Videos
MGI Video Library
Explore MGI’s video library to discover the latest advancements in genomics, sequencing and laboratory automation. Browse a growing collection of product demonstrations, technology overviews, webinars, customer success stories and expert interviews that showcase how MGI solutions are supporting researchers, clinicians and laboratories around the world.
Whether you’re looking to learn about new sequencing platforms, automation technologies or real-world applications across research and clinical settings, our videos provide valuable insights into the science, innovation and expertise driving MGI.
Playlist
Replying to A Decade: MGI’s 10th Anniversary Special
As we celebrate MGI’s 10th anniversary, we warmly invite a group of “special friends” to join us in heartfelt conversations. Together, we reflect on the journey we’ve shared—the courage to begin from nothing, the trust that brought us together, the ambition to drive change, and a shared vision for a bright future.
Join us as we listen to their stories of MGI’s evolution over the past decade. A sincere thank you to all who have shaped who we are today!
The need for accessible, high-performance sequencing spans disciplines—from oncology and agrigenomics to spatial omics and conservation.
Over the past decade, MGI has transformed the sequencing landscape, evolving from its cost-efficient DNBSEQ™ technology into a comprehensive portfolio of platforms designed to meet diverse research needs. Today, it supports over 3,500 users across 110 regions worldwide, driving advances in genomics and beyond. A decade of breakthroughs has established MGI as a global leader in genomic intelligence and innovation.
New year, new lab! We’re thrilled to announce the exciting upgrade of our αlab in Hong Kong!
The enhanced facility now features five specialized laboratories—dedicated to genomics, cell omics, and spatial omics—empowering us to run up to six experiments at once for faster, more integrated research.
From a new family member to a seasoned explorer! 🐾
Follow JoJo’s pawsitive adventures through his first year to see all the NEW things he’s discovered in 2025
The University of Lisbon (ULisboa) has launched a pioneering project using advanced sequencing technology to identify and monitor microorganisms carried by Saharan dust. The project aims to understand how these bioaerosols — increasingly frequent due to climate change — are altering Portuguese agricultural soils and impacting the quality and productivity of vineyards in key wine-producing regions, while also uncovering opportunities to enhance crop yield, quality and sustainability.
Supported by MGI Tech’s high-sensitivity sequencing technology, including the DNBSEQ-G99 platform, which can analyse millions of microorganisms in real time, ULisboa is mapping the microbial composition of dust, soils and plants. This approach enables early risk detection and highlights potential biotechnological opportunities.
Located in Biopolis, Singapore’s leading biomedical R&D hub, MGI’s new Customer Experience Center (CEC) is designed as an innovative platform to accelerate scientific breakthroughs using MGI’s leading-edge sequencing technologies.
The centre spans approximately 200 m² and houses four core laboratories—STOmics, sequencing, sample preparation, and single-cell labs—each equipped with MGI’s flagship product portfolio to support advanced research programs and foster cross-lab collaboration. The facility will also showcase prototypes of upcoming MGI products, giving partners across Asia-Pacific early access and the opportunity to co-develop new applications.
This International Panda Day – October 27th, we’re thrilled to introduce a very special friend. In collaboration with the Chengdu Research Base of Giant Panda Breeding, we’ve created Jojo, a virtual panda nurtured to symbolize our shared commitment to conservation.
While giant pandas are a beloved national treasure and vulnerable creatures, their story is a powerful reminder of the fragility of nature. Jojo will serve as an ambassador, helping us raise awareness for the conservation of all threatened species and their ecosystems.
The Amazon Forest Speaks in Genes…and we’re listening.
MGI is proud to collaborate with UFPA (Universidad Federal do Pará) and CISAM on a pioneering project that uses genomics to protect the biodiversity of the Amazon — from fish and aquatic insects to the communities that depend on them.
Researchers and viticulturists seek a chemical-free and sustainable future for New Zealand’s vineyards, supported by cost-effective MGI next-generation sequencing technology.
Established in 2016, MGI has grown into a global leader in life sciences, serving a network of over 2800 clients worldwide. At MGI, our pursuit of boundless innovation propels us to unravel life’s mysteries.
2023 is the Year of the Rabbit. May the new year bless you with good luck, health, happiness, and prosperity. Happy Chinese New Year to everyone.
As we celebrate World Science Day, MGI’s Chief Scientific Officer (CSO), Rade Drmanac takes us on a journey through his extraordinary career, highlighting the breakthroughs and advancements he has made in the world of life science and sequencing.
At CG, we’re driven by our passion and our mission, and we are dedicated to bringing the sequencing field up, redefining capabilities, and opening the possibilities. It is our dream to help people live longer, healthier and productive lives through molecular health monitoring.
Founded in 2006 in Silicon Valley, Complete Genomics is a leading innovator of high-throughput sequencing technologies, with end-to-end multi-omics platforms including genetic sequencing and laboratory automation. Complete Genomics offers products from lab automation to data analysis/storage tools covering the full NGS workflow to accelerate scientific findings and breakthroughs in genomic medicine.
We are sincerely grateful that we have received blessings messages from our MGIers, partners, customers, and friends from all over the world for MGI’s IPO Ceremony. At MGI, we are mission-oriented to develop and promote advanced life science tools for future healthcare through our open and inclusive approach to innovation.
Limit, where is it?
Innovation, how do we define it?
For many, it means breaking boundaries, leading industries, and changing the world.
Centered on the three dimensions of “genetic reading, writing and storage”, MGI has been pushing the limits of science and technology and consistently innovating with new products every year. In the meantime, MGI continues to expand its R&D of core technologies, including semiconductor biochips and biological raw materials. MGI is committed to leading the era of life with advanced life science core tools and technology.
Happy Sixth Anniversary to all MGIers!
This video is dedicated to every MGIer past, present, and future! Thank you all for your continued support, passion, and contribution over the years. We are all in this together to build the future of healthcare!
2022 is the Year of the Tiger. May the new year bless you with good luck, health, happiness, and prosperity. Happy Chinese New Year to everyone.
“Live, the Wonderful Life! Happy Birthday to BGI Group” All MGIers around the world to celebrate BGI Group’s 22nd Anniversary and 2021 Double 9 Health Festival.
DNBSEQ-T7 installed in GDM Brazil
GenoDiscovery “JoClone biotek”, the Laboratory division of Genetics Company has incorporated the DNBSEQ-G99 to offer unique in-house services in Jordan which include Whole Genome Sequencing, Microbial Research, and Whole Exome Sequencing for Rare Human Genetic Diseases, in addition to NIPT panels.
MGI Brazil Customer Experience Center Opening Ceremony
We are thrilled to announce the official opening of αLab in the Hong Kong Science & Technology Parks (HKSTP), the city’s largest R&D base and one of the most important incubators. Integrating artificial intelligence R&D, application transformation and incubation platform, the brand-new laboratory aims to empower the development of the life sciences industry in Hong Kong and the rest of the world through strengthened global collaboration.
αLab, the first phase of MGI lab in HKSTP, also marks the first application of smart lab in Hong Kong. The new αLab will also be home to MGI’s first AI laboratory in Hong Kong which serves as the company’s research and development centre focusing on cutting-edge AI technology and industry applications.
In the near future, the second phase of MGI lab in HKSTP, DCS Lab, will empower and advance three fields in frontier science – namely population genomics, single-cell omics and spatiotemporal omics with MGI’s state-of-the-art tools and technology.
The “King of Speed” DNBSEQ-G99 sequencer celebrates its first anniversary, and its pace of “adapting into” the world is also moving forward rapidly. At the exhibitions around the world, in the laboratories of global users, it was seen, owned and recognized. The global journey of G99 is still continuing, look forward to it bringing us more surprises!
From January 24 to February 14 of 2022, MGI will unveil its new high-end core tool for revolutionizing lab automation – MGISP-Smart 8 – an automated sample preparation system in Dubai, London, Boston, and Shenzhen separately.
MGI, a company committed to building core tools and technologies that drive innovation in life science, is working with Micromon Genomics, the first Australian commercial user of its high-throughput genetic sequencer MGISEQ-2000. Monash University’s Micromon Genomics, a next-generation sequencing facility located in Melbourne, provides sequencing services to Australian researchers, including DNA, RNA, single cell, and customized applications.
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To solve the problem of shortage of ultrasound doctors in rural areas and heavy workload for current doctors, MGIUS-R3 is developed by integration of robotics, teleoperation and ultrasound imaging technologies. Overcoming the limitations of traditional ultrasound scanning method, bridging the gap between time and space, improving the uneven distribution of medical resources, the system makes it possible to deliver the best medical services to those in need.
• Remote scanning over long distance and real-time diagnostics;
• Build-in intelligent workstation;
• Multiple safety protection;
• Integrated design.
Whether you’re exploring diverse geographical landscapes, braving harsh temperatures, or navigating unpredictable humidity levels, this cutting-edge technology ensures your sequencing efforts remain uncompromised.
Embrace a new era of mobility and versatility in genomic research with DNBSEQ-E25.
Introducing YellowR-16, your automated assistant in single-cell research!
YellowR16 is an automated single-cell library preparation system that offers a seamless workflow without user intervention. With multiple integrated functional modules, YellowR16 achieves a truly unattended workflow – from cell sorting to library preparation, and library QC – enabling hands-free operation with stability and reliability. This ground-breaking solution addresses the limitations of manual single-cell operations, such as operational complexity, low throughput, and data variability.
2025 marks 10 years of DNBSEQ™, a proprietary sequencing technology that’s revolutionized global research across diverse applications. Join us as we celebrate a decade of innovation, discovery and scientific impact powered by DNBSEQ™.
We are thrilled to announce the release of our DNBelab C Series High-throughput Single-cell RNA Library Preparation Set Operation guidance video!
At MGI, we understand the importance of providing comprehensive resources for our valued customers. That’s why we have created this video tutorial to guide you step-by-step through the operation of our DNBelab C Series High-throughput Single-cell RNA Library Preparation Set.
Our new video tutorial will walk you through the step-by-step procedures, providing a visual guide to ensure a seamless experience with our DNBelab C Series. Check out the video to find out what makes our DNBelab C Series so special.
Join us at ECR 2022 – booth X3-315 to learn more about how our robotic ultrasound system, MGIUS-R3, can help to deliver high-quality medical service to more people!
Introducing the MGI Single Cell solutions and the application on precision oncology, featuring the state-of-art DNBelab C Series Single-Cell Sample Preparation and DNBSEQ sequencing technologies. The one-stop portable Single Cell workflow is comprised of DNBelab C4 Pocket Single-Cell Lab, DNBelab C Series Single-Cell Library Preparation Set, DNBSEQ sequencing platform, and single-cell analysis suite.
*All sequencers and sequencing reagents are not available in Germany, Spain, the U.S., and Hong Kong SAR.
Troubled with contamination during library preparation? DNBelab-D4 is here to free you from the problem!
Independent 8-channel pipetting module for precise liquid transferring
Magnetic rod extraction module for enhanced automation
Reduced manual intervention for increased efficiency
We are excited to announce the updated automated sample preparation system MGISP-Smart 8（Smart 8), an advanced and independent 8-channel pipetting robot, to further support molecular diagnosis and high-throughput sequencing with its high flexibility and easy-to-use.
Frustrated with time-consuming NGS library prep?
If you’re looking to increase productivity in your lab, meet our MGISP-100 Automated Sample Preparation System, an automated workstation specialized for high-throughput sequencing library preparation, which can be a good helper for you.
MGISP-100 is compatible with multiple sequencing libraries to enable automated library conversion and capable of processing samples in batches, eliminates operators from repetitive processing procedures, increases the stability of library preparation, reduces the total costs, and significantly enhances the overall efficiency in the laboratory.
MGISP-Smart 8 is an independent 8-channel pipetting robot that achieves flexible and customizable lab automation with several innovations in the pipette and gripper functions, such as independent multi-channel dynamic positioning and dual-level liquid detection. Equipped with high-end core technologies, such as an independent 8-channel pipette, intelligent integrated gripper and triple slide track design, MGISP-Smart 8 meets a variety of different application needs, from sequencing library preparation to nucleic acid detection and sample preparation.
MGISP-Smart 8 is a professional automated pipetting robot, equipped with an independent 8 pipetting channel. The pipetting volume range is from 1 μ L to 1000 μ L. MGISP-Smart 8 are adaptable to microplates as well as reservoirs and tubes. It saves valuable time and reduce errors inherent in complex, repetitive liquid handling protocols. MGISP-Smart 8 supports customization. It can integrate different functional modules, like PCR machine, shaker, magnetic rack, temperature control module, etc.
MGISP-NE384 is a high-throughput automated nucleic acid extraction system based on MGI’s advanced magnetic rod technology. Working together with MGI nucleic acid extraction kit, MGISP-NE384 is equipped with high flexibility to extract and purify nucleic acid from 96, 192, 288 or 384 samples to accommodate various testing needs. The HEPA filtration system and UV lamp ensure a safe working environment for nucleic acid extraction and lab technicians. Currently this powerful system is playing an instrumental role in the global fight against COVID-19 particularly helping a few countries in desperate need.
MGISP-960 High-throughput Automated Sample Preparation System is a flexible, fully automated workstation with 96-channel pipette.
MGIFLP is the world’s first one-stop sequencing workstation. In this video, see how it works. MGIFLP helps to provide accurate diagnosis through high-throughput sequencing pathogen screening and medication guidance for patients with suspected severe infections. With its one-button, fully automated workstation, MGIFLP solves many issues of clinical sequencing to complete the whole process from sample to report in 24 hours.
MGI’s DNA sequencing instruments utilize the state-of-the-art core technology called DNBSEQ™. It features the low error accumulation of DNB and the high signal density of regular array chips to greatly improve the accuracy of detection. It has specific performance in applications such as WGS/WES with low repetition rate of output data and reduction of data waste.
Introducing the Standard MPS 2.0 update to their line of DNBSEQ™ platforms to deliver improved sequencing quality as measured by the percentage of Q40 bases. Standard MPS 2.0 is enabled by updated sequencing reagents and software to deliver Q40 data quality, improving overall sequencing performance, and will be initially introduced for select DNBSEQ instruments including T7, DNBSEQ-G99, and DNBSEQ-G400 in 2024.
Imagine a sequencer that not only sequences but also performs pathological section staining simultaneously. What if it could handle both pathological tissue sectioning and spatial proteomics all in one go? Choose the DNBSEQ-G400RS FluoXpert to fulfill all your sequencing and imaging requirements! Pair with MGI’s newly launched FluoXpert mIF reagent set, this innovative system supports staining for up to 23 markers and cell nuclei. Embrace a new era of integrated research capabilities!
CycloneSEQ-WT02 nanopore gene sequencer features a dual flow cell architecture, allowing for simultaneous independent operation. With the capacity to support fast coverage, swift sequencing, flexible testing and real-time analysis, CycloneSEQ-WT02 significantly shorten sequencing turnaround time, effectively overcoming the challenges of complex sequences.
CycloneSEQ-WY01 is a high-throughput nanopore gene sequencer. It features a high-density flow cell and ultra-high throughput capabilities, enabling ultra-long read lengths, real-time sequencing, and continuous testing.
DNBSEQ-T20×2 is a fully automated sequencing factory comprising all components of a genetic sequencer integrated by robotics to process six slides per run. DNBSEQ-T20×2 achieves remarkable throughput far greater than existing “high-throughput” sequencers, and can drive down sequencing cost to a sub $100 price per genome as a trailblazer.
DNBSEQ-T10 x 4RS Total Solution for Population Genomics integrates sample pre-treatment, library preparation, high-throughput sequencing, genetic data management, and more. Each sequencing system can produce an annual throughput of 50,000 to 1 million whole genome sequencing (WGS) data. The whole process from sample to report is fully customizable.
“Life Sciences Supercomputer” DNBSEQ-T7 can generate 1-6Tb of high quality data per day, for a wide range of applications including Whole Genome Sequencing, Deep Exome Sequencing, Epigenome Sequencing, Transcriptome Sequencing, and targeted panel projects. Powered by DNBSEQTM Technology, DNBSEQ-T7 makes sequencing more efficient and productive with advances in biochemical, fluidics, and optical systems. With technical advantages of High Speed, 24 to 30 HOURS for PE150 sequencing, High Flexibility, 4 FLOWCELLS, PE150 and PE100 at the same time, and Ultra-high Throughput, up to 6 Tb/DAY, High quality data 24/7, DNBSEQ-T7 is MGI’s highest throughput sequencer to date to turbocharge your sequencing applications.
At #PAGAsia2024, we unveiled our cutting-edge solution for large-scale Low-pass Whole Genome Sequencing in agriculture, the revolutionary “AgriHigh Low-pass WGS package”. Tailored for genotyping in molecular breeding of large-scale agricultural diploid species, it addresses user challenges with a seamless workflow of flexible automation, simplified library prep, high throughput sequencing, and streamlined data processing.
Introduction to MGI’s proprietary CoolMPS™ sequencing chemistry on the DNBSEQ™ platform
We are excited to announce the launch of our latest mid-throughput sequencer — the DNBSEQ-T1+!
As one of the fastest T-level benchtop sequencers available worldwide, the DNBSEQ-T1+ can execute a paired-end 150 sequencing workflow in just 24 hours, all while delivering exceptional Q40 accuracy.
With three flow cell formats and two to four addressable lanes per flow cell, along with dual independent flow cell operation, the DNBSEQ-T1+ provides increased data output with reduced turnaround time which enables increased lab efficiency and flexibility. Additionally, the DNBSEQ-T1+ features an optional built-in bioinformatics module, enabling automated advanced analysis immediately following the sequencing run.
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E25 Sequencing Reagent Preparation
Mira, an AI employee, guides through the Best Practice Series on sequencing reagent preparation. The process starts with preparing sequencing reagents after dNTP preparation. Signal Proteins are thawed, mixed, and checked for integrity. The Signal Protein Buffer is prepared and added to the MSP well. MDA reagents and enzyme mix are then prepared, ensuring no bubbles form before adding to the MDA well. The chapter wraps up with a summary of the preparation steps.
E25 DNB Preparation
Mira shares best practices for DNB preparation using the MGI platform. She details the components of sequencing reagent sets and walks through the thawing and preparation processes. Key steps include thawing the sequencing reagent cartridge, preparing the library, and performing reactions like primer hybridization and ligation. The session wraps up with a summary of the entire DNB preparation process.
E25 Wiring Demonstration
Mira introduces the Best Practice Series channel and explains the upgrade procedures for the DNB-Seq E25sm. The process begins with wiring, including unpacking the E25 unit and setting up the computing module. Viewers learn to connect power cords, network cables, and a barcode scanner. The video wraps up with instructions on powering on the sequencer and logging in.
Mastering the DNBseq E25: A Step-by-Step Guide
Learn how to operate the DNBseq E25 with this comprehensive guide. Start by logging in and preparing the instrument, then load consumables and initiate the sequencing process. Key steps include confirming connections, selecting sequencing types, and preparing DNB loading mixtures. The process wraps up with data export and proper disposal of consumables, highlighting the importance of following instructions and reaching out for support when needed.
Best Practice Series 4 – CycloneSEQ G400-ER Flow Cell Wash
Discover how to restore inactive pores on your G400-ER Flow Cell with the innovative AI employee, Mira. This video details the step-by-step process of using the G400-ER Flow Cell Wash Kit, including pausing sequencing, applying the wash mixture, and incubation. Learn how the DNA Eliminator effectively removes library DNA, enabling pore reuse and improving sequencing efficiency for research applications.
Best Practice Series 3 – CycloneSEQ G400-ER Sequencing Workflow
Mira introduces the G400E R sequencing workflow, detailing the steps involved in preparing the sequencing kit and handling the flow cell. The process includes performing quality checks and setting up sequencing parameters. It concludes with inspecting the flow cell after sequencing to decide whether it can be reused or should be disposed of.
Best Practice Series 2 – CycloneSEQ Library Preparation
Mira explains the Cyclone Seq library preparation process, covering the 24 barcode library prep set S1. Key steps include storage requirements, reagent preparation, and core library preparation, which involves end repair, ligation, purification, and quantification. Proper handling and conditions are emphasized throughout the process, concluding with guidelines for storing the prepared library before sequencing.
Best Practice Series 1 – CycloneSEQ G400-ER Instrument Installation and Verification
Mira introduces the CycloneSeq G400ER operational demonstration series, detailing the steps for instrument installation, verification, library preparation, sequencing workflow, and flow cell wash. The process includes verifying lab conditions, unpacking components, connecting cables, and powering on the system. Users log into Ubuntu, check configurations, and perform a GPU stress test. The series also covers module checks, simulated sequencing, and options for automatic data upload to the analysis server.
Best Practice: Automated Library Prep with DNBeLab-D4RS
Mira, MGI’s AI employee, guides you through ECR 2.3 sample preparation for automated library construction using DNBeLab-D4RS. This professional demonstration covers essential steps like magnetic bead handling, primer and adapter thawing, and balanced barcode group selection. Learn optimal DNA/RNA input requirements and the detailed process of setting up the DNBSEQ G99 for efficient library preparation.
Best Practice: DNBelab-D4RS ECR2.3 DNB Product Recovery & Pooling
Mira, MGI’s AI employee, guides you through the ECR 2.3 DNB Product Recovery and Pooling chapter. Learn to access library preparation reports, understand DNB concentrations, and retrieve products from the interface. This professional demonstration covers DNBE separation, sealing fluid removal, and proper storage for optimal sequencing results.
Best Practice: DNBelab-D4RS Library Preparation Kits
Mira introduces the Best Practice Series channel, showcasing operational demonstration videos for the DNBeLab D4 RS. The series features library preparation kits, sample preparation cartridges, and automated library construction. Key products include the FS DNA Library Prep Kit and Fast RNA Library Prep Set. The demonstration explains the application of these kits for mixed DNA and RNA samples, detailing components and storage conditions.
1. DNBSEQ-T1+ Reagent set introduction and thawing
2. DNBSEQ-T1+ Sample Preparation
3. DNBSEQ-T1+ Sequencing workflow
4. DNBSEQ-T1+ Sequencing completion and maintenance
Featuring one of the fastest sequencers in the world for mid-low throughput, the DNBSEQ-G99 can complete sequencing of PE150 with Q40 data in just 12 hours. Join us for a demonstration by Mira to learn how to achieve flawless performance with the G99!
Welcome back to the Best Practice Series channel! This time, we featured Mira to demonstrate the operation of the DNBelab-D4, a portable and powerful tool for library preparation.
Looking for an ideal demonstration of MGI DNBSEQ technology? Here we come with our Best Practice Series channel!
Today, we present an operation demonstration video featuring the DNBSEQ-E25, a portable sequencer that meets various sequencing needs on the go. Click on the video to learn about the best practices from DNB preparation to sequencing data export.
Based on the unique DNBSEQ technology and innovative platform design, the MGI Atoplex MTB solution aims to streamline the identification and spoligotyping of the Mycobacterium tuberculosis complex, detection of mutations, drug resistance prediction, and evolutionary analysis. MGI Atoplex MTB solution can complete target region amplification and library preparation within two amplification steps in one single tube, laying a foundation for resistance prediction of 15 first- and second-line anti-tuberculosis drugs and fast identification of 174 mycobacterial species. Results based on the solution can also be in as fast as 24 hours on G99 and 29 hours on E25 respectively.
HIV remains a major global health issue, affecting millions of people. Researchers worldwide are tirelessly working on new insights and therapies, with many now believing the key lies within African genetics.Scientists from University of KwaZulu-Natal(UKZN), South African Medical Research Council(SAMRC) in South Africa are studying rare HIV phenotypes, such as ‘elite controllers’: individuals who can naturally suppress HIV without antiretrovirals. This research aims to discover new therapies for people living with HIV.
Besides collaborating with researchers, MGI has also launched targeted sequencing products for HIV, streamlining the entire process from library
preparation to sequencing to report output for rapid, accurate drug resistance detection.
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At the Center for Microbial Translational Research, Karolinska Institutet, Prof. Engstrand is on a mission to scale up microbiome research. With the high-throughput capacity of DNBSEQ-T7, his team is expanding sample sizes to gain deeper insights into microbial ecosystems.
He believes the future lies in combining short reads and long reads, along with sequencing specific bacterial strains. This approach promises breakthroughs in single-cell and spatial transcriptomics, helping us understand microbial behavior like never before.
In a recent USMPTV interview, Dr. Ricardo Fujita (Laboratory Director, USMP) and MGI FAS discuss how the deployment of MGI’s sequencing technology will enhance human genetic research in Peru.
This collaboration aims to:
✔ Accelerate studies in disease prevention
✔ Drive innovation in personalized medicine
✔ Unlock insights into Peru’s unique genetic diversity
Watch the full interview to learn how this partnership is shaping the future of genomics in Latin America.
ATCL Group, a pioneer in diagnostics and biotech solutions in Chile for 28 years, has teamed up with MGI to delve into the secrets of Chilean genomics! 🇨🇱 In a captivating video, four esteemed biology scientists unveil their insights on Chile’s genomics and sequencing market.
For centuries, mangroves have served as nature’s coastal guardians, acting as protective and vital barriers against erosion and storm surges while providing a haven for marine species. In Thailand, these ecosystems are crucial to the fishing industry, which contributes significantly to the nation’s economy. However, over the past 50 years, more than 60% of Thailand’s mangroves have been lost due to deforestation and urban development. With their disappearance comes increased vulnerability to environmental changes, making conservation efforts ever more pressing.
A research team led by Dr. Wirulda Pootakham at Thailand’s National Omic Center (NOC) under BIOTEC has been investigating the genetic diversity of Thai mangroves, which is important for prioritizing conservation strategies. In their study, they employed MGI sequencing to obtain reference genomes for various Thai mangrove species, enabling an accurate assessment of genetic diversity using high-quality DNA data.
Furthermore, MGI sequencing also supports other experiments at NOC. “I hope we can continue to use MGI technologies to conduct further studies on mangrove forests, along with several other projects we have in the lab,” remarked Dr. Wirulda Pootakham, Head of the Genomics Research Team at NOC.
Doping scandals have have frequently occurred in the history of the Olympic Games, highlighting the need for stronger anti-doping measures. Today, we’re honoured to speak with Prof Yannis Pitsiladis from Hong Kong Baptist University, a pioneer in anti-doping research and a key member of the International Olympic Committee Medical and Scientific Commission.
Prof Pitsiladis is at the forefront of using gene sequencing technology to enhance anti-doping efforts, bringing cutting-edge science to the fight for fair play in sports. Stay tuned for insights into how this groundbreaking technology is reshaping the future of sports integrity!
The HIV Host Genome project in South Africa are attempting to unravel the mystery of how ‘elite controllers’ suppress HIV infection. By enriching global genetics knowledge, scientists from University of KwaZulu-Natal (UKZN), South African Medical Research Council (SAMRC) and their participants are not only driving the search for a cure for HIV but also illuminating the genomes of under-studied African populations in general. The HIV Host Genome project has lain the groundwork for the ambitious National 110K Human Genome Project in South Africa.
Compared to traditional genotyping by microarray, MGI’s new solution offers genome-wide data at the same cost but captures a broader range of genetic variation, enhances the discovery of new variants, and increases the statistical power of genome-wide studies, all while eliminating high design and start-up costs associated with microarrays. The dynamic features of this solution enable continuous updates and optimizations in genomic analyses.
2023 marks the 25th anniversary of the establishment of diplomatic relations between China and South Africa.
The collaborative documentary series titled “25 Years On” were launched by China Media Group (CMG) and the South African Broadcasting Corporation (SABC) in Johannesburg on the weekend.
In Episode 3, join us to discover how MGI sequencing technology for the African BioGenome Project is shaping the future—driving biodiversity conservation across the African continent and elevating South Africa’s expertise in high-throughput gene sequencing and precision medicine.
The series aired from December 28 to December 30 on the CCTV-4 International, CGTN English Channel, and CGTN Documentary Channel. Also aired on CGTN French and Arabic channels from December 29 to December 31,2023
With the ongoing support from MGI, researchers and scientists like Professor Rajeev can continue to evolve their genomic research. As the Fellow of the Royal Society and Director of Centre for Crop and Food Innovation at Murdoch University in Western Australia, Professor Rajeev Varshney is dedicated to crop and food innovation and agricultural biotechnology. To deliver genetic solutions for crop improvement, Prof. Varshney works with MGI to facilitate the Advanced Genomics Platform. The establishment of the Advanced Genomics Platform and collaborations with MGI bring hope for the future of Australian horticulture and help to create a sustainable and prosperous agricultural industry.
MGI, a company committed to building core tools and technologies that drive innovation in life science, is working with Micromon Genomics, the first Australian commercial user of its high-throughput genetic sequencer MGISEQ-2000. Monash University’s Micromon Genomics, a next-generation sequencing facility located in Melbourne, provides sequencing services to Australian researchers, including DNA, RNA, single cell, and customized applications.
MGI’s proprietary DNBSEQ™ sequencing platform* is proudly supporting the Latvian Biomedical Research and Study Centre (BMC)’s COVID-19 study using genome-sequencing to support Latvia’s COVID-19 pandemic response and surveillance. MGI Latvia, a subsidiary of MGI, supplied the instruments including DNBSEQ-G400 High-throughput Genetic Sequencer* and MGISP-960 High-throughput Automated Sample Preparation System and provides BMC with on-the-ground support in coordination with the Shenzhen Headquarters. MGI Latvia acts as a hub of research and development, production, logistics and specialized training for MGI’s business development in Europe and other international regions. The 7,500m2 facility has a Global Product Application Demo Centre and a state-of-art Sequencing Centre.
The healthcare landscape in Latin America is currently a worldwide priority. Considering the increasing demand for NGS testing in cancer diagnosis and genetic screening, businesses in Latin America are now giving priority to supporting laboratories in enhancing their NGS-testing capabilities.
We are thrilled to announce a strategic partnership with Gencell, a health company focused on molecular biology and genetic services in Colombia and the broader LATAM region. This collaboration capitalizes on the expertise and established market presence of Gencell and integrates MGI’s state-of-the-art sequencers based on DNBSEQ technology, to enhance data analysis capabilities.
