Crystallization Microplates
Mitegen MicroLoop E Assembly; box of 20 assemblies, horizontal MicroLoop E, 20 of 50 x 500 micron Mounts on 18mm/SPINE length rods adhered into B3 bases.
MiTeGen offers ready-to-use assemblies for cryocrystallography. This page offers assemblies of Single Thickness MicroLoops E™ (M8) styles epoxied into the B3 Goniometer Bases. These assemblies are ideal for standard lab use or high-throughput applications. Each pack consists of 20 mounts epoxied into the goniometer bases, carefully loaded into our base holder and case.
Mitegen MicroLoop E Assembly; box of 20 assemblies, horizontal MicroLoop E, 20 of 50 x 500 micron Mounts on 18mm/SPINE length rods adhered into B5-R reusable bases.
MiTeGen offers ready-to-use assemblies for cryocrystallography. This page offers assemblies of Single Thickness MicroLoops E™ (M8) styles affixed into the B5 Reusable Goniometer Bases. Reusable bases can have the mount removed and reinserted numerous times, allowing for easy switching of mount styles. These assemblies are ideal for standard lab use or high-throughput applications. Each pack consists of 20 mounts loaded into the goniometer bases, carefully loaded into our base holder and case.
Mitegen MicroLoop E Assembly; box of 20 assemblies, inclined MicroLoop E, 20 of 50 x 500 micron Mounts on 18mm/SPINE length rods adhered into B3 bases.
MiTeGen offers ready-to-use assemblies for cryocrystallography. This page offers assemblies of Single Thickness MicroLoops E™ (M8) styles epoxied into the B3 Goniometer Bases. These assemblies are ideal for standard lab use or high-throughput applications. Each pack consists of 20 mounts epoxied into the goniometer bases, carefully loaded into our base holder and case.
Mitegen MicroLoop E Assembly; box of 20 assemblies, inclined MicroLoop E, 20 of 50 x 500 micron Mounts on 18mm/SPINE length rods adhered into B5-R reusable bases.
MiTeGen offers ready-to-use assemblies for cryocrystallography. This page offers assemblies of Single Thickness MicroLoops E™ (M8) styles affixed into the B5 Reusable Goniometer Bases. Reusable bases can have the mount removed and reinserted numerous times, allowing for easy switching of mount styles. These assemblies are ideal for standard lab use or high-throughput applications. Each pack consists of 20 mounts loaded into the goniometer bases, carefully loaded into our base holder and case.
Mitegen MicroLoop E Assembly; box of 20 assemblies, vertical MicroLoop E, 20 of 50 x 500 micron Mounts on 18mm/SPINE length rods adhered into B5-R reusable bases.
MiTeGen offers ready-to-use assemblies for cryocrystallography. This page offers assemblies of Single Thickness MicroLoops E™ (M8) styles affixed into the B5 Reusable Goniometer Bases. Reusable bases can have the mount removed and reinserted numerous times, allowing for easy switching of mount styles. These assemblies are ideal for standard lab use or high-throughput applications. Each pack consists of 20 mounts loaded into the goniometer bases, carefully loaded into our base holder and case.
Mitegen MicroLoop E Assembly; box of 20 assemblies, horizontal MicroLoop E assortment, 10 each of 15 x 150 and 50 x 500 micron Mounts on 18mm/SPINE length rods adhered into B3 bases.
MiTeGen offers ready-to-use assemblies for cryocrystallography. This page offers assemblies of Single Thickness MicroLoops E™ (M8) styles epoxied into the B3 Goniometer Bases. These assemblies are ideal for standard lab use or high-throughput applications. Each pack consists of 20 mounts epoxied into the goniometer bases, carefully loaded into our base holder and case.
Mitegen MicroLoop E Assembly; box of 20 assemblies, horizontal MicroLoop E assortment, 10 each of 15 x 150 and 50 x 500 micron Mounts on 18mm/SPINE length rods adhered into B3S bases.
MiTeGen offers ready-to-use assemblies for cryocrystallography. This page offers assemblies of Single Thickness MicroLoops E™ (M8) styles epoxied into the B3S Goniometer Bases. These assemblies are ideal for standard lab use or high-throughput applications. Each pack consists of 20 mounts epoxied into the goniometer bases, carefully loaded into our base holder and case.
Mitegen Goniometer base type B5, MicroRT compatible; package of 20
Magnetic Bases/Caps for holding crystal loops. (SPINE style) Fully compatible with ALS style robotic sample changers. Unique design compatible with MicroRT™ capillaries for room temperature screening and crystal dehydration studies. Can be used with all crystal mounts/loops, including MicroMounts™ , MicroLoops™ , MicroGrippers™ and MicroMesh™ . Style available in both MiTeGen’s patented Reusable Glue-free design or in the regular Glue-required Design
RIGAKU REAGENTS Block, JCSG Core Suite 2, 96 conditions, 1.7mL volumes
The Joint Center for Structural Genomics formatted the JCSG Core Suite screens as a result of analyzing over 500,000 high-throughput crystallization experiments, performed at the JCSG. The 384 crystallization formulations were selected based on the highest hit rates in initial screening.
Molecular Dimensions The Ligand-Friendly Screen
The Ligand-Friendly Screen (LFS)1 has been one of the two primary coarse screens of the Structural Genomics Consortium (SGC) in Oxford since 2004; at last count, it had produced 190 novel structures over 10 years.
Molecular Dimensions MemTrans™
A unique screen designed for transporter proteins. MemTrans uniquely targets transporter proteins. Includes the most common transporter protein crystallization conditions to maximize your chances of success.
Mitegen In Situ Plate Sealing Films for Diffraction Analysis, 25µm COC Film, 96-Hole Adhesive Gasket, 10 Seals/Pack
These specialty-cut In Situ Plate Sealing Films are expertly designed for precise diffraction analysis directly within crystallization plates. Each seal consists of a durable 25 µm COC (Cyclic Olefin Copolymer) film, paired with a 96-hole adhesive gasket that includes removable liners. This innovative construction ensures a secure and isolated environment for each well, crucial for maintaining crystal integrity and preventing cross-contamination during sensitive experiments. The films are engineered to provide optimal optical clarity for sample visualization and minimal background interference during X-ray diffraction. Ideal for high-throughput crystallography workflows, these seals streamline the process of In Situ data collection, eliminating the need for crystal harvesting and mounting. They facilitate reliable and reproducible results for structural biology applications. Each pack contains 10 seals, offering convenience for laboratory use.