Push the limits of your hybrization assays

Ideal for hybridization assays

ThermoScientific™ Nunc™ NucleoLink™ Breakable Modules are ideal for hybridization assays due to the heat-resistant resin. The unique design offers flexibility while each well locks in the frame and maintains the same height—helping to provide accurate reading and efficient washing. 

  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35 mm) 
  • Withstand temperatures from –20°C to 120°C 
  • Working volume: strips 100 μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
  • Use in place of time-consuming methods such as gel electrophoresis and Southern blotting 
  • Usable with any “ELISA-like” detection and measurement method 
  • Compatible with standard microplate readers 
  • Consists of 1 x 8 strips to be fitted into a 96-well format frame 
  • V-shaped wells with flat, readable bottoms and thin walls (0.35mm) 
  • Withstand temperatures from -20° to +120°C 
  • Working volume: Strips 100μL
NucleoLink Strips