MENU

Public Relations

Articles Published

FY2014

You can scroll horizontally.

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
 
  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