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Led by Boyce Thompson Institute’s Andrew Nelson, four partners will identify RNA modifications and develop resources that may lead to hardier crops Credit: Photo credit: Anna Nelson Dittrich ITHACA, NY, August 4, 2020 — RNA perform a variety of functions in cells, helping with everything from regulating genes to building proteins.
The collaboration aims to “close the gap between single-cell RNA sequencing wet-lab services and single-cell data analysis solutions,” which will allow scientists to study the finest details that can be hard to access. Developments in the sector have already led to significant scientific breakthroughs.
Credit: Nigel Michki Neurons result from a highly complex and unique series of cell divisions. For example, in fruit flies, the process starts with stem cells that divide into mother cells (progenitor cells), that then divide into precursor cells that eventually become neurons.
CopyKAT enables researchers to gain new insights when analyzing solid tumor samples Credit: MD Anderson Cancer Center HOUSTON — In an effort to address a major challenge when analyzing large single-cell RNA-sequencing datasets, researchers from The University of Texas MD Anderson Cancer Center have developed a new computational technique to accurately (..)
Almost twenty years ago, the process of RNA silencing was discovered in plants, whereby small fragments of RNA inactivate a portion of a gene during protein synthesis.
Computational algorithms enable identification and optimization of RNA-based tools for myriad applications DNA and RNA have been compared to “instruction manuals” containing the information needed for living “machines” to operate.
In 2023, biotechnology and pharmaceutical companies leverage cutting-edge technology and significant investments in research and development (R&D) to continue pushing the boundaries of innovation in the healthcare sector, transcending the challenges posed by the pandemic.
As a result, industry and non-industry stakeholders, are on the lookout for advanced platforms that can simultaneously capture the arrangement of multiple biomolecules (DNA, RNA, proteins and others) with single-cell or subcellular resolution. 70+ spatial Genomics solutions are developed by industry and non-industry players.
In addition, Dr. Bahassi stressed that the simple enumeration of CTCs will not contribute significantly to the development of improved or more personalized cancer treatments. During the webinar, Dr. Bahassi gave a brief schematic of how personalized, targeted assays can be developed to detect somatic mutations from cfDNA ( Figure 1 ).
Cambridge-based Moderna recently reported encouraging results from a study of another type of personalized cancer vaccine it developed with the pharmaceutical giant Merck; it uses messenger RNA technology to target advanced melanoma. Therapeutic vaccines represent the next frontier in cancer medicine.
Bioinformatics in the Faculty. Biogazelle, an innovative bioanalytical services company offering RNA and. use and development of proteomic methods to. study RNA virus replication and virus-host interactions and in particular the use of single-cell proteomics to aid in this research. Highlight #2 Professor Jo.
On the other hand, solutions available in the oncology molecular diagnostics market can identify cancer at a much earlier stage, in some cases, even before symptoms develop. PCR is a widely used technique in molecular diagnostics that amplifies small amounts of DNA or RNA to detectable levels.
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