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核磁共振(MRI)造影剂(Molday ION )

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品牌: BioPAL
货号: CL
单价: 询价
所在地: 北京
有效期至: 长期有效
最后更新: 2017-10-27 19:12
更多资料: 官网链接
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公司基本资料信息
详细说明
Catalog Number Product Name Product Description

CL-30Q02-2 Molday ION 2.0 ml of 30 nm iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle. 10 mg Fe/ml having a zeta potential of ~ -5mV.

CL-30Q02-A2 Molday ION Autoclaved 2.0 ml of 30 nm iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle and autoclaved. 10 mg Fe/ml having a zeta potential of ~ -5mV. An intravascular contrast agent.

CL-70Q02-2 Molday ION 2.0 ml of 70 nm iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle. 10 mg Fe/ml having a zeta potential of ~ -5mV.

CL-20Q02-3 Molday ION Aminodextran 2.0 ml of 20 nm iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle. 10 mg Fe/ml.

CL-30Q02-5 Molday ION CLIOH 2.0 ml of 30 nm iron-based superparamagnetic contrast agent having a neutral surface packaged in a 2 ml sealed serum bottle. 5 mg Fe/ml having a zeta potential of ~ 0mV. Molday ION CLIOH is formulated to provide a stable neutral inert surface.

CL-30Q02-6 Molday ION (-) 2.0 ml of 30 nm iron-based superparamagnetic contrast agent having a negative colloid surface packaged in a 2 ml sealed serum bottle. 10 mg Fe/ml having a zeta potential of ~ -15mV. Molday ION (-) is formulated for labeling cells using Poly-L-Lysine. Used in cell labeling and tracking.

CL-00-01 Poly-L-Lysine (for above) 1.0 ml poly-l-lysine (10 mg/ml) packaged in a 2 ml sealed serum bottle.

CL-30Q02-7 Molday ION Carboxyl 2.0 ml of 20 nm iron-based superparamagnetic contrast agent containing carboxyl groups packaged in a 2 ml sealed serum bottle. 10 mg Fe/ml having a zeta potential of ~ -20mV.

CL-30Q02-10 Molday ION Aldehyde 2.0 ml of 30 nm iron-based superparamagnetic contrast agent designed for conjugating amine containing ligand packaged in a 2 ml sealed serum bottle. 2.5 mg Fe/ml having a zeta potential of ~ -35 mV

CL-50Q02-15 Molday ION Aromatic Amine 2.0 ml of 40 nm iron-based superparamagnetic contrast agent containing aromatic amine groups packaged in a 2 ml sealed serum bottle. 2.5 mg Fe/ml having a zeta potential of ~ +48 mV. This nanoparticle is designed not to independently bind to or be internalized by cells. Therefore, cell labeling is achieved exclusively via your conjugated ligand.

CL-50Q02-6A Molday ION C6Amine 2.0 ml of 35 nm iron-based superparamagnetic contrast agent with amine groups separated by a 6 carbon spacer packaged in a 2 ml sealed serum bottle. 5 mg Fe/ml having a zeta potential of ~ +48 mV.

CL-50Q02-A6A Molday ION C6Amine Autoclaved 2.0 ml of 35 nm iron-based superparamagnetic contrast agent with amine groups separated by a 6 carbon spacer packaged in a 2 ml sealed serum bottle and autoclaved. 5 mg Fe/ml having a zeta potential of ~ +48 mV.

CL-30Q02-6C Molday ION (-) Carboxyl Terminated 2.0 ml of 30 nm iron-based superparamagnetic contrast agent containing carboxyl groups packaged in 2 ml sealed serum bottle. 2.5 mg Fe/ml, having a zeta potential of ~ -35 mV.
CL-00-01 Poly-L-Lysine (for above) 1.0 ml poly-l-lysine (10 mg/ml) packaged in a 2 ml sealed serum bottle.

CL-30Q02-CA Molday ION Carboxyl/Amine Terminated 2.0 ml of 30 nm iron-based superparamagnetic contrast agent containing amine and carboxyl groups designed to approximate the surface of a protein packaged in a 2 ml serum bottle. 5 mg Fe/ml, having a zeta potential of ~ +4 mV.

CL-50Q02-6A-50 Molday ION Rhodamine B 2.0 ml of 35 nm rhodamine B labeled iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle. 2 mg Fe/ml having a zeta potential of ~+31 mV. A suggested procedure for labeling cells is provided as a PDF download on BioPAL’s web site (Application Note #3).

CL-50Q02-6C-50 Molday ION Rhodamine B Carboxyl 2.0 ml of 35 nm rhodamine B labeled iron-based superparamagnetic contrast agent designed for conjugating a ligand, peptide, antibody, or protein using water soluble carbodiimide packaged in a 2 ml sealed serum bottle. 2 mg Fe/ml having a zeta potential of ~ -35 mV. This nanoparticle is designed not to independently bind to or be internalized by cells. Therefore, cell labeling is achieved exclusively via your conjugated ligand. A suggested procedure for conjugation of amine containing compounds is provided as a PDF download on BioPAL’s web site (Application Note #5).

CL-50Q02-CA-50 Molday ION Rhodamine B Carboxyl/Amine 2.0 ml of 50 nm rhodamine B labeled iron-based superparamagnetic contrast agent containing amine and carboxyl groups designed to approximate the surface of a protein packaged in a 2 ml sealed serum bottle. 2 mg Fe/ml having a zeta potential of ~ +4 mV.

CL-50Q02-6A-51 Molday ION EverGreen 2.0 ml of 35 nm EverGreen labeled iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle. 2 mg Fe/ml having a zeta potential of ~+31 mV. Labeled cells may be visualized using a standard fluorescein filter set. Molday Ion EverGreen has an excitation and emission maxima at 498 nm and 526 nm, respectively.

CL-50Q02-6A-52 Molday ION Coumarin 2.0 ml of 35 nm Coumarin labeled iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle. 2 mg Fe/ml having a zeta potential of ~ +30 mV. Labeled cells may be visualized using a standard DAPI filter set. Molday Ion Coumarin has an excitation and emission maxima at 356 nm and 456 nm, respectively.

CL-50Q02-6A-53 Molday ION Rose Bengal 2.0 ml of 35 nm Rose Bengal labeled iron-based superparamagnetic contrast agent packaged in a 2 ml sealed serum bottle. 2 mg Fe/ml having a zeta potential of ~ +31 mV. A suggested procedure for labeling cells is provided as a PDF download on BioPAL’s web site.

CL-50Q02-71 Molday ION Spermidine 1.0 ml of 40 nm iron-based superparamagnetic contrast agent conjugated with spermidine packaged in a 2 ml sealed serum bottle. 1 mg Fe/ml having a zeta potential of ~ +35mV. A suggested procedure for labeling cells is provided as a PDF download on BioPAL’s web site (Application Note #5).

CL-50Q02-161 Molday ION Poly's L-Lysine Amine Terminated 2.0 ml of 40 nm iron-based 2.0 ml of 40 nm iron-based superparamagnetic contrast agent coated with L-lysine packaged in a 2 ml sealed serum bottle. 5 mg Fe/ml having a zeta potential of ~ +20 mV. The epsilon-amines groups of lysine are ideally suited for conjugation of ligands and macromolecules. This nanoparticle is designed not to independently bind to or be internalized by cells. Therefore, cell labeling is achieved exclusively via your conjugated ligand.

CL-50Q02-162 Molday ION Poly's Phenol Terminated 2.0 ml of 40 nm iron-based superparamagnetic contrast agent coated with L-tyrosine packaged in a 2 ml sealed serum bottle. 5 mg Fe/ml having a zeta potential of ~ -5 mV. The phenol group of tyrosine is ideally suited for applications as a substrate for tyrosine kinases, iodination with 124-I (PET), 125-I (metabolic studies), and 127-I (CT). This nanoparticle is designed not to independently bind to or be internalized by cells. Therefore, cell labeling is achieved exclusively via your conjugated ligand.

CL-30Q02-165 Molday ION Iodine 2.0 ml of 30 nm iron-based superparamagnetic contrast agent conjugated with iodine packaged in a 2 ml sealed serum bottle. 5 mg Fe/ml and 0.8 mg I/ml.

CL-50Q02-6C-54 Molday ION Biotin 1.0 ml of 40 nm iron-based superparamagnetic contrast agent conjugated with Biotin packaged in a 2 ml sealed serum bottle. 1 mg Fe/ml having a zeta potential of ~-35mV. CL-50Q02-6C-54 reacts with streptavidin as shown by receptor double diffusion. Biotin Is conjugated to Molday ION using an extended linker.

CL-50Q01-6C-54 Molday ION Biotin PEG 1.0 ml of 40 nm iron-based superparamagnetic contrast agent conjugated with Biotin packaged in a 2 ml sealed serum bottle. 1 mg Fe/ml. CL-50Q01-6C-54 reacts with streptavidin as shown by receptor double diffusion. Biotin Is conjugated to Molday ION through a PEG extended linker.

CL-160Q01-22 Molday ION StrepAvidin 1.0 ml of 160 nm iron-based superparamagnetic contrast agent conjugated with Streptavin packaged in a 2 ml sealed serum bottle. 1.6 mg Fe/ml. CL-160Q01-22 reacts with biotin-fluorescein as shown by fluorescent measurements.

CL-100Q01-21 Molday ION GAM 1.0 ml of 100 nm iron-based superparamagnetic contrast agent conjugated with Goat anit-mouse IgG packaged in a 2 ml sealed serum bottle. 2 mg Fe/ml. CL-100Q01-21 reacts with mouse IgG-fluorescein as shown by fluorescent measurements.

CL-30Q01-57 Molday ION DOTA A 35 nm USPIO having a DOTA chelate to couple either Tc-99m or Cu-64. 0.5 ml at a concentration of 2 mg Fe/ml having a zeta potential of ~ +21mV, packaged in a 2 ml sealed serum bottle.

MR-7200 FeREX 2.0 ml sealed serum bottle at a concentration of 10 mg Fe/ml.
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