Media Summary: Once you've completed Chip Assembly, you will combine the After the Dynabeads clean up, we will perform cDNA amplification. This video reviews Load Chip G immediately after combining the

Single Cell Gene Expression Lt Protocol V3 1 Prepare Master Mix - Detailed Analysis & Overview

Once you've completed Chip Assembly, you will combine the After the Dynabeads clean up, we will perform cDNA amplification. This video reviews Load Chip G immediately after combining the Load Chip L immediately after combining the After the cDNA amplification, we will perform a cDNA Cleanup using SPRIselect reagents. This video provides a look at best ... Once you've loaded the HT chip, you will run the chip in the Chromium X. This video demonstrates how to initiate the Chromium X ...

After the GEMs are transferred into tube strips, you will break GEMs with recovery agent. This video provides an overview of the ... After the Chromium X run is complete, you will remove Chip G from the Chromium X and transfer GEMs into strip tubes. This video ... After the GEMs are broken with recovery agent, we perform the Post GEM-RT Dynabeads cleanup step. This video provides ... After the Chromium X run is complete, you will remove Chip M from the Chromium X and transfer GEMs into strip tubes. This video ...

Photo Gallery

Single Cell Gene Expression LT Protocol v3.1 | Prepare Master Mix
Single Cell Gene Expression LT Protocol v3.1 | Combining Master Mix, Water and Cells
Single Cell Gene Expression Protocol v3.1 | Prepare Master Mix
Single Cell Gene Expression LT Protocol v3.1 | cDNA Amplification
Single Cell Gene Expression Protocol v3.1 | Loading Chromium Next GEM Chip G
Single Cell Gene Expression HT Protocol v3.1 | Getting Started
Single Cell Gene Expression LT Protocol v3.1 | Getting Started
Single Cell Gene Expression LT Protocol v3.1 | Assemble Chromium Next GEM Chip L
Single Cell Gene Expression LT Protocol v3.1 | Loading Chromium Next GEM Chip L
Single Cell Gene Expression Protocol v3.1 | Combining Master Mix, Water and Cells
Single Cell Gene Expression Protocol v3.1 | cDNA Cleanup - SPRIselect
Single Cell Gene Expression HT Protocol v3.1 | Combining Master Mix, Water and Cells
View Detailed Profile
Single Cell Gene Expression LT Protocol v3.1 | Prepare Master Mix

Single Cell Gene Expression LT Protocol v3.1 | Prepare Master Mix

Once you have your

Single Cell Gene Expression LT Protocol v3.1 | Combining Master Mix, Water and Cells

Single Cell Gene Expression LT Protocol v3.1 | Combining Master Mix, Water and Cells

Once you've completed Chip Assembly, you will combine the

Single Cell Gene Expression Protocol v3.1 | Prepare Master Mix

Single Cell Gene Expression Protocol v3.1 | Prepare Master Mix

Once you have your

Single Cell Gene Expression LT Protocol v3.1 | cDNA Amplification

Single Cell Gene Expression LT Protocol v3.1 | cDNA Amplification

After the Dynabeads clean up, we will perform cDNA amplification. This video reviews

Single Cell Gene Expression Protocol v3.1 | Loading Chromium Next GEM Chip G

Single Cell Gene Expression Protocol v3.1 | Loading Chromium Next GEM Chip G

Load Chip G immediately after combining the

Single Cell Gene Expression HT Protocol v3.1 | Getting Started

Single Cell Gene Expression HT Protocol v3.1 | Getting Started

Get started with your Chromium

Single Cell Gene Expression LT Protocol v3.1 | Getting Started

Single Cell Gene Expression LT Protocol v3.1 | Getting Started

Get started with your Chromium

Single Cell Gene Expression LT Protocol v3.1 | Assemble Chromium Next GEM Chip L

Single Cell Gene Expression LT Protocol v3.1 | Assemble Chromium Next GEM Chip L

Once you've

Single Cell Gene Expression LT Protocol v3.1 | Loading Chromium Next GEM Chip L

Single Cell Gene Expression LT Protocol v3.1 | Loading Chromium Next GEM Chip L

Load Chip L immediately after combining the

Single Cell Gene Expression Protocol v3.1 | Combining Master Mix, Water and Cells

Single Cell Gene Expression Protocol v3.1 | Combining Master Mix, Water and Cells

Once you've completed Chip Assembly, you will combine the

Single Cell Gene Expression Protocol v3.1 | cDNA Cleanup - SPRIselect

Single Cell Gene Expression Protocol v3.1 | cDNA Cleanup - SPRIselect

After the cDNA amplification, we will perform a cDNA Cleanup using SPRIselect reagents. This video provides a look at best ...

Single Cell Gene Expression HT Protocol v3.1 | Combining Master Mix, Water and Cells

Single Cell Gene Expression HT Protocol v3.1 | Combining Master Mix, Water and Cells

Once you've completed Chip Assembly, you will combine the

Single Cell Gene Expression HT Protocol v3.1 | cDNA Amplification

Single Cell Gene Expression HT Protocol v3.1 | cDNA Amplification

After the Dynabeads clean up, we will perform cDNA amplification. This video reviews

Single Cell Gene Expression LT Protocol v3.1 | Run the Chromium X

Single Cell Gene Expression LT Protocol v3.1 | Run the Chromium X

Once you've loaded the HT chip, you will run the chip in the Chromium X. This video demonstrates how to initiate the Chromium X ...

Single Cell Gene Expression Protocol v3.1 | Break GEMs with Recovery Agent

Single Cell Gene Expression Protocol v3.1 | Break GEMs with Recovery Agent

After the GEMs are transferred into tube strips, you will break GEMs with recovery agent. This video provides an overview of the ...

Single Cell Gene Expression HT Protocol v3.1 | Assemble Chromium Next GEM Chip M

Single Cell Gene Expression HT Protocol v3.1 | Assemble Chromium Next GEM Chip M

Once you've

Single Cell Gene Expression Protocol v3.1 | Transfer GEMs

Single Cell Gene Expression Protocol v3.1 | Transfer GEMs

After the Chromium X run is complete, you will remove Chip G from the Chromium X and transfer GEMs into strip tubes. This video ...

Single Cell Gene Expression Protocol v3.1 | Post GEM-RT Cleanup - Dynabeads

Single Cell Gene Expression Protocol v3.1 | Post GEM-RT Cleanup - Dynabeads

After the GEMs are broken with recovery agent, we perform the Post GEM-RT Dynabeads cleanup step. This video provides ...

Single Cell Gene Expression HT Protocol v3.1 | Transfer GEMs

Single Cell Gene Expression HT Protocol v3.1 | Transfer GEMs

After the Chromium X run is complete, you will remove Chip M from the Chromium X and transfer GEMs into strip tubes. This video ...