• 427
• 0

What's next for STORM-seq?

• 320
• 0

What's next for STORM-seq?

• 299
• 0

Does compartmap only work with STORM-seq?

• 273
• 0

Does compartmap only work with STORM-seq?

• 152
• 0

Have you looked at repeat space since you're looking at total RNA (e.g., ERVs, etc.)?

• 205
• 0

Have you looked at repeat space since you're looking at total RNA (e.g., ERVs, etc.)?

• 191
• 0

Have you looked at repeat space since you're looking at total RNA (e.g., ERVs, etc.)?

• 233
• 0

When would you choose STORM-seq over 10x Genomics for single-cell sequencing technology?

• 194
• 0

When would you choose STORM-seq over 10x Genomics for single-cell sequencing technology?

• 223
• 0

When considering drop-out rates, does FACS lead to a significant percentage of empty wells in 384-well plates?

• 175
• 0

When considering drop-out rates, does FACS lead to a significant percentage of empty wells in 384-well plates?

• 175
• 0

If you are using a 384-well plate later, why are you pooling samples for ribosomal depletion into batches of 96 instead of 384?

• 205
• 0

If you are using a 384-well plate later, why are you pooling samples for ribosomal depletion into batches of 96 instead of 384?

• 228
• 0

How many samples will the Takara Bio SMART-Seq Stranded Kit process with these adaptations for a 384-well plate?

• 235
• 0

How many samples will the Takara Bio SMART-Seq Stranded Kit process with these adaptations for a 384-well plate?

• 232
• 0

How many samples will the Takara Bio SMART-Seq Stranded Kit process with these adaptations for a 384-well plate?

• 204
• 0

How many samples will the Takara Bio SMART-Seq Stranded Kit process with these adaptations for a 384-well plate?

• 207
• 0

How many samples will the Takara Bio SMART-Seq Stranded Kit process with these adaptations for a 384-well plate?