GHIT's new Grand Challenges Targeted Research Platform initiative is expanding the scope of GHIT's work to early-phase R&D investigating new approaches, concepts and constructs for fighting neglected infectious diseases.
This is a novel method to control joining of multiple objects precisely, and can be utilized for many applications such as soft robotics and biomaterials.
We can also take advantage of new methods and new information sources to get the best use of market information in constructing timely statistics, as shown in the case of property prices.
A new method for using immunotherapy to specifically attack tumor cells that have mutations unique to a patient's cancer has been developed by scientists at the National Cancer Institute(NCI), part of the National Institutes of Health.
This group's discovery shows that LTEM is useful as a new method for evaluating the quality of wide-gap semiconductors and it is also expected that LTEM will bring a breakthrough in the development of next-generation optical devices, super high frequency devices, and energy devices.
It directly leads to the overall time reduction of replacement/installation work to improve the process to prepare the working drawings, and they started off with introducing the 3D laser scanner in combination with BIM software to establish a new method.
In this talk, we are going to disclose two unconventional Use-after-free kernel bugs on Android we found last year, and introduce the new techniques we used to make these exploits 100% reliable.
Developers are taking advantage of these features: a flood of HTML graphics demos have been showing up on the web, ranging from implementations of old 2D graphics algorithms, to brand new techniques created specifically for the modern web.
Accelerating the R&D of liquid biopsies and contributing to the expansion of personalized medicine- Development of simple and fast genetic analysis system for circulating tumor cells ARKRAY, Inc. has established a new method for genetically analyzing extremely minute amounts of tumor cells in the blood by using a high-purity enrichment system, as a result of collaborative research with Professor Teruo Fujii and Dr. Soo Hyeon Kim of Institute of Industrial Science, The University of Tokyo.
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