"bead hammer"

Supplier: GLASWARENFABRIK KARL HECHT

Solid glass.

Supplier: MARIENFELD

Made of soda lime glass.

Supplier: Merck

Made of PYREX® glass, solid.

Supplier: E AND R CHEMICALS

Soda lime glass.

Supplier: Thermo Fisher Scientific

Pierce™ Iodination beads are Ø 3 mm polystyrene beads that are coated with an oxidising reagent, which provides efficient activation of ¹²⁵I for protein or peptide iodination procedures.

Supplier: SCIENTIFIC INDUSTRIES ELMIS

Glass beads are designed for use with the Disruptor Genie™ or TurboMix™ attachment for optimum disruption of bacteria, yeast, fungi and other cells.

Supplier: ROBU GLASFILTER

Substrate for cell cultivation.

Supplier: HILGENBERG

Glass beads made of soda lime glass.

Supplier: MP Biomedicals

Glass beads.

Supplier: Thermo Fisher Scientific

These magnetic agarose beads consist of highly crosslinked agarose beads embedded with magnetite and a covalently attached tetradentate nitrilotriacetic acid (NTA) chelator charged with divalent nickel ions. They provide a fast, convenient method for purification of His-tagged recombinant proteins.

Supplier: FRITSCH

Grinding balls, Agate, Ø: 20 mm, For use with: PULVERISETTE 6, PULVERISETTE 5/4, PULVERISETTE 5/2, PULVERISETTE 4 classic lines

Supplier: Cytiva

Protein G Mag Sepharose simplifies enrichment of target proteins by immunoprecipitation techniques, protein antigen precipitation from solutions using antibodies, or pull-down applications as an in vitro technique to detect physical interactions.

Supplier: Cytiva

Sera-Mag Carboxylate-Modified Magnetic Beads & SpeedBeads have free carboxyl groups on the surface for convenient covalent coupling of target molecules (proteins, peptides, and amine-modified ligands) via primary amines (NH₂).

Supplier: Aesculap

Set of spare nylon inserts, Aesculap®

Supplier: OMEGA BIO-TEK

Mag-Bind® Particles RQ

Supplier: Cytiva

Sera-Mag Oligo(dT)-Coated Magnetic Particles enable convenient mRNA isolation and extraction. Sera-Mag Oligo(dT) Magnetic Particles bind target mRNA through pairing of the polyadenylated RNA tail found on the 3' end of mRNA to the covalently bound oligo(dT) groups on the surface of the particles. This binding is easily accomplished using standard hybridisation conditions. Versatile and efficient methods for mRNA purification are critical, given that eukaryotic mRNA makes up only 1 to 3% of total cellular RNA. Sera-Mag Oligo(dT) magnetic particles remove 90% or more of mRNA from total RNA with just one extraction.