Research Collection

Summarized by Plex Health
Last Updated: 06 May 2022

This post was authored by William Choi & Cassidy Creighton, 2019 Junior Fellows, and Tomoko Y. Steen, Science Reference and Research Specialist, in the Science, Technology, and Business Division. When the United States got in the Second World War on December 8, 1941, the country dealt with extreme armed forces and logistical challenges. To achieve these jobs, the United States federal government produced the Office of Scientific Research and Development to engage the brightest scientific minds and the excellent machinery of sector in the quest of triumph. Dr. Vannevar Bush, previous vice president of the Massachusetts Institute of Technology and President of the Carnegie Institution of Washington, convinced President Franklin Delano Roosevelt of the requirement for a wartime scientific organization understood as the National Defense Research Committee. Upon its beginning, the National Defense Research Committee was headed by Vannevar Bush. When the Navy required to respond to the danger of German U-Boats, the NDRC and OSRD worked to develop airborne radar sets to permit spotter aircrafts to find the vessels from above. The NDRC created the renowned DUKW aquatic vehicle to land troops and tools directly on the coastlines when soldiers required to land on the beaches of Sicily. When Germany started using the V-1 missile in 1944 to bomb Britain from a range, the OSRD introduced new developments such as radar and the distance fuse to permit Allied forces to effectively counteract the danger. After the battle, the OSRD disbanded, and legislation was come on 1947 to produce the National Military Establishment. The Manuscript division at the collection houses the papers of prominent members of the NDRC and OSRD: Vannevar Bush, I. I.

The United States Department of Agriculture Crop Fiber Research Collection was transferred from the Plant Genetics and Germplasm Institute of USDA's Beltsville Agricultural Research Center to the National Agricultural Library in 1984. Latin plant names were standard in the finding help to streamline keyword looking. Charles Richards Dodge started the USDA's initial fiber crop investigations at the Paris Exposition in 1889. The American Commission sent Dodge to the Exposition as a technological expert. He continued to study fiber crops for USDA's Division of Statistics when Dodge returned to the United States in 1890. The Office of Fiber Investigations researched both traditional and experimental fiber industries in the United States. Domestic fiber production was expected to save countless dollars that the U. S. invested annually on imported fiber materials. The Office of Fiber Investigations also gathered a large collection of residential and international raw fiber samples. When the USDA began its plant research facility at Arlington Experimental Farm in Virginia, it consisted of fiber plant programs there. In the very early 1900s, Lyster Hoxie Dewey, a USDA botanist in charge of fiber plant examinations, produced an index documents of the world's literary works on fiber-producing plants. When Harry Taylor Edwards organized tough fiber examinations in 1915, he produced a separate collection of referral materials, generally on difficult fibers. The USDA Crop Fiber Research Collection includes research and published materials on greater than 300 genera of fiber-producing plants. Materials that originated from USDA and Agricultural Research Service research projects are set up according to the complying with layouts: Index cards. Collection materials originally inhabited filing cupboards and publication cases in the fiber investigations office.

Bethesda, Md. , Thurs. , May 20, 2010, The Human Microbiome Project today released an analysis of 178 genomes from germs that stay in or on the body. The human microbiome consists of all the microorganisms that reside in or on the human body. The 178 microbial genomes in this report launch the HMP reference collection that ultimately will complete approximately 900 microbial genomes of infections, fungis and germs. "Although this is only the initial step in making HMP clinically helpful, we already have learned shocking points about the diversity and complexity of the bacteria that stay in and on our body," stated Jane Peterson, Ph. D. , associate director of the NHGRI Division of Extramural Researcher and a leader of the HMP initiative. Researchers additionally examined the microbial variety present in the HMP referral collection. These data, the scientists state, suggest that the HMP recommendation collection has virtually two times the quantity of microbial diversity than is represented by microbial genomes already in public data sources. Among the primary goals of the HMP recommendation collection is to increase researchers' capacity to interpret data from metagenomic studies. Comparing metagenomic series data with genomes in the referral collection can help scientists establish whether they are unique or currently existing sequences. To review whether the reference collection of genomes was satisfying the goal over, the researchers compared 16. 8 million microbial sequences found in public databases to the genome series in the HMP reference collection. They found that 62 genomes in the referral collection showed resemblance with 11. 3 million microbial sequences in public data sources and 6. 9 countless these, about 41 percent, match with genome sequences in the recommendation collection. Genome sequencing work for the job is done by the HMP-funded large sequencing facilities: the Human Genome Sequencing Center, Baylor College of Medicine, Houston; Washington University Genome Sequencing Center, Washington University School of Medicine, St. Louis; The J. Craig Venter Institute, Rockville, Md. The HMP is presently moneying pilot demo projects by scientists that will example the microbiomes of healthy volunteers and volunteers with specific diseases over the next year. HMP data might additionally be accessed from its Data Analysis and Coordination Center website, http://hmpdacc. org/. The Human Microbiome Project is funded via the Common Fund, and handled by the NIH Office of the Director in partnership with the National Institute of Allergy and Infectious Diseases, National Institute of Arthritis and Musculoskeletal and Skin Diseases, National Cancer Institute, National Institute of Dental and Craniofacial Research, National Institute of Diabetes and Digestive and Kidney Diseases and National Human Genome Research Institute, all part of NIH. The NIH Common Fund encourages cooperation and supports a series of exceptionally high effect, trans-NIH programs. Common Fund programs are developed to pursue significant chances and spaces in biomedical research that no solitary NIH Institute might take on alone, yet that the company overall can address to make the largest impact feasible on the progress of clinical research. The National Institutes of Health, "The Nation's Medical Research Agency", consists of 27 institutes and facilities, and is a component of the U. S. Department of Health and Human Services.

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