"Bead Anvil"

Supplier: Thermo Fisher Scientific

Tamis moléculaire 13X (1,0 nm, 10 Å), billes 1.6-2.5 mm (0.063-0.098 in)

Supplier: Thermo Fisher Scientific

Tamis moléculaire 4A (0,4 nm, 4 Å), billes -8+12 (∼2 mm), avec indicateur

Supplier: Thermo Fisher Scientific

Tamis moléculaire 4A (0,4 nm, 4 Å), billes 0.4 - 0.8 mm (0.02-0.03 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: SARSTEDT

This blood collection system enables hygienic and easy handling in an enclosed system.

Supplier: Antibodies.com

Alpaca polyclonal antibody to HA (Agarose Beads) for IP with samples derived from Species Independent.

Supplier: Antibodies.com

Alpaca polyclonal antibody to GFP (Magnetic Beads) for IP, ChIP, RIP and Co-IP with samples derived from Species Independent.

Supplier: OriGene

Anti-AsRed2 IgG1 Monoclonal Antibody (Magnetic beads) [clone: OTI2E2 (formerly 200)]

Supplier: Antibodies.com

Alpaca polyclonal antibody to GFP (Agarose Beads) for IP with samples derived from Species Independent.

Supplier: OriGene

Anti-mBFP IgG1 Monoclonal Antibody (Magnetic beads) [clone: OTI2E7 (formerly 2E7)]

Supplier: OriGene

Anti-ZsYellow1 IgG1 Monoclonal Antibody (Magnetic beads) [clone: OTI3C4 (formerly 3C4)]

Supplier: OriGene

Anti-ZsGreen1 IgG1 Monoclonal Antibody (Magnetic beads) [clone: OTI2C2 (formerly 2C2)]

Supplier: OriGene

Anti-mCherry IgG1 Monoclonal Antibody (Magnetic beads) [clone: OTI10G6 (formerly 10G6)]

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: OriGene

Anti-mKate IgG1 Monoclonal Antibody (Magnetic beads) [clone: OTI1G5 (formerly 1G5)]