Bio Pure Nano

NanoXact Silver Nanoplates Silica Shelled pH of solution: 8.5 to 10.0 Particle surface: silanol Solvent: aqueous 10 mM sodium bicarbonate buffer Peak 660 nm 80 nm diameter (40 nm core with 20 nm shell) Peak 800 nm 100 nm diameter (60 nm core with 20 nm shell) Peak 980 nm 140 nm diameter (100 nm core with 20 nm shell) Peak 1064 nm 190 nm diameter (150 nm core with 20 nm shell) Available Volume: 1ml, 5ml, 10ml, 30ml Available Concentration: 1 mg/mL in 10 mM sodium bicarbonate We also have below Nanoplates: NanoXact Silver Nanoplates PVP

NanoXact Silver Nanoplates Silica Shelled pH of solution: 8.5 to 10.0 Particle surface: silanol Solvent: aqueous 10 mM sodium bicarbonate buffer Peak 660 nm 80 nm diameter (40 nm core with 20 nm shell) Peak 800 nm 100 nm diameter (60 nm core with 20 nm shell) Peak 980 nm 140 nm diameter (100 nm core with 20 nm shell) Peak 1064 nm 190 nm diameter (150 nm core with 20 nm shell) Available Volume: 1ml, 5ml, 10ml, 30ml Available Concentration: 1 mg/mL in 10 mM sodium bicarbonate We also have below Silica Shelled NanoXact Silver Nanospheres Silica Shelled NanoXact Silver Nanospheres Silica Shelled (Aminated)

NanoXact Mesoporous Silica Nanospheres Pore diameter: 3nm 1 nm Surface area: 500 to 1200 m2/g Zeta potential: 5 to 30 mV pH of solution: n/a Particle surface: Silanol Solvent: ethanol Peak wavelength (Imax): n/a diameter: 100nm concentration: 5 mg/mL in ethanol Volume: Volume: 5ml, 30ml, 100ml

DESCRIPTION Citrate is one of our most popular surface options; the bare surface is ideal for displacement with other molecules or ligands. NanoXact materials are high quality, unagglomerated and monodisperse nanoparticles. Provided at 0.05 mg/mL. 5, 30, and 50 nm sizes supplied in aqueous 2 mM sodium citrate; 70 nm size is in aqueous 4 mM sodium citrate.

NanoXact Silica Nanospheres Zeta potential: 25 to 80 mV pH of solution: 7.0 to 11.0 Particle surface: silanol Solvent: USP Purified Water Peak wavelength (max): n/a Available diameter: 20nm, 50nm, 60nm, 80nm, 100nm, 120nm, 200nm, 300nm, 500nm, 1 m

Diameter:150 nm Concentration: 20 OD in aqueous 0.02 mM potassium carbonate Volume: 5 mL (includes complimentary centrifugation tubes) 30 mL (includes complimentary centrifugation tubes) 100 mL (includes complimentary centrifugation tubes)

Available Sizes: Diameter: 40 nm Consulting: 2 hours technical consulting included Diameter: 40 nm Consulting: 6 hours technical consulting included Diameter: 80 nm Consulting: 2 hours technical l consulting included Diameter: 80 nm Consulting: 6 hours technical consulting included

Available Sizes: Particle:150 nm Gold Nanoshells Consulting: 2 hours technical consulting included Particle: 150 nm Gold Nanoshells Consulting: 6 hours technical consulting included

Available Size: Diameter: 40 nm Concentration: 10 OD in aqueous conjugation buffer Volume: 200 L ************************* Diameter: 40 nm Concentration: 10 OD in aqueous conjugation buffer Volume: 1 mL ************************* Diameter: 40 nm Concentration: 10 OD in aqueous conjugation buffer Volume: 5 mL ************************* Diameter: 40 nm Concentration: 10 OD in aqueous conjugation buffer Volume: 10 mL

Cell Invasion Assay (2D) ORIS PRO : A SIMPLE PLATFORM FOR RAPID TARGET IDENTIFICATION 96-well invasion assay is user-friendly for manual setup Real-time and end-point measurements Dependable data with high Z-factors Statistically Robust Results Compared with Transwell Assays Oris Pro vs Transwell assay data for inhibition of invasion by cytochalasin D. A popular transwell product and Oris Pro Invasion Assay were compared side-by-side using the same HT1080 cell passage for both systems. Assay results were quantified using fluorescence spectrophotometry and fluorescence microscopy. Upper panels, images of transwell assay wells, lower panels, images of Oris Pro Invasion Assay wells at the end of the assay.

High-Throughput Cell Migration Assay ORIS Pro : A SIMPLE PLATFORM FOR RAPID TARGET IDENTIFICATION Oris Pro High-Throughput Cell Migration Assays are available in 96- or 384-well plates. In each well, a water-soluble Bio-Compatible Gel (BCG) creates a central cell-free Detection Zone for cell migration experiments. Upon attachment of the cells the BCG dissolves within 60 minutes, allowing the cells to migrate into the Detection Zone at the center of each well.

Oris Cell Migration Assay ORIS: A SIMPLE PLATFORM FOR PUBLICATION-READY DATA The Oris Cell Migration Assay platform uses a 96-well plate with stopper barriers that create a central cell-free Detection Zone for cell migration experiments. Removing the stoppers allows the cells to migrate into the Detection Zone at the center of each well. Oris Cell Migration Assay kits provide consistent Detection Zones to give you superior reproducibility, accuracy and precision in your experiments. The Oris Cell Migration Assay is the best option for publication-ready, high-quality data with fewer samples. EXPERIMENT, FAST The Oris Cell Migration Assay kits can be used with any adherent cell line, and the wells of the assay are coated with an extracellular matrix (Tissue Culture, Fibronectin or Collagen I) to support cell migration of the most common cell types. Additionally, the Oris Cell Migration Assay is compatible with plate readers and high-content analyzers, so you can rapidly quantify cell migration at any time during the duration of your experiment. VERSATILE, TO SUIT YOUR NEEDS Use the Oris Cell Migration Assay kits to identify cell migration inhibitors and cell migration promoters. For researchers in academia and pharmaceutical companies, the Oris Cell Migration Assay is a powerful tool to advance studies in drug discovery, wound healing, or cancer research.

Cell Invasion Assay (3D) Oris: A SIMPLE PLATFORM FOR PUBLICATION-READY DATA In the Oris 3D Cell Invasion Assay, stoppers are used to create a central collagen-containing Detection Zone for cell invasion experiments. Cells are suspended in a thick layer of collagen surrounding a circular collagen Detection Zone. After incubation, invading cells move into the detection zone, where they can be unambiguously quantified using a microscope or a plate-reader.

Gold Particles endows a series of monodisperse polycrystalline nanocrystals with a spherical shape with an average diameter ranging from 10 - 50 nm. Citrate-capped nanoparticles are very stable. Citrate-capping can be easily functionalized with various ligands, such as peptides, DNA, and antibodies.

BioPure Silver Nanospheres Bare (Citrate) "BioPure Silver Nanospheres BPEI" "BioPure Silver Nanospheres Carboxyl (Lipoic Acid)" "BioPure Silver Nanospheres PEG" "BioPure Silver Nanospheres PVP" "Econix Silver Nanospheres PVP" "Econix Silver Nanospheres PVP (Dried)" "NanoXact Silver Nanospheres Bare (Citrate)" "NanoXact Silver Nanospheres Dodecanethiol (Dried)" "NanoXact Silver Nanospheres PVP (Dried)"

DESCRIPTION: Citrate is one of our most popular surface options; the bare surface is ideal for displacement with other molecules or ligands. BioPure materials are high quality, unagglomerated, and monodisperse nanoparticles. Extensively purified and provided sterile with low endotoxin. Ideal for in-vivo and in-vitro studies and medical applications. Additionally, our 75 nm BioPure Silver Citrate and 10 and 75 nm BioPure Silver PVP can be used as OECD standards for nanotoxicology testing.

DESCRIPTION NanoComposion gold nanorods are surface plasmon resonant (SPR) rod-shaped nanoparticles with narrow size distributions and uniform shape. The gold nanorods have absorption peaks that are tunable throughout the visible and short wave near-infrared (SWNIR) regions of the electromagnetic spectrum. Our purification methods remove ammonium surfactants used during synthesis and replace it with citrate, producing a stable, easily displaceable surface chemistry to use as a base for functionalization with a wide variety of molecules (silica, DNA, antibodies, etc.). We also offer PEG-functionalized nanorods, as well as carboxyl-terminated surfaces for bioconjugation. Citrate is one of our most popular surface options, and is ideal for displacement with other molecules or ligands. NanoXact materials are high quality, unagglomerated and monodisperse nanoparticles. Provided at 1 OD or 50 OD in water.

DESCRIPTION Antibodies and other amine-containing biomolecules efficiently bind to carboxyl gold nanoshells using EDC-NHS chemistry to make highly stable conjugates. Gold nanoshells provide an ultra bright label for lateral flow up to 20 into increases in lateral flow diagnostic sensitivity over 40 nm gold. Carboxyl is covalently bound to the metal surface. The acid provides a highly negatively charged surface for subsequent conjugation to proteins, antibodies or peptides. Learn more BioReady products are specially formulated for the attachment of a molecular recognition element such as an antibody for lateral flow and biodiagnostics. Learn more Provided at 20 OD in a 0.02 mM potassium carbonate solution, and includes

NanoComposixs gold nanorods are surface plasmon resonant (SPR) rod-shaped nanoparticles with narrow size distributions and uniform shape. The gold nanorods have absorption peaks that are tunable throughout the visible and short wave near-infrared (SWNIR) regions of the electromagnetic spectrum. Our purification methods remove ammonium surfactants used during synthesis and replace it with citrate, producing a stable, easily displaceable surface chemistry to use as a base for functionalization with a wide variety of molecules (silica, DNA, antibodies, etc.). We also offer PEG-functionalized nanorods, as well as carboxyl-terminated surfaces for bioconjugation

Citrate is one of our most popular surface options; the bare surface is ideal for displacement with other molecules or ligands.

DESCRIPTION Mesoporous silica nanospheres with a bare surface (standard) are porous materials with a hexagonal (MCM-41 type) pore structure and are available with a diameter of 100 nm. MCM-41 type particles are the gold standard for silica particles used for drug delivery systems (DDS). Their high surface area, easy surface modification and biocompatibility make them ideal for targeted delivery of active pharmaceutical ingredients for cancer therapy and other applications. Open pores on both ends of the particles allow for better encapsulation and release of loaded drugs or other biomolecules.