EquipmentAvailable
Magnet Plate MagnaBot 384
Faculty of Arts and Science
Biology
Concordia University
Primary Function: Magnetic Separation Device designed for high-throughput bioseparation using magnetic particles in 384-well plates.
Technical Specifications:
- Features a high-density magnet array that ensures efficient separation of magnetic beads
- Standard footprint allows it to fit onto most liquid handling workstations
Applications: Automated purification of PCR products and sequencing reactions.
Concordia Genome Foundry
Faculty of Arts and Science
Research lab focused on advancing scientific knowledge and innovation.
NG
Nicholas Gold
Biology
Faculty of Arts and Science
Concordia University
EquipmentAvailable
Magnet Plate MagnaBot 384
Faculty of Arts and Science
Biology
Concordia University
Primary Function: Magnetic Separation Device designed for high-throughput bioseparation using magnetic particles in 384-well plates.
Technical Specifications:
- Features a high-density magnet array that ensures efficient separation of magnetic beads
- Standard footprint allows it to fit onto most liquid handling workstations
Applications: Automated purification of PCR products and sequencing reactions.
Concordia Genome Foundry
Faculty of Arts and Science
Research lab focused on advancing scientific knowledge and innovation.
NG
Nicholas Gold
Biology
Faculty of Arts and Science
Concordia University
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