10x Genomics
10x Genomics
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Collaboration in genomics research - the story of a bioinformatician and an immunology professor
🔬👩‍🔬 Whether you're in the lab or at the data console, collaboration makes all the difference.
Lea Bellenger and Isabelle Cremer share their experiences working with 10x products and explore how research can grow through collaboration. At 10x, we bring our users together to exchange views and help them design experiments that will push the boundaries of research.
Join one of our next User Group Meetings to experience the power of collaboration: bit.ly/3XGrwp1
Переглядів: 44

Відео

Detect rare cells in skin samples with single cell gene expression
Переглядів 16314 днів тому
“Thanks to Chromium technology, I am able to detect cells that are barely detectable in the blood.” @ Ikram Mezghiche, a PhD student at the Institut Pasteur, explains how our technology enables her to study skin biopsies from #psoriasis patients.
Rachel Thijssen - Single Cell Multiome ATAC-seq with long-read sequencing
Переглядів 17028 днів тому
In this video, Rachel Thijssen, Assistant Professor at Amsterdam UMC explains how Chromium Single Cell Multiome ATAC Gene Expression in combination with long-read sequencing allows her to uncover insights into drug resistance in leukemia patients. Uncover hidden insights with multiomic profiling of the transcriptome and epigenome at single cell resolution: www.10xgenomics.com/products/single-ce...
Paris Single Cell and Spatial Trascriptomics Symposium - A day in the life
Переглядів 202Місяць тому
Reliving the incredible moments from the 10x Genomics User Meeting in Paris! 🇫🇷✨ It was an inspiring event where we invited our customers to discuss the latest and greatest in #singlecell and #spatial research. Thank you to everyone who joined us and made it an unforgettable experience! Join one of our next Single Cell and Spatial Discovery Symposium: bit.ly/3TcEhGG
10x Culture - Exponential Impact
Переглядів 76Місяць тому
Changing the world isn’t easy, but we’ve never been afraid of hard work. And it helps that we get to see the Exponential Impact of 10xers’ talent and dedication in real-time-watching as our customers use our cutting-edge technologies to help make discovery after discovery. Learn more about the culture at 10x and find out what drives us in our new video. Then explore jobs to see how you can make...
David Michonneau - Assess the phenotype of immune cells and the transcriptome of TCR clonotypes
Переглядів 1652 місяці тому
“10x technology is very powerful because it gives us the opportunity to assess the phenotype of immune cells and the transcriptome of TCR clonotypes.” David Michonneau, Professor of Hematology at Saint-Louis Hospital in Paris explains how Chromium Single Cell is enabling his research on immune response after bone marrow transplantations. Learn more about multiomic profiling of immune diversity:...
10x Culture - Mission Driven
Переглядів 1032 місяці тому
Every 10xer knows someone (or is someone) that could benefit from the medical breakthroughs we’re working to enable. We know that the work we’re doing has the potential to help save lives, and we don’t take it lightly. But we do let it motivate us. So when we say we’re Mission Driven, we mean it. Watch our new video to learn more about the culture here at 10x. And if it has you feeling as inspi...
10x Culture - First Principles
Переглядів 1573 місяці тому
Every problem is unique, so every solution should be too. At 10x, we operate on first principles, so when we’re faced with a challenge, we don’t just ask, “How did we do it before?” We go deeper. We get to the root of the problem, and while we draw on our past knowledge and experiences, we always look for new and better ways to apply what we’ve learned. Watch our latest video to learn more abou...
Why single cell analysis?
Переглядів 2533 місяці тому
In this video, we explore how two researchers chose to adopt single cell analysis-a method that offers distinct advantages over traditional techniques like bulk RNA-seq-in their research. Join us as we interview Dr. Masaya Yamazaki, Postdoctoral Researcher in the Division of Carcinogenesis at the Japanese Foundation for Cancer Research, and Dr. Wakana Kitagawa, Department of Oral Rehabilitation...
Interview with Dr. Yutaka Suzuki and Dr. Ayako Suzuki of the University of Tokyo
Переглядів 1523 місяці тому
Starting with a new technology or platform can be daunting. In this video interview, we sit down with Dr. Yutaka Suzuki and Dr. Ayako Suzuki from the Graduate School of Frontier Sciences at the University of Tokyo. They discuss why they chose Xenium In Situ and offer valuable tips and tricks for getting started with this innovative workflow. Additionally, they share their insights and vision fo...
【シングルセル解析】シングルセル解析を選んだ理由
Переглядів 1724 місяці тому
なぜ10x Genomicsのシングルセル解析を選んだのか。 お二人の研究者からバルクシーケンスなど従来の解析手法と大きく違うシングルセル解析を、自身の研究に導入するに至ったいきさつをお聞きしました。 公益財団法人がん研究会 がん研究所 発がん研究部の山﨑昌哉先生、岡山大学大学院医歯薬学総合研究科 インプラント再生補綴学分野 の北川若奈先生のインタビューです。 シングルセル解析の製品ページ: www.10xgenomics.com/jp/platforms/chromium シングルセルのデータ探索: www.10xgenomics.com/jp/products/chromium-analysis Chromium X/iXシリーズ: www.10xgenomics.com/jp/instruments/chromium-x-series 10x Genomicsのウェブサイトはこ...
【空間的解析】東京大学の鈴木穣先生、鈴木絢子先生に聞くXeniumが可能にする空間的解析の世界
Переглядів 4634 місяці тому
東京大学大学院新領域創成科学研究科の鈴木穣先生、鈴木絢子先生は10x Genomics のXeniumをお使いです。Xeniumを導入したきっかけ、装置を動かしてみた実際の感想、研究現場における空間解析の今後の展望などを率直にお聞きしました。 Xeniumの製品ページ: www.10xgenomics.com/jp/platforms/xenium Xeniumによる解析: www.10xgenomics.com/jp/products/xenium-analysis Xenium遺伝子発現パネル: www.10xgenomics.com/jp/products/xenium-panels 10x Genomicsのウェブサイトはこちら: www.10xgenomics.com/jp #シングルセル #空間解析 #空間トランスクリプトーム #Singlecell #Spatialan...
Experience the power of spatial transcriptomics from 10x Genomics Part 2
Переглядів 2724 місяці тому
Spatially resolved biology, including whole transcriptomic and targeted in situ methods, allows scientists to build a more complete view of cellular function in a morphological context, representing a paradigm shift in the study of biological systems. Visium from 10x Genomics is an NGS-based spatial discovery platform that allows whole transcriptome profiling of tissues. The Xenium In Situ plat...
Experience the power of spatial transcriptomics from 10x Genomics Part 1
Переглядів 1774 місяці тому
Spatially resolved biology, including whole transcriptomic and targeted in situ methods, allows scientists to build a more complete view of cellular function in a morphological context, representing a paradigm shift in the study of biological systems. Visium from 10x Genomics is an NGS-based spatial discovery platform that allows whole transcriptome profiling of tissues. The Xenium In Situ plat...
10 Years of Making the Magic Happen
Переглядів 3715 місяців тому
We recognize and thank our incredible team for everything they bring to 10x Genomics. Their hard work and dedication to our mission and our customers is what makes the 10x magic happen! 🙌 #WeAre10x
10 Years of Innovation
Переглядів 1865 місяців тому
10 Years of Innovation
10 Years of Impact
Переглядів 1485 місяців тому
10 Years of Impact
Life at 10x Genomics
Переглядів 6675 місяців тому
Life at 10x Genomics
Our Culture | We Before Me
Переглядів 1406 місяців тому
Our Culture | We Before Me
The Making of Xenium
Переглядів 5356 місяців тому
The Making of Xenium
Plasma cell diversity | Using single cell profiling to understand the biology of long-term immunity
Переглядів 2,2 тис.7 місяців тому
Plasma cell diversity | Using single cell profiling to understand the biology of long-term immunity
1. What is single cell and why does it matter?
Переглядів 7 тис.8 місяців тому
1. What is single cell and why does it matter?
7. Single cell data analysis workflow
Переглядів 1,1 тис.8 місяців тому
7. Single cell data analysis workflow
2. How is single cell data generated?
Переглядів 3,4 тис.8 місяців тому
2. How is single cell data generated?
3. Designing your first single cell experiment
Переглядів 1,8 тис.8 місяців тому
3. Designing your first single cell experiment
6. Sequencing considerations for single cell
Переглядів 8258 місяців тому
6. Sequencing considerations for single cell
8. The steps to single cell analysis
Переглядів 1,2 тис.8 місяців тому
8. The steps to single cell analysis
9. Single cell community tools
Переглядів 6018 місяців тому
9. Single cell community tools
4. Starting sample types: Cells vs Nuclei
Переглядів 1,1 тис.8 місяців тому
4. Starting sample types: Cells vs Nuclei
5. Choosing your single cell assay
Переглядів 1,2 тис.8 місяців тому
5. Choosing your single cell assay

КОМЕНТАРІ

  • @MiguelRuiz-e5q
    @MiguelRuiz-e5q 16 днів тому

    Congratulations from CRB1 Patients Association Science Observatory Spain!

  • @sophiashilimindri925
    @sophiashilimindri925 Місяць тому

    A great day indeed!

  • @lisbon2407
    @lisbon2407 2 місяці тому

    Positive reputation only with deleting the real experiences - but people talk 😂

  • @PasqualeRaso1975
    @PasqualeRaso1975 3 місяці тому

    Pitch black via capacitance Cometary Lighbolt drawn path least resistance no interference myriad stars charge distributed twinkled into depths morphed instantly Green Plasma Accretion Disc inside upright Naga form ideal warping transmuting Globular Filamentary Galactic Cluster retracting hardy under entropy working towards destiny against resistance devouring enemies conditions faced keeping biorhythmic evolutionary path!

  • @sapienthought1103
    @sapienthought1103 4 місяці тому

    i wish there was an english ttranslation

  • @hamstersenpai911
    @hamstersenpai911 5 місяців тому

    Can I use Epredia cryomatrix or Richard-Allan Neg-50 as a substitution of OCT?

  • @SamEbby
    @SamEbby 5 місяців тому

    $TXG -90%

  • @SamEbby
    @SamEbby 5 місяців тому

    stock in the garbage

  • @dyang2829
    @dyang2829 5 місяців тому

    how do you get the nuclei suspension? i failed at this part all the time.

  • @keleniengaluafe2600
    @keleniengaluafe2600 7 місяців тому

    ❤❤hidden half of life!!

  • @treyhalsey3514
    @treyhalsey3514 7 місяців тому

    Love the music

  • @sinjinreed2091
    @sinjinreed2091 8 місяців тому

    Anyone else here because of _Half-Life?_

    • @Aleezah143
      @Aleezah143 8 місяців тому

      I’m here for work

  • @exodeus7959
    @exodeus7959 8 місяців тому

    When you say, “damn these people are smart” out loud mid video. Really impressive.

  • @bebespurs
    @bebespurs 10 місяців тому

    Thank you for this video.

  • @dinanidesrodriguez
    @dinanidesrodriguez 11 місяців тому

    En español por favor

  • @dinanidesrodriguez
    @dinanidesrodriguez 11 місяців тому

    Como se usan por favor hay quien mede esa información

  • @XenMaximalist
    @XenMaximalist Рік тому

    Wow

  • @Jenkins-f7s
    @Jenkins-f7s Рік тому

    Good instructions

  • @yuewang6590
    @yuewang6590 Рік тому

    how much this ?

  • @에라위
    @에라위 Рік тому

    how do we know cell types through using scATAC-seq?

  • @Clara-ue8by
    @Clara-ue8by Рік тому

    Great tutorial. I do have a quick question here, I have a gene of interest, how do you find what cell type express this gene of interest in loupe browser?

  • @TrenteQuatre
    @TrenteQuatre Рік тому

    First

  • @TrenteQuatre
    @TrenteQuatre Рік тому

    First

  • @TrenteQuatre
    @TrenteQuatre Рік тому

    First

  • @TrenteQuatre
    @TrenteQuatre Рік тому

    First

  • @TrenteQuatre
    @TrenteQuatre Рік тому

    First

  • @TrenteQuatre
    @TrenteQuatre Рік тому

    First

  • @TrenteQuatre
    @TrenteQuatre Рік тому

    First

  • @flourishadebayo3083
    @flourishadebayo3083 Рік тому

    Thanks for the explanation!

  • @samx90
    @samx90 Рік тому

    Amazing 🤩

  • @Tegna-Abächerli
    @Tegna-Abächerli Рік тому

    Great thanks 👌

  • @Educationalcourses
    @Educationalcourses Рік тому

    Thanks for the video, I suggest this video for more information ua-cam.com/video/Nsn_ZpDVBk8/v-deo.html

  • @anthonymason385
    @anthonymason385 Рік тому

    Brilliant!

  • @fangfang3042
    @fangfang3042 Рік тому

    Why is it re-uploaded?

  • @hongweima6815
    @hongweima6815 Рік тому

    very useful!

  • @azandre6698
    @azandre6698 Рік тому

    ᑭᖇOᗰOᔕᗰ 😏

  • @polychronistatsis2008
    @polychronistatsis2008 2 роки тому

    Do you think isopentane would have reactivity with ceramic beakers?

  • @adrianramos7183
    @adrianramos7183 2 роки тому

    thank you so much! excellent demonstration, you are awesome!

  • @Tegna-Abächerli
    @Tegna-Abächerli 2 роки тому

    Why are the stocks are so low?

  • @ВадикКозловских
    @ВадикКозловских 2 роки тому

    Need more people so spread this video more

  • @Lungbong292
    @Lungbong292 2 роки тому

    How do you know the orientation of the OCT frozen block once you remove it from the cryomold and place it into the sample container? Can you label the frozen OCT block?

  • @Lungbong292
    @Lungbong292 2 роки тому

    How do you pop the bubbles if you accidentally introduce bubbles? I tried using a needle but couldn't didn't pop all of them.

  • @aurorabrandi7522
    @aurorabrandi7522 2 роки тому

    Thanks for this great video!

  • @shaimaahassan5246
    @shaimaahassan5246 2 роки тому

    If my tissue is very small embryonic transparent that cannot transfer it by forceps its can be in eppendorf as pellet what should I do:- 1) put isopentane in container in liquid nitrogen and put eppendof that have the tissue in the isopentane 2) mix the embryos tissue with isopentane in the eppendorf and then emmerse it in the liquid nitrogen, in that case how to get red of the isopentane if it is necessary

  • @happyandhealthy888
    @happyandhealthy888 2 роки тому

    menopause at 70? yes, targeting specific genetic material and than without freezing the eggs import (food) the new, improved genetic material and working on mindset.

  • @thislifestidalwave
    @thislifestidalwave 2 роки тому

    This method worked well for fibrotic mouse muscle. Thanks!

  • @michellejohannsen2654
    @michellejohannsen2654 2 роки тому

    is there a way to do this with liquid nitrogen instead of dry ice?

    • @10xGenomics_
      @10xGenomics_ 2 роки тому

      Hi Michelle, thank you for your question. We would recommend against freezing tissue in liquid nitrogen. We have seen this method negatively impact tissue morphology as liquid nitrogen often leads to uneven freezing and, consequently, tissue cracking (causing a “swiss cheese” effect). Please feel free to reach out to support@10xgenomics.com if you need further assistance and we would be happy to help.

  • @HunterDriguez
    @HunterDriguez 2 роки тому

    Just checked the most up to date tissue list...no plants included. That's too bad, I was hoping to find Arabidopsis there.