CrystalEX™ 96-well Round Bottom Protein Crystallization Microplate, Advanced Polymer, 10 per Bag, Not Treated, Nonsterile by Corning Life Sciences

Manufacturer Corning Life Sciences  |   Model: 3773  |  Available in North America, Western Europe, Asia, Eastern Europe, Middle East, Africa
Designed for sitting-drop vapor diffusion high throughput protein crystallization Features 96 reservoir wells and 96 corresponding protein wells Conical bottom protein wells provide better centering of the protein drop Total well volume for the reservoir well is 210 µL; for the protein well is 10 µL Working volume for the reservoir well is 25 to 150 µL Compatible with 8 and 12 channel manual pipettors, automated liquid handling work stations and imaging systems Novel merged well design p... Read more


CrystalEX™ 96-well Round Bottom Protein Crystallization Microplate, Advanced Polymer, 10 per Bag, Not Treated, Nonsterile by Corning Life Sciences product image
CrystalEX™ 96-well Round Bottom Protein Crystallization Microplate, Advanced Polymer, 10 per Bag, Not Treated, Nonsterile
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  • Designed for sitting-drop vapor diffusion high throughput protein crystallization
  • Features 96 reservoir wells and 96 corresponding protein wells
  • Conical bottom protein wells provide better centering of the protein drop
  • Total well volume for the reservoir well is 210 µL; for the protein well is 10 µL
  • Working volume for the reservoir well is 25 to 150 µL
  • Compatible with 8 and 12 channel manual pipettors, automated liquid handling work stations and imaging systems
  • Novel merged well design provides efficient vapor space for protein crystallization
  • Manufactured from an advanced polymer with high resistance to commonly used solvents, including acetone, acetic acid, butanone, ethanol, isopropanol, methanol, DMSO, nitric acid (65%), sulfuric acid (40%), hydrochloric acid (36%), and ammonia solution (33%)
  • Low background polarization and high optical clarity allows protein crystals to be easily viewed under polarized light with minimal background interference
  • Low water absorption of the polymer prevents loss of protein drop volume