金銀ナノ微粒子
銀ナノ微粒子
Silver Nanoparticles in aqueous solution and Toluene
| Cat. No. | Product |
|---|---|
| SNP0001-10 | In aqueous, 0.1 mM Ag 10nm,20ml |
| SNP0001-20 | In aqueous, 0.1 mM Ag 20nm,20ml |
| SNP0001-30 | In aqueous, 0.1 mM Ag 30nm,20ml |
| SNP0001-40 | In aqueous, 0.1 mM Ag 40nm,20ml |
| SNP0001-50 | In aqueous, 0.1 mM Ag 50nm,20ml |
| SNP0002-10 | In toluene, 0.1 mM Ag 5-10nm,20ml |
Dextran Coated Silver Nanoparticles
| Cat. No. | Product |
|---|---|
| SNP0002-10 | Dextran coated, 0.1 mM Ag 10nm,20ml |
| SNP0002-20 | Dextran coated, 0.1 mM Ag 20nm,20ml |
| SNP0002-30 | Dextran coated, 0.1 mM Ag 30nm,20ml |
| SNP0002-40 | Dextran coated, 0.1 mM Ag 40nm,20ml |
| SNP0002-50 | Dextran coated, 0.1 mM Ag 50nm,20ml |
金ナノ微粒子
Gold Nanoparticles
| Cat. No. | Product | Concentration (Particles/mL) |
|---|---|---|
| GNP01-2-20 | Gold Nanoparticles, 2 nm, 0.01% Au, 20 mL | 1.5×1014 |
| GNP01-5-20 | Gold Nanoparticles, 5 nm, 0.01% Au, 20 mL | 5.0×1013 |
| GNP01-10-20 | Gold Nanoparticles, 10 nm, 0.01% Au, 20 mL | 5.7×1012 |
| GNP01-15-20 | Gold Nanoparticles, 15 nm, 0.01% Au, 20 mL | 1.4×1012 |
| GNP01-20-20 | Gold Nanoparticles, 20 nm, 0.01% Au, 20 mL | 7.0×1011 |
| GNP01-30-20 | Gold Nanoparticles, 30 nm, 0.01% Au, 20 mL | 2.0×1010 |
| GNP01-40-20 | Gold Nanoparticles, 40 nm, 0.01% Au, 20 mL | 9.0×1010 |
| GNP01-50-20 | Gold Nanoparticles, 50 nm, 0.01% Au, 20 mL | 4.5×1010 |
| GNP01-80-20 | Gold Nanoparticles, 80 nm, 0.01% Au, 20 mL | 3.2×1010 |
| GNP01-150-20 | Gold Nanoparticles, 150 nm, 0.01% Au, 20 mL | 1.1×1010 |
| GNP02-10 | Gold Nanoparticles in organic solvents (Toluene)5-8nm | 5.0×1013 |
Dextran Coated Gold Nanoparticles
| Cat. No. | Product | Concentration (Particles/mL) |
|---|---|---|
| DGNP5-20 | Gold Nanoparticles, Dextran Coated, 5 nm, 20 mL | 5.0×1013 |
| DGNP10-20 | Gold Nanoparticles, Dextran Coated, 10 nm, 20 mL | 5.7×1012 |
| DGNP20-20 | Gold Nanoparticles, Dextran Coated, 20 nm, 20 mL | 7.0×1011 |
| DGNP30-20 | Gold Nanoparticles, Dextran Coated, 30 nm, 20 mL | 2.0×1011 |
| DGNP40-20 | Gold Nanoparticles, Dextran Coated, 40 nm, 20 mL | 9.0×1010 |
| DGNP50-20 | Gold Nanoparticles, Dextran Coated, 50 nm, 20 mL | 4.5×1010 |
PEG (Polyethylene glycol) Coated Gold Nanoparticles
| Cat. No. | Product | Concentration (Particles/mL) |
|---|---|---|
| PGNP5-20 | Gold Nanoparticles, PEG coated, 5 nm, 20 mL | 5.0×1013 |
| PGNP10-20 | Gold Nanoparticles, PEG coated, 10 nm, 20 mL | 5.7×1012 |
| PGNP20-20 | Gold Nanoparticles, PEG coated, 20 nm, 20 mL | 7.0×1011 |
| PGNP30-20 | Gold Nanoparticles, PEG coated, 30 nm, 20 mL | 2.0×1011 |
| PGNP40-20 | Gold Nanoparticles, PEG coated, 40 nm, 20 mL | 9.0×1010 |
| PGNP50-20 | Gold Nanoparticles, PEG coated, 50 nm, 20 mL | 4.5×1010 |
Biotin Labeled Gold Nanoparticles
| Cat. No. | Product |
|---|---|
| GNB3 | Biotin labeled gold nanoparticles, 3 nm, 0.05% Au, 1 mL |
| GNB5 | Biotin labeled gold nanoparticles, 5 nm, 0.05% Au, 1 mL |
| GNB10 | Biotin labeled gold nanoparticles, 10 nm, 0.05% Au, 1 mL |
| GNB20 | Biotin labeled gold nanoparticles, 20 nm, 0.05% Au, 1 mL |
| GNB30 | Biotin labeled gold nanoparticles, 30 nm, 0.05% Au, 1 mL |
| GNB40 | Biotin labeled gold nanoparticles, 40 nm, 0.05% Au, 1 mL |
| GNB50 | Biotin labeled gold nanoparticles, 50 nm, 0.05% Au, 1 mL |
| GNB80 | Biotin labeled gold nanoparticles, 80 nm, 0.05% Au, 1 mL |
Streptavidin Labeled Gold Nanoparticles
| Cat. No. | Product |
|---|---|
| GNA5 | Streptavidin Gold Nanopartices, 5 nm, 0.05% Au, 1 mL |
| GNA10 | Streptavidin Gold Nanoparticles, 10 nm, 0.05% Au, 1 mL |
| GNA20 | Streptavidin Gold Nanoparticles, 20 nm, 0.05% Au, 1 mL |
| GNA30 | Streptavidin Gold Nanoparticles, 30 nm, 0.05% Au, 1 mL |
| GNA40 | Streptavidin Gold Nanoparticles, 40 nm, 0.05% Au, 1 mL |
| GNA50 | Streptavidin Gold Nanoparticles, 50 nm, 0.05% Au, 1 mL |
BSA Coated Gold Nanoparticles (BSA@Au)
| Cat. No. | Product |
|---|---|
| GP003-BS-1 | BSA Coated Gold Nanoparticles, 3 nm, 0.05% Au, 1 mL |
| GP005-BS-1 | BSA Coated Gold Nanoparticles, 5 nm, 0.05% Au, 1 mL |
| GP010-BS-1 | BSA Coated Gold Nanoparticles, 10 nm, 0.05% Au, 1 mL |
| GP015-BS-1 | BSA Coated Gold Nanoparticles, 15 nm, 0.05% Au, 1 mL |
| GP020-BS-1 | BSA Coated Gold Nanoparticles, 20 nm, 0.05% Au, 1 mL |
| GP030-BS-1 | BSA Coated Gold Nanoparticles, 30 nm, 0.05% Au, 1 mL |
| GP040-BS-1 | BSA Coated Gold Nanoparticles, 40 nm, 0.05% Au, 1 mL |
| GP050-BS-1 | BSA Coated Gold Nanoparticles, 50 nm, 0.05% Au, 1 mL |
Carboxyl Functional Gold Nanoparticles (COOH@Au)
| Cat. No. | Product |
|---|---|
| GP003-CA-1 | Carboxyl Functional Gold Nanoparticles, 3 nm, 0.05% Au, 1 mL |
| GP005-CA-1 | Carboxyl Functional Gold Nanoparticles, 5 nm, 0.05% Au, 1 mL |
| GP010-CA-1 | Carboxyl Functional Gold Nanoparticles, 10 nm, 0.05% Au, 1 mL |
| GP015-CA-1 | Carboxyl Functional Gold Nanoparticles, 15 nm, 0.05% Au, 1 mL |
| GP020-CA-1 | Carboxyl Functional Gold Nanoparticles, 20 nm, 0.05% Au, 1 mL |
| GP030-CA-1 | Carboxyl Functional Gold Nanoparticles, 30 nm, 0.05% Au, 1 mL |
| GP040-CA-1 | Carboxyl Functional Gold Nanoparticles, 40 nm, 0.05% Au, 1 mL |
| GP050-CA-1 | Carboxyl Functional Gold Nanoparticles, 50 nm, 0.05% Au, 1 mL |
Amine Functional Gold Nanoparticles (NH2@Au)
| Cat. No. | Product |
|---|---|
| GP003-AM-1 | Amine Functional Gold Nanoparticles, 3 nm, 0.05% Au, 1 mL |
| GP005-AM-1 | Amine Functional Gold Nanoparticles, 5 nm, 0.05% Au, 1 mL |
| GP010-AM-1 | Amine Functional Gold Nanoparticles, 10 nm, 0.05% Au, 1 mL |
| GP015-AM-1 | Amine Functional Gold Nanoparticles, 15 nm, 0.05% Au, 1 mL |
| GP020-AM-1 | Amine Functional Gold Nanoparticles, 20 nm, 0.05% Au, 1 mL |
| GP030-AM-1 | Amine Functional Gold Nanoparticles, 30 nm, 0.05% Au, 1 mL |
| GP040-AM-1 | Amine Functional Gold Nanoparticles, 40 nm, 0.05% Au, 1 mL |
| GP050-AM-1 | Amine Functional Gold Nanoparticles, 50 nm, 0.05% Au, 1 mL |
Methyl Functional Gold Nanoparticles (CH3@Au)
| Cat. No. | Product |
|---|---|
| GP003-ME-1 | Methyl Functional Gold Nanoparticles, 3 nm, 0.05% Au, 1 mL |
| GP005-ME-1 | Methyl Functional Gold Nanoparticles, 5 nm, 0.05% Au, 1 mL |
| GP010-ME-1 | Methyl Functional Gold Nanoparticles, 10 nm, 0.05% Au, 1 mL |
| GP015-ME-1 | Methyl Functional Gold Nanoparticles, 15 nm, 0.05% Au, 1 mL |
| GP020-ME-1 | Methyl Functional Gold Nanoparticles, 20 nm, 0.05% Au, 1 mL |
| GP030-ME-1 | Methyl Functional Gold Nanoparticles, 30 nm, 0.05% Au, 1 mL |
| GP040-ME-1 | Methyl Functional Gold Nanoparticles, 40 nm, 0.05% Au, 1 mL |
| GP050-ME-1 | Methyl Functional Gold Nanoparticles, 50 nm, 0.05% Au, 1 mL |
Hydroxyl Functional Gold Nanoparticles (OH@Au)
| Cat. No. | Product |
|---|---|
| GP003-OH-1 | Hydroxyl Functional Gold Nanoparticles, 3 nm, 0.05% Au, 1 mL |
| GP005-OH-1 | Hydroxyl Functional Gold Nanoparticles, 5 nm, 0.05% Au, 1 mL |
| GP010-OH-1 | Hydroxyl Functional Gold Nanoparticles, 10 nm, 0.05% Au, 1 mL |
| GP015-OH-1 | Hydroxyl Functional Gold Nanoparticles, 15 nm, 0.05% Au, 1 mL |
| GP020-OH-1 | Hydroxyl Functional Gold Nanoparticles, 20 nm, 0.05% Au, 1 mL |
| GP030-OH-1 | Hydroxyl Functional Gold Nanoparticles, 30 nm, 0.05% Au, 1 mL |
| GP040-OH-1 | Hydroxyl Functional Gold Nanoparticles, 40 nm, 0.05% Au, 1 mL |
| GP050-OH-1 | Hydroxyl Functional Gold Nanoparticles, 50 nm, 0.05% Au, 1 mL |
Bare Spherical Gold Nanoparticles
These are highly monodisperse size and shaped gold nanoparticles in sizes 5 to 100 nm. These nanoparticles are spherical and unconjugated. These nanoparticles are perfect for Surface Enhanced Raman Scattering (SERS), Resonance Light Scattering (RLS), Fluorescence Quenching and enhancement, X-Ray Contrast enhancement, as well as standards in SEM, AFM, TEM, and UV-VIS.
| Part # | Description |
|---|---|
| 10-A-100 | Accurate SGNPs Intro Kit 25 mL ea. 30, 50, 70, 90 nm |
| 10-B-175 | Accurate SGNPs Intro Kit 25 mL ea. 30, 40, 50, 60, 70, 80, 90 nm |
| 11-05-100 | Accurate SGNPs, 5 nm, 100 mL |
| 11-05-500 | Accurate SGNPs, 5 nm, 500 mL |
| 11-10-100 | Accurate SGNPs, 10 nm, 100 mL |
| 11-10-500 | Accurate SGNPs, 10 nm, 500 mL |
| 11-15-100 | Accurate SGNPs, 15 nm, 100 mL |
| 11-15-500 | Accurate SGNPs, 15 nm, 500 mL |
| 11-20-100 | Accurate SGNPs, 20 nm, 100 mL |
| 11-20-500 | Accurate SGNPs, 20 nm, 500 mL |
| 11-25-100 | Accurate SGNPs, 25 nm, 100 mL |
| 11-25-500 | Accurate SGNPs, 25 nm, 500 mL |
| 11-30-100 | Accurate SGNPs, 30 nm, 100 mL |
| 11-30-500 | Accurate SGNPs, 30 nm, 500 mL |
| 12-35-100 | Accurate SGNPs, 35 nm, 100 mL |
| 12-35-500 | Accurate SGNPs, 35 nm, 500 mL |
| 12-40-100 | Accurate SGNPs, 40 nm, 100 mL |
| 12-40-500 | Accurate SGNPs, 40 nm, 500 mL |
| 12-45-100 | Accurate SGNPs, 45 nm, 100 mL |
| 12-45-500 | Accurate SGNPs, 45 nm, 500 mL |
| 12-50-100 | Accurate SGNPs, 50 nm, 100 mL |
| 12-50-500 | Accurate SGNPs, 50 nm, 500 mL |
| 12-55-100 | Accurate SGNPs, 55 nm, 100 mL |
| 12-55-500 | Accurate SGNPs, 55 nm, 500 mL |
| 12-60-100 | Accurate SGNPs, 60 nm, 100 mL |
| 12-60-500 | Accurate SGNPs, 60 nm, 500 mL |
| 13-65-100 | Accurate SGNPs, 65 nm, 100 mL |
| 13-65-500 | Accurate SGNPs, 65 nm, 500 mL |
| 13-70-100 | Accurate SGNPs, 70 nm, 100 mL |
| 13-70-500 | Accurate SGNPs, 70 nm, 500 mL |
| 13-75-100 | Accurate SGNPs, 75 nm, 100 mL |
| 13-75-500 | Accurate SGNPs, 75 nm, 500 mL |
| 13-80-100 | Accurate SGNPs, 80 nm, 100 mL |
| 13-80-500 | Accurate SGNPs, 80 nm, 500 mL |
| 13-85-100 | Accurate SGNPs, 85 nm, 100 mL |
| 13-85-500 | Accurate SGNPs, 85 nm, 500 mL |
| 13-90-100 | Accurate SGNPs, 90 nm, 100 mL |
| 13-90-500 | Accurate SGNPs, 90 nm, 500 mL |
| 13-95-100 | Accurate SGNPs, 95 nm, 100 mL |
| 13-95-500 | Accurate SGNPs, 95 nm, 500 mL |
| 13-100-100 | Accurate SGNPs, 100 nm, 100 mL |
| 13-100-500 | Accurate SGNPs, 100 nm, 500 mL |
Accurate Organic Spherical Gold Nanoparticles
Spherical gold nanoparticles for use in organic solvents – sizes 5 to 100 nm.
Products come highly concentrated (OD 350) for ease of use.
| Part # | Description |
|---|---|
| 20-NS-5-50 | Accurate Organic SGNPs, 5 nm, 50 OD-mL |
| 20-NS-5-250 | Accurate Organic SGNPs, 5 nm, 250 OD-mL |
| 20-NS-10-50 | Accurate Organic SGNPs, 10 nm, 50 OD-mL |
| 20-NS-10-250 | Accurate Organic SGNPs, 10 nm, 250 OD-mL |
| 20-NS-20-50 | Accurate Organic SGNPs, 20 nm, 50 OD-mL |
| 20-NS-20-250 | Accurate Organic SGNPs, 20 nm, 250 OD-mL |
| 20-NS-30-50 | Accurate Organic SGNPs, 30 nm, 50 OD-mL |
| 20-NS-30-250 | Accurate Organic SGNPs, 30 nm, 250 OD-mL |
| 20-NS-40-50 | Accurate Organic SGNPs, 40 nm, 50 OD-mL |
| 20-NS-40-250 | Accurate Organic SGNPs, 40 nm, 250 OD-mL |
| 20-NS-50-50 | Accurate Organic SGNPs, 50 nm, 50 OD-mL |
| 20-NS-50-250 | Accurate Organic SGNPs, 50 nm, 250 OD-mL |
| 20-NS-60-50 | Accurate Organic SGNPs, 60 nm, 50 OD-mL |
| 20-NS-60-250 | Accurate Organic SGNPs, 60 nm, 250 OD-mL |
| 20-NS-70-50 | Accurate Organic SGNPs, 70 nm, 50 OD-mL |
| 20-NS-70-250 | Accurate Organic SGNPs, 70 nm, 250 OD-mL |
| 20-NS-80-50 | Accurate Organic SGNPs, 80 nm, 50 OD-mL |
| 20-NS-80-250 | Accurate Organic SGNPs, 80 nm, 250 OD-mL |
| 20-NS-90-50 | Accurate Organic SGNPs, 90 nm, 50 OD-mL |
| 20-NS-90-250 | Accurate Organic SGNPs, 90 nm, 250 OD-mL |
| 20-NS-100-50 | Accurate Organic SGNPs, 100 nm, 50 OD-mL |
| 20-NS-100-250 | Accurate Organic SGNPs, 100 nm, 250 OD-mL |
Polymer Conjugated Spherical Gold Nanoparticles
Polymer caged spherical gold nanoparticles with methyl, amine, carboxyl, biotin, and neutravidin terminal groups.
Products come highly concentrated (OD 50) for ease of use.
| Part # | Description |
|---|---|
| 20-PA-5-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 5 nm, 50 OD-mL |
| 20-PA-5-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 5 nm, 250 OD-mL |
| 20-PA-10-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 10 nm, 50 OD-mL |
| 20-PA-10-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 10 nm, 250 OD-mL |
| 20-PA-20-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 20 nm, 50 OD-mL |
| 20-PA-20-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 20 nm, 250 OD-mL |
| 20-PA-30-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 30 nm, 50 OD-mL |
| 20-PA-30-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 30 nm, 250 OD-mL |
| 20-PA-40-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 40 nm, 50 OD-mL |
| 20-PA-40-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 40 nm, 250 OD-mL |
| 20-PA-50-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 50 nm, 50 OD-mL |
| 20-PA-50-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 50 nm, 250 OD-mL |
| 20-PA-60-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 60 nm, 50 OD-mL |
| 20-PA-60-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 60 nm, 250 OD-mL |
| 20-PA-70-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 70 nm, 50 OD-mL |
| 20-PA-70-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 70 nm, 250 OD-mL |
| 20-PA-80-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 80 nm, 50 OD-mL |
| 20-PA-80-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 80 nm, 250 OD-mL |
| 20-PA-90-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 90 nm, 50 OD-mL |
| 20-PA-90-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 90 nm, 250 OD-mL |
| 20-PA-100-50 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 100 nm, 50 OD-mL |
| 20-PA-100-250 | Accurate In-Vivo Conjugated SGNPs, Amine-Polymer, 100 nm, 250 OD-mL |
| 20-PC-5-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 5 nm, 50 OD-mL |
| 20-PC-5-5 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 5 nm, 250 OD-mL |
| 20-PC-10-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 10 nm, 50 OD-mL |
| 20-PC-10-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 10 nm, 250 OD-mL |
| 20-PC-20-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 20 nm, 50 OD-mL |
| 20-PC-20-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 20 nm, 250 OD-mL |
| 20-PC-30-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 30 nm, 50 OD-mL |
| 20-PC-30-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 30 nm, 250 OD-mL |
| 20-PC-40-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 40 nm, 50 OD-mL |
| 20-PC-40-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 40 nm, 250 OD-mL |
| 20-PC-50-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 50 nm, 50 OD-mL |
| 20-PC-50-5 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 50 nm, 250 OD-mL |
| 20-PC-60-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 60 nm, 50 OD-mL |
| 20-PC-60-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 60 nm, 250 OD-mL |
| 20-PC-70-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 70 nm, 50 OD-mL |
| 20-PC-70-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 70 nm, 250 OD-mL |
| 20-PC-80-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 80 nm, 50 OD-mL |
| 20-PC-80-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 80 nm, 250 OD-mL |
| 20-PC-90-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 90 nm, 50 OD-mL |
| 20-PC-90-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 90 nm, 250 OD-mL |
| 20-PC-100-50 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 100 nm, 50 OD-mL |
| 20-PC-100-250 | Accurate In-Vivo Conjugated SGNPs, Carboxyl-Polymer, 100 nm, 250 OD-mL |
| 20-PM-5-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 5 nm, 50 OD-mL |
| 20-PM-5-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 5 nm, 250 OD-mL |
| 20-PM-10-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 10 nm, 50 OD-mL |
| 20-PM-10-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 10 nm, 250 OD-mL |
| 20-PM-20-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 20 nm, 50 OD-mL |
| 20-PM-20-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 20 nm, 250 OD-mL |
| 20-PM-30-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 30 nm, 50 OD-mL |
| 20-PM-30-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 30 nm, 250 OD-mL |
| 20-PM-40-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 40 nm, 50 OD-mL |
| 20-PM-40-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 40 nm, 250 OD-mL |
| 20-PM-50-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 50 nm, 50 OD-mL |
| 20-PM-50-5 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 50 nm, 250 OD-mL |
| 20-PM-60-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 60 nm, 50 OD-mL |
| 20-PM-60-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 60 nm, 250 OD-mL |
| 20-PM-70-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 70 nm, 50 OD-mL |
| 20-PM-70-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 70 nm, 250 OD-mL |
| 20-PM-80-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 80 nm, 50 OD-mL |
| 20-PM-80-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 80 nm, 250 OD-mL |
| 20-PM-90-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 90 nm, 50 OD-mL |
| 20-PM-90-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 90 nm, 250 OD-mL |
| 20-PM-100-50 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 100 nm, 50 OD-mL |
| 20-PM-100-250 | Accurate In-Vivo Conjugated SGNPs, Methyl-Polymer, 100 nm, 250 OD-mL |
| 20-PN-5-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 5 nm, 50 OD-mL |
| 20-PN-5-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 5 nm, 250 OD-mL |
| 20-PN-10-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 10 nm, 50 OD-mL |
| 20-PN-10-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 10 nm, 250 OD-mL |
| 20-PN-20-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 20 nm, 50 OD-mL |
| 20-PN-20-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 20 nm, 250 OD-mL |
| 20-PN-30-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 30 nm, 50 OD-mL |
| 20-PN-30-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 30 nm, 250 OD-mL |
| 20-PN-40-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 40 nm, 50 OD-mL |
| 20-PN-40-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 40 nm, 250 OD-mL |
| 20-PN-50-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 50 nm, 50 OD-mL |
| 20-PN-50-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 50 nm, 250 OD-mL |
| 20-PN-60-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 60 nm, 50 OD-mL |
| 20-PN-60-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 60 nm, 250 OD-mL |
| 20-PN-70-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 70 nm, 50 OD-mL |
| 20-PN-70-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 70 nm, 250 OD-mL |
| 20-PN-80-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 80 nm, 50 OD-mL |
| 20-PN-80-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 80 nm, 250 OD-mL |
| 20-PN-90-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 90 nm, 50 OD-mL |
| 20-PN-90-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 90 nm, 250 OD-mL |
| 20-PN-100-50 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 100 nm, 50 OD-mL |
| 20-PN-100-250 | Accurate In-Vivo Conjugated SGNPs, Neutravidin-Polymer, 100 nm, 250 OD-mL |
Conjugation Kits
| Part # | Description | Catalog |
|---|---|---|
| 21-PC-KIT1 | Accurate EDC Kit, Antibody to SGNP, 50 OD-mLs | |
| 21-PC-KIT2 | Accurate EDC Component Kit for SGNPS, 50 OD-mLs | |
| 21-PC-KIT3 | Accurate EDC Component Kit for SGNPS, no gold |
Spherical Custom Conjugations
| Part # | Description | Catalog |
|---|---|---|
| 22-PC-1 | SGNPs Custom Conjugations, 1 mL OD 50 |
Bare Gold Nanorodz
Bare gold nanorods for the researcher or raw material developer.
【Composition】
The gold nanorods are shipped in DI water with < 0.1% ascorbic acid and < 0.1% CTAB surfactant capping agent.
| Part # | Description |
|---|---|
| 30-10-000 | Nanorodz GNRs Intro Kit 25 mL ea 10/750, 780, 808, 850 nm |
| 30-10-750-100 | Nanorodz GNRs 10 nm, SPR=750 nm, 100 mL OD 1 |
| 30-10-750-500 | Nanorodz GNRs 10 nm, SPR=750 nm, 500 mL OD 1 |
| 30-10-780-100 | Nanorodz GNRs 10 nm, SPR=780 nm, 100 mL OD 1 |
| 30-10-780-500 | Nanorodz GNRs 10 nm, SPR=780 nm, 500 mL OD 1 |
| 30-10-808-100 | Nanorodz GNRs 10 nm, SPR=808 nm, 100 mL OD 1 |
| 30-10-808-500 | Nanorodz GNRs 10 nm, SPR=808 nm, 500 mL OD 1 |
| 30-10-850-100 | Nanorodz GNRs 10 nm, SPR=850 nm, 100 mL OD 1 |
| 30-10-850-500 | Nanorodz GNRs 10 nm, SPR=850 nm, 500 mL OD 1 |
| 30-25-000 | Nanorodz GNRs Intro Kit 25 mL ea 25/550, 600, 650, 700 nm |
| 30-25-550-100 | Nanorodz GNRs 25 nm, SPR=550 nm, 100 mL OD 1 |
| 30-25-550-500 | Nanorodz GNRs 25 nm, SPR=550 nm, 500 mL OD 1 |
| 30-25-600-100 | Nanorodz GNRs 25 nm, SPR=600 nm, 100 mL OD 1 |
| 30-25-600-500 | Nanorodz GNRs 25 nm, SPR=600 nm, 500 mL OD 1 |
| 30-25-650-100 | Nanorodz GNRs 25 nm, SPR=650 nm, 100 mL OD 1 |
| 30-25-650-500 | Nanorodz GNRs 25 nm, SPR=650 nm, 500 mL OD 1 |
| 30-25-700-100 | Nanorodz GNRs 25 nm, SPR=700 nm, 100 mL OD 1 |
| 30-25-700-500 | Nanorodz GNRs 25 nm, SPR=700 nm, 500 mL OD 1 |
HAR Gold Nanorodz
High Aspect Ratio bare gold nanorods for the researcher or raw material developer looking for peak scattering and absorption from 1 to 1.6 microns.
【Composition】
The bare gold nanorods are shipped in DI water with < 0.1% ascorbic acid and < 0.1% CTAB surfactant capping agent. The conjugated nanorods are shipped n DI water at pH=7.0 and have the CTAB reduced to < 0.0001%.
| Part # | Description |
|---|---|
| 30-HAR-1064-5 | HAR Gold Nanorodz, 30nm, SPR=1064nm, OD=0.6, 5mL |
| 30-HAR-1064-50 | HAR Gold Nanorodz, 30nm, SPR=1064nm, OD=0.6, 50mL |
| 30-HAR-1400-5 | HAR Gold Nanorodz, 30nm, SPR=1400nm, OD=0.6, 5mL |
| 30-HAR-1400-50 | HAR Gold Nanorodz, 30nm, SPR=1400nm, OD=0.6, 50mL |
| 30-H(A,B,C,M,N)-1064-5 | HAR Conjugated Gold Nanorodz, 30nm, SPR=1064nm, OD=0.6, 5mL |
| 30-H(A,B,C,M,N)-1064-50 | HAR Conjugated Gold Nanorodz, 30nm, SPR=1064nm, OD=0.6, 50mL |
| 30-H(A,B,C,M,N)-1400-5 | HAR Conjugated Gold Nanorodz, 30nm, SPR=1400nm, OD=0.6, 50mL |
| 30-H(A,B,C,M,N)-1400-50 | HAR Conjugated Gold Nanorodz, 30nm, SPR=1400nm, OD=0.6, 5mL |
Nsol Organic Gold Nanorodz
Our coated nanorods that can be suspended in organic solvents for spin coating, and many other organic applications.
【Composition】
The gold nanorods are conjugated with a proprietary polymer formulation and are stored in a proprietary organic solvent.
| Part # | Description |
|---|---|
| 30-NS-550-50 | Nsol Organic GNRs 25 nm, SPR=550 nm, 50 OD-mL |
| 30-NS-550-250 | Nsol Organic GNRs 25 nm, SPR=550 nm, 250 OD-mL |
| 30-NS-600-50 | Nsol Organic GNRs 25 nm, SPR=600 nm, 50 OD-mL |
| 30-NS-600-250 | Nsol Organic GNRs 25 nm, SPR=600 nm, 250 OD-mL |
| 30-NS-650-50 | Nsol Organic GNRs 25 nm, SPR=650 nm, 50 OD-mL |
| 30-NS-650-250 | Nsol Organic GNRs 25 nm, SPR=650 nm, 250 OD-mL |
| 30-NS-700-50 | Nsol Organic GNRs 25 nm, SPR=700 nm, 50 OD-mL |
| 30-NS-700-250 | Nsol Organic GNRs 25 nm, SPR=700 nm, 250 OD-mL |
| 30-NS-750-50 | Nsol Organic GNRs 10 nm, SPR=750 nm, 50 OD-mL |
| 30-NS-750-250 | Nsol Organic GNRs 10 nm, SPR=750 nm, 250 OD-mL |
| 30-NS-780-50 | Nsol Organic GNRs 10 nm, SPR=780 nm, 50 OD-mL |
| 30-NS-780-250 | Nsol Organic GNRs 10 nm, SPR=780 nm, 250 OD-mL |
| 30-NS-808-50 | Nsol Organic GNRs 10 nm, SPR=808 nm, 50 OD-mL |
| 30-NS-808-250 | Nsol Organic GNRs 10 nm, SPR=808 nm, 250 OD-mL |
| 30-NS-850-50 | Nsol Organic GNRs 10 nm, SPR=850 nm, 50 OD-mL |
| 30-NS-850-250 | Nsol Organic GNRs 10 nm, SPR=850 nm, 250 OD-mL |
Polymer Conjugated Gold Nanorodz, Ntherapy
These in-vivo targeted nanorods are conjugated with amine-, carboxyl-, biotin, and neutravidin terminated polymer coatings for custom antibody and oligo conjugations.
【Composition】
The gold nanorods are shipped in DI water at pH = 7.
| Part # | Description |
|---|---|
| 30-PN-750-50 | Ntherapy In-Vivo GNRs 10 nm, SPR=750 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-PN-750-250 | Ntherapy In-Vivo GNRs 10 nm, SPR=750 nm, Neutravidin-Polymer, 250 OD-mL |
| 30-PN-780-50 | Ntherapy In-Vivo GNRs 10 nm, SPR=780 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-PN-780-250 | Ntherapy In-Vivo GNRs 10 nm, SPR=780 nm, Neutravidin-Polymer, 250 OD-mL |
| 30-PN-808-50 | Ntherapy In-Vivo GNRs 10 nm, SPR=808 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-PN-808-250 | Ntherapy In-Vivo GNRs 10 nm, SPR=808 nm, Neutravidin-Polymer, 250 OD-mL |
| 30-PN-850-50 | Ntherapy In-Vivo GNRs 10 nm, SPR=850 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-PN-850-250 | Ntherapy In-Vivo GNRs 10 nm, SPR=850 nm, Neutravidin-Polymer, 250 OD-mL |
Polymer Conjugated Gold Nanorodz, Ntracker
Ultra-long circulation times with high near-IR absorption. This product finds applications in in vivo photothermal therapy and imaging.
【Composition】
The gold nanorods are shipped in PBS at pH 7.4.
| Part # | Description |
|---|---|
| 30-PM-750-50 | Ntracker In-Vivo GNRs 10 nm, SPR=750 nm, Methyl-Polymer, 50 OD-mL |
| 30-PM-750-250 | Ntracker In-Vivo GNRs 10 nm, SPR=750 nm, Methyl-Polymer, 250 OD-mL |
| 30-PM-780-50 | Ntracker In-Vivo GNRs 10 nm, SPR=780 nm, Methyl-Polymer, 50 OD-mL |
| 30-PM-780-250 | Ntracker In-Vivo GNRs 10 nm, SPR=780 nm, Methyl-Polymer, 250 OD-mL |
| 30-PM-808-50 | Ntracker In-Vivo GNRs 10 nm, SPR=808 nm, Methyl-Polymer, 50 OD-mL |
| 30-PM-808-250 | Ntracker In-Vivo GNRs 10 nm, SPR=808 nm, Methyl-Polymer, 250 OD-mL |
| 30-PM-850-50 | Ntracker In-Vivo GNRs 10 nm, SPR=850 nm, Methyl-Polymer, 50 OD-mL |
| 30-PM-850-250 | Ntracker In-Vivo GNRs 10 nm, SPR=850 nm, Methyl-Polymer, 250 OD-mL |
Polymer Conjugated Gold Nanorodz, Nsense
Larger nanorods for scattering in the near-IR, orders of magnitude greater than quantum dots fluorescence in the visible. Perfect for in-vitro assays, sensors, and diagnostics.
【Composition】
The gold nanorods are shipped in DI Water, except for the amines which are shipped in < 1% PBS, and < 0.1% BSA.
| Part # | Description |
|---|---|
| 30-SA-550-50 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Amine-Polymer, 50 OD-mL |
| 30-SA-550-250 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Amine-Polymer, 250 OD-mL |
| 30-SA-600-50 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Amine-Polymer, 50 OD-mL |
| 30-SA-600-250 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Amine-Polymer, 250 OD-mL |
| 30-SA-650-50 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Amine-Polymer, 50 OD-mL |
| 30-SA-650-250 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Amine-Polymer, 250 OD-mL |
| 30-SA-700-50 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Amine-Polymer, 50 OD-mL |
| 30-SA-700-250 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Amine-Polymer, 250 OD-mL |
| 30-SC-550-50 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Carboxyl-Polymer, 50 OD-mL |
| 30-SC-550-250 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Carboxyl-Polymer, 250 OD-mL |
| 30-SC-600-50 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Carboxyl-Polymer, 50 OD-mL |
| 30-SC-600-250 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Carboxyl-Polymer, 250 OD-mL |
| 30-SC-650-50 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Carboxyl-Polymer, 50 OD-mL |
| 30-SC-650-250 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Carboxyl-Polymer, 250 OD-mL |
| 30-SC-700-50 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Carboxyl-Polymer, 50 OD-mL |
| 30-SC-700-250 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Carboxyl-Polymer, 250 OD-mL |
| 30-SM-550-50 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Methyl-Polymer, 50 OD-mL |
| 30-SM-550-250 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Methyl-Polymer, 250 OD-mL |
| 30-SM-600-50 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Methyl-Polymer, 50 OD-mL |
| 30-SM-600-250 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Methyl-Polymer, 250 OD-mL |
| 30-SM-650-50 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Methyl-Polymer, 50 OD-mL |
| 30-SM-650-250 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Methyl-Polymer, 250 OD-mL |
| 30-SM-700-50 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Methyl-Polymer, 50 OD-mL |
| 30-SM-700-250 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Methyl-Polymer, 250 OD-mL |
| 30-SN-550-50 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-SN-550-250 | Nsense In-Vivo GNRs 25 nm, SPR=550 nm, Neutravidin-Polymer, 250 OD-mL |
| 30-SN-600-50 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-SN-600-250 | Nsense In-Vivo GNRs 25 nm, SPR=600 nm, Neutravidin-Polymer, 250 OD-mL |
| 30-SN-650-50 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-SN-650-250 | Nsense In-Vivo GNRs 25 nm, SPR=650 nm, Neutravidin-Polymer, 250 OD-mL |
| 30-SN-700-50 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Neutravidin-Polymer, 50 OD-mL |
| 30-SN-700-250 | Nsense In-Vivo GNRs 25 nm, SPR=700 nm, Neutravidin-Polymer, 250 OD-mL |
Nanorod Custom Conjugations
| Part # | Description |
|---|---|
| 32-PC-1 | Nanorods Custom Conjugations, 1 mL OD 50 |
Nsers
Our SERS labeled gold nanorods providing long in vivo circulation as well as Raman cross sections 1,000 times better than QD fluorescence.
【Composition】
The labels are shipped in PBS at pH=7.4.
| Part # | Description |
|---|---|
| 35-PM-780-L1-1 | Nsers, non-reactive extrinsic label, 780 nm, Label 1, 50 OD-mLs |
| 35-PM-780-L2-1 | Nsers, non-reactive extrinsic label 780 nm, Label 2, 50 OD-mLs |
| 35-PM-780-L3-1 | Nsers, non-reactive extrinsic label 780 nm, Label 3, 50 OD-mLs |
| 35-PC-50 | Nsers, custom conjugation, 50 OD-mLs |
Pd and Pt Coated Gold Nanorods
| Part # | Description |
|---|---|
| 40-PD-25-75-20 | Palladium coated GNR 25 nm, 20 mL 90ug/mL |
| 40-PT-25-75-20 | Platinum coated GNR 25 nm, 20 mL 90ug/mL |
| 40-PTD-25-75-20 | Trimetallic Platinum on Palladium coated GNR 25 nm, 20 mL 90ug/mL |
Gold Nanowires
| Part # | Description |
|---|---|
| 50-30-4500-20 | Gold nanowires, 30×4500 nm, 0.05 mg/mL, 20 mL |
| 50-30-5500-20 | Gold nanowires, 30×5500 nm, 0.05 mg/mL, 20 mL |
| 50-30-6000-20 | Gold nanowires, 30×6000 nm, 0.05 mg/mL, 20 mL |
| 50-P(A,B,C,M,N)-4500-10 | Conjugated gold nanowires, 30×4500 nm, 0.05 mg/mL, 10 mL |
| 50-P(A,B,C,M,N)-5500-10 | Conjugated gold nanowires, 30×5500 nm, 0.05 mg/mL, 10 mL |
| 50-P(A,B,C,M,N)-6000-10 | Conjugated gold nanowires, 30×6000 nm, 0.05 mg/mL, 10 mL |
Microgold
| Part # | Description |
|---|---|
| 70-150-800-20 | Microgold, 150×800 nm, 0.05 mg/mL, 20 mL |
| 70-200-1000-20 | Microgold, 200×1000 nm, 0.05 mg/mL, 20 mL |
| 70-P(A,B,C,M,N)-800-10 | Conjugated Microgold, 150x800nm, 0.05 mg/mL, 10 mL |
| 70-P(A,B,C,M,N)-1000-10 | Conjugated Microgold, 200×1000 nm, 0.05 mg/mL, 10 mL |