8268 Results for: "bead hammer"

Supplier: Brand

Borosilicate glass 3.3, with beaded rim.

Supplier: VWR Chemicals

Our silica gel orange/green is used where products need to be protected from humidity during storage and transportation. The colour changes from orange to dark green when saturated.

Supplier: Thermo Fisher Scientific

Molecular sieve A4 (0.4 nm, 4 Å), beads 0.4 - 0.8 mm (0.02-0.03 in)

Supplier: Thermo Fisher Scientific

Appearance: Beads

Supplier: Thermo Fisher Scientific

Grinding pieces, Al-23, 10 mm, 440 pieces/kg, Ceramic

Supplier: Bioss

Phakinin is a membrane-associated and cytoskeletal intermediate filament (IF) protein specific to the eye lens. IFs are cytoskeletal structures that typically contain a head, rod and tail domain. Unlike most IFs, Phakinin completely lacks the C-terminal tail domain thus contributing to the unique structure of the beaded filament that is specific to the lens. Phakinin is required for the assembly of beaded filaments and cytoskeletal networks that are important for the long-term maintenance of optical properties and transparency of the lens. Phakinin copolymerizes with Filensin, another IF protein, to form the 10-nm filamentous structures of the beaded filaments. Phakinin is also capable of self-assembling into filament-like structures that form thicker bundles. Mutations in the gene encoding Phakinin can result in lens cataract.

Supplier: Bioss

Phakinin is a membrane-associated and cytoskeletal intermediate filament (IF) protein specific to the eye lens. IFs are cytoskeletal structures that typically contain a head, rod and tail domain. Unlike most IFs, Phakinin completely lacks the C-terminal tail domain thus contributing to the unique structure of the beaded filament that is specific to the lens. Phakinin is required for the assembly of beaded filaments and cytoskeletal networks that are important for the long-term maintenance of optical properties and transparency of the lens. Phakinin copolymerizes with Filensin, another IF protein, to form the 10-nm filamentous structures of the beaded filaments. Phakinin is also capable of self-assembling into filament-like structures that form thicker bundles. Mutations in the gene encoding Phakinin can result in lens cataract.

Supplier: Oxford Nanopore Technologies

Additional sequencing buffer, elution buffer, and loading beads.

Supplier: Thermo Fisher Scientific

Barium iodide is used as a reagent for facile synthesis of poly(phenylcarbyne). It reacts with alkyl potassium compounds to form organobarium compounds.

Supplier: Cole-Parmer

Keep samples cold, clean, and dry.

Supplier: Brand

Borosilicate glass 3.3, with beaded rim.

Supplier: Avantor

Zorbax spherical particles are manufactured from small extremely uniform colloidal silica micro beads which are agglutinated in a Du Pont patented organic polymerisation process. The organic polymer is removed by a controlled sintering process to yield mechanically stable silica particles.

Supplier: Bioss

Phakinin is a membrane-associated and cytoskeletal intermediate filament (IF) protein specific to the eye lens. IFs are cytoskeletal structures that typically contain a head, rod and tail domain. Unlike most IFs, Phakinin completely lacks the C-terminal tail domain thus contributing to the unique structure of the beaded filament that is specific to the lens. Phakinin is required for the assembly of beaded filaments and cytoskeletal networks that are important for the long-term maintenance of optical properties and transparency of the lens. Phakinin copolymerizes with Filensin, another IF protein, to form the 10-nm filamentous structures of the beaded filaments. Phakinin is also capable of self-assembling into filament-like structures that form thicker bundles. Mutations in the gene encoding Phakinin can result in lens cataract.

Supplier: Bioss

Phakinin is a membrane-associated and cytoskeletal intermediate filament (IF) protein specific to the eye lens. IFs are cytoskeletal structures that typically contain a head, rod and tail domain. Unlike most IFs, Phakinin completely lacks the C-terminal tail domain thus contributing to the unique structure of the beaded filament that is specific to the lens. Phakinin is required for the assembly of beaded filaments and cytoskeletal networks that are important for the long-term maintenance of optical properties and transparency of the lens. Phakinin copolymerizes with Filensin, another IF protein, to form the 10 nm filamentous structures of the beaded filaments. Phakinin is also capable of self-assembling into filament-like structures that form thicker bundles. Mutations in the gene encoding Phakinin can result in lens cataract.

Supplier: VWR Chemicals

Our 3A molecular sieve is commonly used for drying of gases and polar liquids (methanol, ethanol) and easily polymerisable substances, such as unsaturated hydrocarbons (ethylene, propylene, acetylene and butadiene).

Supplier: Thermo Fisher Scientific

Polyethyleneimine, on silica beads 20-40 mesh anion exchange resin

Supplier: Thermo Fisher Scientific

Gallium(III) chloride, anhydrous 99.99+% (trace metals basis), beads -10 mesh

Supplier: ENZO LIFE SCIENCES

Isolated from bovine brain. Calmodulin conjugated to 4% cross-linked agarose beads via a 5 atom hydrophilic spacer arm.

Supplier: BRUKER DALTRONIK

Set of 100 POM balls to close samplejet tube caps. Available in different colours.

Supplier: G-Biosciences

Magnetic stand is designed for the efficent pull down of magnetic beads in 1,5 and 2 ml micro centrifgue tubes.

Supplier: Thermo Fisher Scientific

Molecular sieve A4 (0.4 nm, 4 Å), beads 1 - 2 mm (0.04-0.08 in)

Supplier: Thermo Fisher Scientific

Molecular sieve 13X (1.0 nm, 10 Å), beads 1.6-2.5 mm (0.063-0.098 in)

Supplier: Bioss

Phakinin is a membrane-associated and cytoskeletal intermediate filament (IF) protein specific to the eye lens. IFs are cytoskeletal structures that typically contain a head, rod and tail domain. Unlike most IFs, Phakinin completely lacks the C-terminal tail domain thus contributing to the unique structure of the beaded filament that is specific to the lens. Phakinin is required for the assembly of beaded filaments and cytoskeletal networks that are important for the long-term maintenance of optical properties and transparency of the lens. Phakinin copolymerizes with Filensin, another IF protein, to form the 10-nm filamentous structures of the beaded filaments. Phakinin is also capable of self-assembling into filament-like structures that form thicker bundles. Mutations in the gene encoding Phakinin can result in lens cataract.

Supplier: Bioss

Phakinin is a membrane-associated and cytoskeletal intermediate filament (IF) protein specific to the eye lens. IFs are cytoskeletal structures that typically contain a head, rod and tail domain. Unlike most IFs, Phakinin completely lacks the C-terminal tail domain thus contributing to the unique structure of the beaded filament that is specific to the lens. Phakinin is required for the assembly of beaded filaments and cytoskeletal networks that are important for the long-term maintenance of optical properties and transparency of the lens. Phakinin copolymerizes with Filensin, another IF protein, to form the 10 nm filamentous structures of the beaded filaments. Phakinin is also capable of self-assembling into filament-like structures that form thicker bundles. Mutations in the gene encoding Phakinin can result in lens cataract.

Supplier: GRANT INSTRUMENTS

Lightweight, economic PP spheres which form a blanket on the liquid surface. Spheres have 20 mm Ø, 275 spheres cover approximately 1000 cm².

Supplier: Avantor

Zorbax spherical particles are manufactured from small extremely uniform colloidal silica micro beads which are agglutinated in a Du Pont patented organic polymerisation process. The organic polymer is removed by a controlled sintering process to yield mechanically stable silica particles.

Supplier: GRANT INSTRUMENTS

Interchangeable blocks for TS-DW Thermoshakers

Supplier: Abcam

Reusable, Endotoxin free Protein A conjugated Agarose beads with ≥15 mg/ml binding capacity.

Supplier: G-Biosciences

Immobilised Protein A and G are designed for binding the constant domains of immunoglobulin (Ig) molecules. Immobilised Protein A is coupled to 6% highly cross-linked agarose beads by a proprietary coupling method that provides high coupling efficiency for immunoglobulins and minimal protein A leaching. The binding capacity of Protein A is 18 to 43 mg Human IgG per ml resin.

Supplier: Rockland Immunochemicals

Suitable for ELISA, western blotting, fluorescent assays, immunoprecipitation, immunodiffusion, conjugation to magnetic particles (beads) and most other immunological methods requiring lot-to-lot consistency, high titer and specificity.