Post by habibkhan11 on Feb 14, 2024 6:27:47 GMT
Scientists joined forces to form the "Speciotemporal Omics Consortium" group, starting with mapping living cells . More than 80 scientists from around the world joined the group. We are committed to using transcriptomics technology to achieve maximum scientific benefit. The first study used BGI-Research's Stereo-seq technology. To create spatio-temporal cell maps of mice, Drosophila, zebrafish, and Arabidopsis plants. Shenzhen, China--5 May 2022--PRNewswire/InfoQuest Scientists from 16 countries announce the formation of a consortium. The SpatioTemporal Omics Consortium (STOC) is an open science community dedicated to using omics technology to demonstrate spatial resolution of cells. To map cells and understand living things The group's first study yielded a wide-angle spatial map of living things.
which was published in the journal Cell and Developmental Cell on May 4. More Cambodia Telemarketing Data than 80 scientists from Harvard University Oxford University MIT Institute Cambridge University Karolinska Institutet University of Western Australia Singapore Genome Institute BGI-Research Institute (BGI-Research), etc., were joined to the STOC group by members of the research group that did wide-angle mapping. It uses new technology like Stereo-seq developed by BGI-Research. to create the most detailed spatio-temporal cell maps to date. It includes cell maps of mice, Drosophila, zebrafish and Arabidopsis plants. This is a huge advancement in resolution and field of view. This allows for analysis of the position and distribution of cells and molecules over time.
Characterizing cells in a tissue is important for understanding its physiology. growth of living things Including identifying which cells are the cause or indicators of disease. This will be beneficial to human disease research in the future. It is also the cornerstone of STOC's research project, which aims to create spatially and temporally diverse cellular maps. To expand knowledge about disease treatment organ structure growth and aging as well as raising the level of understanding about biological evolution Berthold Gottgens, Director of the Wellcome-MRC Cambridge Stem Cell Institute, University of Cambridge And members of the STOC group said: “In recent years there have been many advances in mapping the genome and transcriptome in single cells. But it does not cover the spatial context of neighboring cells and the overall cellular ecosystem. So there is still a lot of information missing.
which was published in the journal Cell and Developmental Cell on May 4. More Cambodia Telemarketing Data than 80 scientists from Harvard University Oxford University MIT Institute Cambridge University Karolinska Institutet University of Western Australia Singapore Genome Institute BGI-Research Institute (BGI-Research), etc., were joined to the STOC group by members of the research group that did wide-angle mapping. It uses new technology like Stereo-seq developed by BGI-Research. to create the most detailed spatio-temporal cell maps to date. It includes cell maps of mice, Drosophila, zebrafish and Arabidopsis plants. This is a huge advancement in resolution and field of view. This allows for analysis of the position and distribution of cells and molecules over time.
Characterizing cells in a tissue is important for understanding its physiology. growth of living things Including identifying which cells are the cause or indicators of disease. This will be beneficial to human disease research in the future. It is also the cornerstone of STOC's research project, which aims to create spatially and temporally diverse cellular maps. To expand knowledge about disease treatment organ structure growth and aging as well as raising the level of understanding about biological evolution Berthold Gottgens, Director of the Wellcome-MRC Cambridge Stem Cell Institute, University of Cambridge And members of the STOC group said: “In recent years there have been many advances in mapping the genome and transcriptome in single cells. But it does not cover the spatial context of neighboring cells and the overall cellular ecosystem. So there is still a lot of information missing.