Skip to main content

快速、轻柔、轻松地实现单细胞分离

Namocell 单细胞分离仪有 Hana™ 和 Pala™ 两种型号,均能帮助您快速便捷地获取单细胞。Namocell 采用专有技术将微流体与流式细胞术和液体分离相结合,只需一步即可轻松分选和快速分离单细胞,支持广泛的单细胞应用,包括细胞系开发、CRISPR 和细胞工程、单细胞基因组学和蛋白质组学、抗体发现、稀有细胞分离和合成生物学。

Unique Pala Advantages

Fluorescence sorting icon representing the Bio-Techne Pala Cell Sorter and Single Cell Dispenser

Fluorescence Sorting

Two laser configurations: 
488 nm (Blue) + 561 nm (Green): 9 channels 
405 nm (Violet) + 488 nm (Blue): 11 channels

Gentle Light Icon

Gentle on Cells

Pala operates at <2 PSI of pressure to preserve cell health and viability.

easy light icon 210x210

Simple to Use

Pala has a simple software interface that prompts users though critical start up, shutdown, or sample switch procedures. No specialized training is required.

Single Cell Sorting

Pala Single Cell Sorting and Single Cell Dispensing instrument workflow vs. competitor workflow

How Does Pala Work?

Leverage the powerful combination of microfluidics, flow cytometry, and liquid dispensing in Pala: 

  • Liquid Dispensing: Isolate single cells into 96- or 384-well plates according to your fluorescence selection criteria.
  • Microfluidic Cartridge: Enable sterile sorting and easy sample switching with no chance for carryover.
  • Flow Cytometry: Detect fluorescent labels or expressed proteins and gate cells of interest for sorting.

Meet Pala

Bio-Techne Pala Cell Sorter and Single Cell Dispenser

Pala Single Cell Sorter and Dispenser

Configured with two lasers for up to 11 detection channels.

Disposable microfluidic cell cartridge used with the Bio-Techne Pala Cell Sorter and Single Cell Dispenser

Microfluidic Cell Cartridges

Disposable and sterile cell cartridge preventing cross contamination.

 Pala
Laser 1488 nm
Laser 2405 nm or 561 nm
Detection ChannelsUp to 11 channels, Forward & Total Scatter
Dimensions25 x 14 x 9"
Weight35 lbs

Namocell 应用

点击下方图标,详细了解 Namocell 单细胞分离仪如何助力现代研究和治疗,随后您将返回到 Namocell 的网页。

Hear From Your Peers

Dr. Oscar Perez-Leal describes how his team leveraged a Bio-Techne Single Cell Sorter and Single Cell Dispenser to improve clonal outgrowth of CRISPR-edited cells.

Dr. Oscar Perez-Leal from Temple University describes how his team leveraged a Bio-Techne Single Cell Dispenser to improve clonal outgrowth of CRISPR-edited cells.

Dr. Lina Chakrabarti from AstraZeneca discusses how the single cell sorting dispensing technology on the Pala™ system boosted cell line development workflows for biopharmaceutical manufacturing.

Dr. Lina Chakrabarti from AstraZeneca discusses how the single cell dispenser technology on the Pala™ system boosted cell line development workflows for biopharmaceutical manufacturing.

Dr. Paula Lam Headshot - light gray

Dr. Paula Lam from BioCell Innovations expounds on the successful use of Pala to sort 293T suspension clones, leading to the production of high lentiviral titers.