The 10X Genomics Cell Preparation Guide describes best practices and methods for washing, concentrating, resuspending, and counting cells. What recommendations are available for preparing a cell suspension? Instructional videos that describe the library preparation process are also available. Technical notes and sample preparation protocols for 3’ gene expression experiments can be reviewed and downloaded from the 10X Genomics website. What learning resources are available for sample preparation on the 10X Genomics website? We strongly encourage researchers to perform a practice cell preparation prior to their first single cell experiment on the 10X Genomics platform. Can I perform a practice cell preparation and acquire feedback from the HTG Shared Resource in regards to the quality of the cell suspension and viability of the cells? Please contact Opal Allen at the HTG Shared Resource as soon as you are aware of the necessity to cancel. Researchers can cancel a 10X Genomics appointment. Can I cancel a 10X Genomics appointment due to poor cell viability, low cell concentration, or a failure of cells to achieve the desired growth state? We recommend finalizing the appointment at least two to three weeks in advance to ensure that the desired date and time slot are available for your experiment. Three time slots (9 am, 11 am, and 1 pm) are available on Monday through Thursday of each week. How do I schedule an appointment for a 10X Genomics experiment?Īppointments for 10X Genomics experiments can be scheduled with Opal Allen ( 80) at the High-Throughput Genomics Shared Resource. Frequently Asked Questions relevant to10X Genomics Kit for 3’ gene expression library preparation can be reviewed below.ġ. A small fraction (1-10%) of the droplets within the emulsion will include a single cell in addition to a gel bead which releases its contents to deliver oligo(dT) primers containing a unique 10X Cell Barcode that is used to index the 3’ end of cDNA molecules during reverse transcription, thus enabling the assignment of transcripts to individual cells during Illumina sequence analysis. An emulsion is created as the cells and reagents are passed through the microfluidic channels of the Chip B microfluidic device during a 9-minute run in the 10X Genomics Chromium Controller. Cell suspensions (containing 800 to 16,000 cells per sample) are loaded into a Chromium Chip B along with partitioning oil, reverse transcription reagents, and a collection of gel beads that contain 3,500,000 unique 10X Barcodes. She received her PhD and postdoctoral training in microbiology at UC Berkeley.The 10X Genomics Chromium Single Cell 3’ GEM Library and Gel Bead Kit v3 enables simultaneous library preparation of hundreds to thousands of individual cells for 3’ digital gene expression profiling analysis. Nicole Abreu, PhD, worked as a lead scientist at Illumina before joining 10x Genomics 3 years ago, first as a support scientist and now as a science and technology advisor. Economically scaling up your experiments by pairing our high-throughput (HT) kits with CellPlex and Targeted Gene Expression.Running the broad range of your single-cell assays on Chromium X.Performing gene expression or multiomic analysis on hundreds to hundreds of thousands of cells in a single run.In this webinar, you will learn about Chromium X’s capabilities, and see the breadth of its applications, including: It provides you with a complete single-cell system, right at your bench, and helps you expand your single-cell profiling or increase your sample sizes. Learn how 10x Genomics’s new Chromium X platform can help you scale up your single-cell experiments.ġ0x Genomics’s latest single-cell instrument, Chromium X, was designed to match the scale of your research needs.
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