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Sajarah urang

2009

2009.5 Biomarker Technologies diadegkeun.

2009.11 panyadia ladenan urutan SLAF munggaran sacara global.

2009.11 Relokasi munggaran kalayan netepkeun lab molekular sareng klaster server.

2010

2010.9 Platform Illumina GAIIx diwangun.

2011

2011.11 Dileler salaku National High-Tech Enterprise.

2012

2012.7 Karyawan ngaleuwihan saratus.

2012.9 Jaringan pamasaran nasional-lega diadegkeun.

2013

2013.1 Layanan médis disetél.

2013.5 Pangwangunan platform BMKCloud dimimitian.

2013.8 Sertifikasi patén munggaran dileler.

2013.8 A-buleud pembiayaan réngsé.

2013.8 Beijing postdoc inovatif workstation diatur dina Biomarker Technologies.

2013.10 Paper on génom kiwi diterbitkeun.

2013.10 Illumina HiSeq 2500 platform diwangun.

2013,11 Usaha mancanagara sareng relokasi kadua.

2014

2014.8 Illumina HiSeq 2500 sareng platform MiSeq diwangun.

2014.9 platform BMKCloud dibuka.

2015

2015.5 Instrumén anu langkung maju dikerahkan.

2015.5 B-buleud pembiayaan réngsé.

2015.10 BMKCloud sadia komersil nyetél.

2015.11 Fungsional Gennomics Summit II, 2015 di Beijing.

2016

2016.6 BMKCloud Technologies (Wuhan) diadegkeun.

2016.9 2 studi génomik Brassica diterbitkeun dina Nature Genetics.

2016.10 Fungsional Genomics Summit III, 2016 di Beijing.

2016.12 Lab gabungan Biomarker Technologies-PacBio-Gene Company didirikan.

2017

2017.1 Dileler salaku puseur Téhnologi of Beijing Usaha.

2017.1 Biomarker-Huiyuan Joint Panalungtikan Center.

2017.1 Genetik Inti pikeun Pratacultural Alliance.

2017.2 Biomarker (BMK) -Theragen (TBI) Rapat Coop.

2017.3 Gawé babarengan jeung PacBio California, Inc.

2017.8 Sertipikat on National High-Tech Enterprise.

2018

2018.4 Beijing Biomarker Technologies "Academician Workstation" diadegkeun.

2018.4 Ladenan urutan transkriptom panjang pinuh diluncurkeun.

2018.5 Gossypium arboreum génom diterbitkeun dina Nature Genetics.

2018.5 Bapak Zheng-hongkun diondang kana ceramah Présidén Xi dina 530 Poé Ilmiah jeung Téhnologi pagawe.

2018.8 Kerjasama jangka panjang sareng Oxford Nanopore diadegkeun.

2018.10 Autotetraploid Saccharum officinarum Linn génom diterbitkeun dina Nature Genetics.

2018.10 2nd PromethION P48 béta sumping di Biomarker Technologies.

2018.10 Leuwih 5,000 Gb sequencing data dihasilkeun dina platform Nanopore.

2018.11 Fungsional Gennomics Summit V, 2018 di Beijing.

2018.11 Rékor dunya dina produksi sél tunggal ONT.

2018.12 Tetraploid Gossypium barbadense Linn.génom diterbitkeun dina Nature Genetics.

2018.12 200+ génom dirakit dina PacBio berbunyi.

2019

2019.3 Waters Xevo G2-XS QTOF MS sareng sistem kromatografi UPLC I Class Plus diatur.

2019.5 10-Taun Ulang.

2019.8 Biomarker Technologies (Qingdao) diadegkeun.

2019.10 Functional Genomics Summit VI, 2019 di Beijing.

2019.10 PacBio SequelⅡplatform sareng Nanopore PromethION 48 platform nyetél.

2019.11 Full-panjangna 16S / 18S / ITS jasa urutan amplicon dibuka.

2019.11 Oryza Sativa Linnaeus jeung Broussonetia papyrifera génom on Molecular Plant.

2019.12 Leptobrachium leishanense génom on Nature Communications.

2020

2020.03 Nanopore PromethION P48 ka-3 dugi ka Biomarker Technologies.

2020.04 génom tangkal tea dina tutuwuhan molekular.

2020.06 1000+ proyék dumasar PacBio réngsé.

2020.10 Functional Genomics Summit VII, 2020 di Beijing.

2020.11 Génom lauk mas dina PNAS.

2020.12 Sél aliran PromethION ditingkatkeun.

2021.02 Rye génom diterbitkeun dina Nature Genetics.

2021.05 60.000 sampel diurutkeun dina platform PacBio Sequel II.

2021.05 Langkung ti 200 Tb sequencing data dihasilkeun dina platform Nanopore PromethION P48.


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