 | Web | Kawasaki Inovation Gateway Vol.6 |
What is the Innovation Center of Nanomedicine, where research centers of universities and private companies gather under a single roof? What is "nanomedicine" that reforms the treatment of intractable illnesses? | ||
| 7/24/2014 | Web | Kanagawa Shimbun Kanakoro | Actual scene of national strategy: Has the first remedy for spinal injury been developed? The present situation of drug development | ||
| 7/14/2014 | Web | 2014 White Paper on Science and Technology of the Ministry of Education, Culture, Sports, Science and Technology | 2014 White Paper on Science and Technology of the Ministry of Education, Culture, Sports, Science and Technology printed an introductory article about the Center. | p.34 | |
| 6/23/2014 | Web | Terumo Life Science Foundation | Visit to Kataoka Lab, School of Engineering, The University of Tokyo | ||
| 6/4/2014 | Newspaper | Nikkei Industrial Newspaper | Cancer therapy 1 "Drug delivery to brain tumor" | p.10 | |
| 5/27/2014 | TV | TBS, Ippuku | Just a drop of blood to detect large intestine cancer? | - | |
| 4/30/2014 | TV | NHK | Method of detecting large intestine cancer with a very small amount of blood | - | |
| 4/18/2014 | Newspaper | Shikoku Shimbun | Gene therapy using nanomachine | p.13 | |
| 4/11/2014 | Newspaper | Kagaku Shimbun | Application of light-responsive nanomachine for cancer therapy expected | p.4 | |
| 4/10/2014 | Web | UTokyo Research | Light-selective gene transfer using a nanomachine | - | |
| 4/10/2014 | Web | UTokyo Research | Light-responsive nanomachine was developed based on the three-layered polymer micelle for delivering a target gene to cancer cells in response to light. | - | |
| 4/7/2014 | Web | My Navi News | The University of Tokyo developed a light-responsive nanomachine to deliver a target gene to cancer cells. | - | |
| 4/4/2014 | Web | My Navi News | Nanomachine responding to light was developed. | - | |
| 4/4/2014 | Web | Faculty of Medicine, the University of Tokyo | To deliver a target gene to the cancer cell in response to a light stimulus, light-responsive nanomachine was successfully developed based on three-layered polymer micelle. | - | |
| 4/4/2014 | Newspaper | Nikkei Industrial Newspaper | To cultivate the environment for the era of young innovators in Japan and nurture their attitude toward creativity | p.10 | |
| 4/3/2014 | Web | Faculty of Engineering, the University of Tokyo | Prof. Kazunori Kataoka of Material Engineering successfully developed light-responsive nanomachine based on three-layered polymer micelle. The target gene is delivered to the cancer cell in response to a light stimulus. | - | |
| 4/3/2014 | Web | Science Portal | Light-reacting nanomachine was developed. | - | |
| 4/3/2014 | Web | Nikkei Biotech Online | Prof. Kazunori Kataoka (The University of Tokyo) et al. developed three-layered nanomachines for introducing gene. Gene expression can be induced by light, increasing the efficiency by 100 times. | p. 19 | |
| 4/3/2014 | Newspaper | Nikkan Kogyo Shimbun | The University of Tokyo developed "gene capsules". The capsules are introduced into the cancer tissue by irradiating light. | p. 19 |