Sentences with phrase «basic research knowledge»
This is one of the best model cases in which basic research knowledge has been successfully applied toward researching a resolution to a food - related problem.»
https://www.sciencedaily.com/ Not exact matches
Research shows that huge portions of the population lack even the most basic knowledge of money and finance
Its task - mapping revealed that Pfizer's most highly skilled knowledge workers were spending 20 % to 40 % of their time on things like data entry, web research, basic spreadsheet analysis, and PowerPoint slides.
Young SL, Mbuya MNN, Chantry CJ, Geubbels EP, Israel - Ballard K, Cohan D, Vosti SA and Latham MC, Current Knowledge and Future Research on Infant Feeding in the Context of HIV: Basic, Clinical, Behavioral, and Programmatic, Adv. Nutr 2011; 2: 225 — 243, doi: 10.3945 / an.11 0.000224 full pdf + html
Recent examples include Henci Goer thoroughly misrepresenting the Friedman Curve while simultaneously illustrating her lack of knowledge of the most basic statistical concepts (Anatomy of a natural childbirth smear), Amy Romano demonstrating a total lack of understanding of both pelvic trauma and basic research (How Lamaze promotes misinformation), and Rixa Freeze, gleefully transmitting what was obviously false information without bothering to source it or check its accuracy (Birth of a natural childbirth lie).
Basic research is a key component of R&D because of the contributions it makes to expanding our knowledge and understanding of phenomena quite apart from any specific applications this understanding may yield.
From its position at the interface of science and government, AAAS maintains a close watch on basic research trends as an important component to the R&D process given the contributions it makes to expanding our knowledge or understanding of phenomena quite apart from any specific applications this understanding may yield.
Further, it's impossible to cut basic research without potentially cutting out some really useful knowledge important applications.
He finds «growing interest in industry to engage with universities to address basic research problems, to enhance basic knowledge of disease mechanisms.»
He cited the example of «basic research» — that is, research that seeks to improve and deepen scientific knowledge without a specific application.
«Without funding for basic science, we do not have new fundamental knowledge to move into applied research projects.
Findings based on this new technology are likely to have a significant impact on basic cellular research and increase our knowledge of how cells work and respond to stresses, such as exposure to contamination.
The goal, Staffin says, is not just to fund «interesting basic research, but [projects that are] ready to step on the gas» and realize advancements in knowledge.
Ibáñez considers that «this result confirms the need to dedicate more resources to basic research that advances knowledge of biological systems at the molecular level, in order to understand them better and thus be able to resolve the problems that arise in patients.»
«We gained this valuable knowledge through multidisciplinary basic research and approaching the problem with a rational design.»
And while this greater connectivity has not altered the basic quest — the pursuit of knowledge and the advancement of humankind — the increased globalization of scientific research has created a more open intellectual ecosystem that draws more smart people into the conversation.
In the words of Bente Vilsen, the truth is that it is basic research that generates the knowledge forming the basis for the development of the vast majority of drugs and treatments.
First, because universities are interested primarily in the advancement of knowledge (in science and other fields), they have been homes to basic research, some of which has led to enormous though unpredictable advances.
Understanding the need for invention, the knowledge that invention helps to create and the dual and complementary roles of invention and innovation for 21st century public problem solving is critical — every aspect of our problem solving requirements must be considered and acted upon including talent creation; the skill - set, aspirations and inspiration from our inventors; science, technology, engineering, and mathematics (STEM) basic research; and the innovation ecosystem.
«Oxygen vacancy supported memory: Research expands basic knowledge about non-volatile memory.»
We need to increase the levels of spending on basic science, creating new knowledge, and make certain that the money is maximized, both in the direct costs of funding research and the indirect costs of the infrastructure, such as buildings and equipment.
«We have developed a programme that can learn for example basic arithmetic, logic and grammar without any pre-existing knowledge,» says Claes Strannegård, a member of the research team together with Abdul Rahim Nizamani and Ulf Persson.
Between those two extremes of basic and applied knowledge lie two nascent, rapidly expanding subfields: translational research informatics and clinical research informatics.
Bringing together bench and bedside is the purpose of a new institute that aims to become a world - class «translational» cancer research centre, where the knowledge gained from basic research is translated into clinical applications.
«We need research that will identify new mechanisms and be able to quickly translate that new basic science knowledge into novel treatments,» Mackey said.
This work extends the range of species, cultivars and tissues that can be used for efficient transformation and is a beautiful example of what can be accomplished by combining basic research, technical expertise, and knowledge of practical problems facing mainstream applications.
Without the fundamental knowledge provided through basic research, we're limiting our innovation potential,» said Zuber, who co-authored an op - ed with AAAS CEO Rush Holt in support of basic research funding that was published Wednesday in The Hill.
In the piece Zuber and Holt wrote, «Federal agencies, with bipartisan support, are the primary investor of cutting - edge basic research that fuels industry's ability to harness that knowledge into innovative products and business.
Only when we have high - quality basic research in various fields and can work at the cutting edge of knowledge will we have the capacity to absorb frontier technologies and adapt them for our use.
The emphasis on basic curiosity in clinical research is so important to drive our knowledge forward.
To help close that knowledge gap, committee members called for continued public funding of basic research for better understanding of the «physiological, biochemical and molecular basis of these important traits.»
According to University of Alberta research published in the journal Heart, patients with heart failure and their families often lack basic knowledge about the condition and how they should manage their care between doctor visits.
* Define and improve standards of clinical care * Generate new knowledge in clinical and basic sciences * Provide a diverse and inspiring educational environment * Disseminate knowledge and expertise to our community and scientific colleagues * Foster the advancement of clinical and research leaders
Supports research that involves researchers from multiple disciplinary fields that integrates scientific theoretical approaches and methodologies from multiple disciplinary fields, and that is likely to yield generalizable insights and information that will advance basic knowledge and capabilities across multiple disciplinary fields.
While translational research has traditionally moved basic immunology knowledge forward into clinical application, varying clinical presentations of human immune - related disease processes, as well as variability in therapeutic outcomes, have provided opportunities for discovery of novel mechanistic hypotheses directly from patients.
Basic research increases our knowledge and understanding of nature and its laws.
My latest transition back to academia is aimed at integrating the diversified knowledge and skillset that I accumulated through all of these past experiences with the goal of bridging the gap (often referred to as «the valley of death») that separates basic research efforts in academia with those of big pharma.
The University of Chicago Medicine Inflammatory Bowel Disease Center is made up of a team of experts in clinical care and research, basic science and translational approaches — all working together to further knowledge of IBD causes and treatments.
Coordinated by the Office of Professional Staff Affairs and the Office of Diversity at Cleveland Clinic, the goal of this year's program was to disseminate knowledge about recent advances in basic science and clinical research, as well as innovations in the care of the surgical patient.
It takes basic research to understand the interactions and use that knowledge to create the right catalysts.
«Through its basic research into the origins of neurological disease, Gladstone has built an impressive knowledge into potential strategies and targets for treating devastating neurological diseases, such as multiple sclerosis and Alzheimer's disease,» said Peter Høngaard Andersen, Executive Vice President of Research, H. Lundbecresearch into the origins of neurological disease, Gladstone has built an impressive knowledge into potential strategies and targets for treating devastating neurological diseases, such as multiple sclerosis and Alzheimer's disease,» said Peter Høngaard Andersen, Executive Vice President of Research, H. LundbecResearch, H. Lundbeck A / S.
The 2010 Kavli Prize laureates were chosen for research that has transformed our knowledge of basic units of matter, laid the foundations for the field of nanotechnology, revealed the molecular basis for the transfer of brain signals and other physiological functions, and made possible the building of telescopes that can see deeper into space and further back in time.
Within the fields of microbiology and immunology, neurologic diseases, neuropharmacology, behavioral, cognitive and developmental neuroscience, and psychiatric disorders, the center's research programs are seeking ways to: develop vaccines for infectious and noninfectious diseases; understand the basic neurobiology and genetics of social behavior and develop new treatment strategies for improving social functioning in social disorders such as autism; interpret brain activity through imaging; increase understanding of progressive illnesses such as Alzheimer's and Parkinson's diseases; unlock the secrets of memory; treat drug addiction; determine how the interaction between genetics and society shape who we are; and advance knowledge about the evolutionary links between biology and behavior.
His goal is to translate the knowledge and understanding gained from basic research into the development of new treatment strategies to more effectively manage all types of cancer.
Institut Curie's SIRIC (Integrated Cancer Research Site) status further improves the structure of its translational and clinical research, enables it to develop interdisciplinary programmes with basic research units, and helps it share the resultant knResearch Site) status further improves the structure of its translational and clinical research, enables it to develop interdisciplinary programmes with basic research units, and helps it share the resultant knresearch, enables it to develop interdisciplinary programmes with basic research units, and helps it share the resultant knresearch units, and helps it share the resultant knowledge.
Our goal is to provide intuitive bioinformatics tools for the visualization, interpretation and analysis of pathway knowledge to support basic research, genome analysis, modeling, systems biology and education.
The aim of our research is to expand basic knowledge of the disease and to translate these and other basic findings into therapeutic applications in the clinic.
In helping to guide implementation of the new strategic plan, Dr. Guyer will work to balance the institute's ongoing commitment to basic genomic research, including developing new technologies for sequencing and analyzing genomes, with NHGRI's commitment to expanding the use of genomic knowledge in medical care.
The trainees obtain a basic foundation of knowledge through lecture and seminar courses and obtain experimental research experience at the University of Pennsylvania or within The Wistar Institute.
The final goal is that the student acquires sufficient basic knowledge to be able to plan, execute and analyze observations in all branches of Astronomy thus enabling him / her to perform scientific research.