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Passive Binding Surfaces –
for biomacromolecules |
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| Description |
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Binding of most molecules |
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Immulon 2 B
High binding surface to provide increased
binding of hydrophilic proteins and complexes |
More details |
Nunc MaxiSorp™ - (FluoroNunc™/LumiNunc™)
Nunc MaxiSorp is treated to give a mixture of hydrophobic and
hydrophilic areas for the adsorption of proteins. It is
particularly optimized for the adsorption of IgG in a sandwich
ELISA. |
More details |
Nunc MaxiSorp™ - (Immuno 96 MicroWell Plates)
Nunc MaxiSorp is treated to give a mixture of hydrophobic and
hydrophilic areas for the adsorption of proteins. It is
particularly optimized for the adsorption of IgG in a sandwich
ELISA. |
More details |
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Binding of Lipids |
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Immulon® 1 B
Consistent medium binding for hydrophobic complexes and
proteins |
More details |
Microfluor 2 White
Irradiated Microtiter microplate that provides higher binding and minimal background fluorescence |
More details |
Nunc PolySorp™ - (FluoroNunc/LumiNunc)
The PolySorp surface is ideal for the adsorption of hydrophobic
molecules, including those that contain lipid moieties. |
More details |
Nunc PolySorp™ - (Immuno 96 MicroWell Plates)
The PolySorp surface is ideal for the adsorption of hydrophobic
molecules, including those that contain lipid moieties. |
More details |
Nunc TopYield
Designed for liquid phase PCR* or Immuno-PCR. Excellent protein
binding and heat transmission Comparable with 0.2 ml PCR tube
and most 0.2 ml thermal cycler formats. |
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Binding of Proteins |
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Microfluor 1 White
Fluorescence vessel with low background |
More details |
Microlite 1+
Ideal for low signal luminescent reactions, offering medium binding with enhanced dynamic range, extra high reflectivity and minimal cross talk |
More details |
Nunc MediSorp™ - (Immuno 96 MicroWell Plates)
When high ELISA background readings are a problem, MediSorp may
be the solution. MediSorp’s lower total adsorption capacity can,
in many cases, reduce non-specific adsorption of serum proteins
giving an improved signal to noise ratio. |
More details |
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Binding of Glycans |
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Immulon 4 HBX
Extra-high binding surface with special resin - offers maximum
protein uptake
Well-to-well CV’s of plates is certified |
More details |
Microlite 2+
High binding surface with enhanced dynamic range, extra high reflectivity and minimal cross talk for low signal luminescent reactions |
More details |
Nunc MultiSorp™ - (Immuno 96 MicroWell Plates)
This highly hydrophilic surface has a number of applications.
Use MultiSorp for the adsorption of hydrophilic biomolecules
such as highly substituted glycoproteins. Alternatively this
surface could be used for the assay, in liquid phase of very
hydrophobic analytes. |
More details |
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Covalent Coupling Surfaces - for smaller biomolecules |
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| Description |
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CovaLink™
The CovaLink surface chemistry often allows binding
of molecules, where other methods have failed. It can be used
with bifunctional linkers to bind peptides via a carboxylic acid
group or DNA by the phosphorylated 5’ end of the molecule DNA.
Alternatively, the whole surface can be activated using
glutaraldehyde. |
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NucleoLink
The NucleoLink Strips are designed to be used in PCR.
The special feature of NucleoLink Strips is their ability to
bind DNA by a covalent and heat-stable bond. This feature makes
it possible to perform a solid phase amplification.
NucleoLink Application Guide available on:
www.nuncbrand.com/go/nucleolinkguide |
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Immobilizer™ Amino
Rapid covalent coupling of peptides, nucleotides,
proteins, enzymes and antibodies |
More details |
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Affinity Capture Surfaces - for affinity-tagged biomolecules |
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| Description |
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BioBind-Streptavidin
The biotin-streptavidin interaction is extremely strong, allowing simple and
stable binding of DNA, peptides, polysaccharides and other biotin conjugates to
the polystyrene well surface. This prevents the problems associated with steric
hindrance and hydrophilic molecules. |
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Immobilizer Streptavidin
Rapid coupling of biotinylated bio-molecules |
More
details |
Streptavidin Passive Attachment
The streptavidin molecule can be adsorbed directly to the polystyrene surface.
For many applications this works well, particularly for relatively small
biotinylated molecules where steric hindrance due to closeness to the
polystyrene presents no problem. |
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Immobilizer Nickel-Chelate / Glutathione
For determination and characterization of fusion proteins, we offer two
possibilities. Nickel-Chelate for Histidine-tagged and Glutathione for
GST-tagged fusion proteins. These plates can be used for purified samples, as
well as crude cell lysates.
Both Immobilizer Nickel-Chelate and Glutathione have all the advantages of the
Immobilizer family of products: No activation steps, low detection limit, high
signal to noise ratio and low background without blocking. |
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