Cell Microsystems
Cell Microsystems
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วีดีโอ

iPSC Reprogramming Challenges and Solutions
มุมมอง 6198 หลายเดือนก่อน
About This Webinar iPSC Reprogramming Challenges and Solutions: Dr. Jessica Hartman will delve into the challenges associated with iPSC reprogramming, including low efficiency, pluripotency instability, and high labor intensity. Discover innovative strategies to overcome these hurdles and successfully deploy iPSCs. Investigating Ion Channels with iPSC-Derived Neurons and Cardiomyocytes: Once re...
UNLOCKING THE POTENTIAL OF HIGH THROUGHPUT LIGAND GATED ELECTROPHYSIOLOGY
มุมมอง 1358 หลายเดือนก่อน
An overview of the Ligand-Gated service offerings at Eurofins Discovery. The data will include GABAA, Nicotinic, and Serotonin targets.
Dr. Stern's Organoid Webinar
มุมมอง 3598 หลายเดือนก่อน
Accelerate the Use of iPSC-derived Organoids in Drug Discovery & Personal Medicine • Learn how to generate organoids, including clonal organoids, at scale • Monitor differentiation of iPSCs into organoids over time • Create custom assay plates of single organoids for downstream use Delivered Feb. 28, 2024 by Allysa Stern, Ph.D., Cell Microsystems
CellRaft White Board Video
มุมมอง 31211 หลายเดือนก่อน
Are you tired of battling with the limitations of current cell line development technologies? Struggling with limiting dilution, FACS machines losing precious samples, cells dying after isolation, unwanted clones taking over your cell line... we have heard it all. Enjoy this animated video that dives into the challenges associated with current technologies and introduces an innovative technolog...
CRISPR Webinar Video Recording
มุมมอง 36411 หลายเดือนก่อน
Webinar: Increasing Efficiency of CRISPR-edited Cell Line Development Presenter: Jessica Hartman, Ph.D. Creating monoclonal CRISPR-edited cell lines can be a daunting task for many scientists, given the various limitations of using traditional methods. We understand the challenges and this webinar delves into overcoming these hurdles. Conventional cell sorting or single-cell dispensing requires...
Unlocking the Potential of Single-Cell Culture on One Consumable
มุมมอง 6411 หลายเดือนก่อน
Plate your cells, image your cells, choose the finest, and isolate them in a single consumable. Imagine the power of streamlining these critical steps into a single process while reducing costs, boosting workflow efficiency, and vastly improving downstream outcomes-an achievable reality with CellRaft® Technology. At the core of this technology is the CellRaft® Array, a novel flask-like culture ...
Accelerate Cell Line Development by Isolating Monoclonal Colonies, Not Single Cells
มุมมอง 6011 หลายเดือนก่อน
Megan S. Harrison, Ph.D., Field Application Scientist, Cell Microsystems, presents poster at BPI East 2023: Accelerate Cell Line Development by Isolating Monoclonal Colonies, Not Single Cells. A common roadblock in drug discovery is developing reproducible, clonally derived cell lines. Using the CellRaft Array, thousands of cells are cultured in a shared media reservoir, while spatially segrega...
Flask like Conditions Final
มุมมอง 17111 หลายเดือนก่อน
A quick look at a couple of key features of the CellRaft AIR system.
Imaging, Track, Analyze, and Automate Isolation of Colonies from Single Cells
มุมมอง 750ปีที่แล้ว
The CellRaft AIR® System uses proprietary CellRaft technology and CytoSort® Arrays to keep cells viable using a contiguous media environment leading to an increase in the number of colonies from single cells that can be isolated. Providing more efficient single cell workflows, including clonal colony propagation, by combining imaging, identifying, and automated isolation in one instrument with ...
CellRaft® Technology
มุมมอง 368ปีที่แล้ว
CellRaft® Technology provides a highly effective way of enabling single cell cloning, cell culture, analysis, and isolation that goes beyond dispensing a single cell into a well. The key to the technology is the CellRaft Array, a novel and proprietary cell culture dish containing thousands of microscale cell culture growth surfaces called CellRafts.
Accelerate Cell Line Development by Isolating Monoclonal Colonies, Not Single Cells
มุมมอง 89ปีที่แล้ว
A daunting challenge in drug discovery is the establishment of reproducible, clonally-derived cell lines. Traditional methods often fall short, yielding outcomes that are not only inconsistent but also inherently unreliable. Megan Harrison, Ph.D., a scientist with Cell Microsystems, recently presented a poster at BPI East, titled "Accelerate Cell Line Development by Isolating Monoclonal Colonie...
Methods and best practices for the development of single cells into colonies
มุมมอง 574ปีที่แล้ว
Jessica Hartman, Ph.D. - Senior Director of Product Application, Cell Microsystems | Lindsey Kuehm, Ph.D. - Field Applications Scientist, Cell Microsystems Single-cell clone generation remains a major bottleneck in cell engineering. Current practices vary from manual limiting dilution, to using a variety of high-speed cell sorters, or a combination of both. This webinar reviews a series of case...
Culture Imaging and Isolation of Cells and Colonies using the CytoSort Array with the AIR System
มุมมอง 151ปีที่แล้ว
Dr. Jacquelyn DuVall, Cell Microsystems, Inc. The CellRaft Technology is a straightforward means of culturing, sorting and isolating single cells and clonal colonies. The product relies on a single-use consumable, the CellRaft Array, a microwell cell culture dish that allows single cells to be individually analyzed and retrieved for downstream culture and analysis. In this webinar, Cell Microsy...
New methods for CRISPR cell line development & screening using the CellRaft AIR System
มุมมอง 388ปีที่แล้ว
William Buchser, PhD - Assistant Professor, Department of Genetics, Washington University in St. Louis, School of Medicine / Jacquelyn DuVall, PhD - Lead for Cellular and Genomics Applications, Cell Microsystems Cloning cells after gene editing is a labor-intensive process due to issues around cell viability, clonality and overall cell culture efficiency. The CellRaft AIR System provides an ima...
Novel methods for the development of stem cell-derived 2D and 3D models
มุมมอง 5Kปีที่แล้ว
Novel methods for the development of stem cell-derived 2D and 3D models
Second Whistleblower Comes Forth on Plastic Waste in Lab
มุมมอง 153ปีที่แล้ว
Second Whistleblower Comes Forth on Plastic Waste in Lab
Whistleblower Speaks out on plastic waste in lab
มุมมอง 90ปีที่แล้ว
Whistleblower Speaks out on plastic waste in lab
How Scientists Really Feel About Limiting Dilution
มุมมอง 131ปีที่แล้ว
How Scientists Really Feel About Limiting Dilution
Scientists "Hit the Wall" with Limiting Dilution
มุมมอง 360ปีที่แล้ว
Scientists "Hit the Wall" with Limiting Dilution
Whistleblower on Plastic Waste in Labs
มุมมอง 83ปีที่แล้ว
Whistleblower on Plastic Waste in Labs
Laboratory Whistleblower Preview
มุมมอง 20ปีที่แล้ว
Laboratory Whistleblower Preview
Dr. Allysa Stern: From Single Cells to Organoids
มุมมอง 329ปีที่แล้ว
Dr. Allysa Stern: From Single Cells to Organoids
Webinar: Cloning in the Third Dimension: Breakthroughs in 3D Biology (2023)
มุมมอง 169ปีที่แล้ว
Webinar: Cloning in the Third Dimension: Breakthroughs in 3D Biology (2023)
Identification of a Rare Double Positive Clone
มุมมอง 103ปีที่แล้ว
Identification of a Rare Double Positive Clone
How Cell Microsystems' CellRaft Air® System Transfers Cells to Isolation Plate (with audio)
มุมมอง 907ปีที่แล้ว
How Cell Microsystems' CellRaft Air® System Transfers Cells to Isolation Plate (with audio)
Cell Microsystems' CellRaft AIR® System
มุมมอง 197ปีที่แล้ว
Cell Microsystems' CellRaft AIR® System
Cell Microsystems' CellRaft AIR® System Software
มุมมอง 522ปีที่แล้ว
Cell Microsystems' CellRaft AIR® System Software
How Cell Microsystems' CellRaft Air® System Transfers Cells to Isolation Plate (no audio)
มุมมอง 7912 ปีที่แล้ว
How Cell Microsystems' CellRaft Air® System Transfers Cells to Isolation Plate (no audio)
Webinar: A roadmap to hundreds of characterized suspension cell clones using a single consumable
มุมมอง 5052 ปีที่แล้ว
Webinar: A roadmap to hundreds of characterized suspension cell clones using a single consumable

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