96 Well Plates

Biomat provides top quality 96-Well Plates for Immunoassays, available in different layouts, formats and colors to fit specific diagnostic needs.

Microplates, also named generically plates, are rectangular multiwell plates that you can find with 6, 12, 24, 96, 384 and 1536 wells...
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Most popular plates are 96-Well Plates and they are used in a variety of assays from ELISA to PCR. For easily sample identification plates vertical rows are typically labeled with numbers while horizontal rows are labeled with letters. 96-Well Microplates by Biomat are top quality 96-Well Polystyrene plates made for specific assays applications like ELISA, Chemiluminescent (CLIA) , Luminescence (LIA) and Fluorescence (FIA). Biomat provides Clear 96 Well Plates, White 96 Well Plates and Black 96 Well Plates in order to satisfy any specific customers’ needs. Clear 96 Well Plates are more widely used, while Black 96-Well Plates are used when there is a specific need to minimize background in fluorescence reading. On the contrary, White 96 Well Plates are used to give maximum reflection and to minimize autofluorescence and autoluminescence. Our full range of 96 Well Plates for assays include Breakable Strip 96 Well PlatesStrip 96 Well Plates , and Solid 96 Well Plates format and are designed with a flat bottom, suitable for the different customer needs. On request, Biomat is available to cooperate with you to customize your plates. Some example are:

  • color coded strips: available on every type of surface; color is marked (only one color for 96-Well Plate to be chosen from those available) on the upper rims
  • number coded strips: available on every type of surface; number codes are marked on the edge of the strip
  • own brand name insert on the frames

A full range of 96-Well Plates ISO certified and designed to allow the maximum flexibility to the user.

Biomat 96 Well Plates have a flat bottom and they have been designed and improved throughout the years to be compatible with the most common instruments on the market. Also, Biomat provides Coated Plates treated with several coating protocols in order to suit every laboratory need. Check-out the complete list of Surfaces. We strongly value our customers’ satisfaction and that is why we focus on the quality of our products since 1992 to offer 96-Well Microplates that are competitive with the market leaders and therefore are also ISO Certified. For this reason we have implemented a rigid Quality Control protocol that guarantees lot-to-lot reliability and well-to-well reproducibility.

Biomat 96 Well Plates features

Biomat Microplates’ layout and characteristics offer the best performances thanks to the following features:

  • the 96-Well Plates are manufactured in pure polystyrene with low fluorescence
  • the plates’ mould design provides optical quality, important to reduce the background signal
  • the wells inner bottom radius edge improves the efficiency of washings
  • the external lid warrants vertical alignment when using single microplate wells
  • the rim protects the external face of the bottom from scratches
  • the microplates 96-Well by Biomat comply with SBS standards and the design assures a good performance in automatic processing plant
  • all Biomat 96 well plates are flat bottom plates. Flat bottom 96 well plates are designed to optimize the transmission of light, making them ideal for bottom-reading assays using plate readers or microscopes. The flat surface ensures that light can pass through the samples without any distortion or interference, allowing for accurate measurements and observations. This makes these plates a great choice when conducting experiments that require precise analysis of samples using optical instruments.

1.Select the surface

2.Select the plate type

Amine Treated 96 Well Breakable Strip Plates
AMINE (PRIMARY AMINE) TREATED
Amine Treated 96 Well Breakable Strip Plates' surface with primary amino groups is dedicated to promote the covalent immobilisation of compounds containing reactive moieties such as amino, carboxyl or thiol groups via well-known homo-heterobifunctional linkers. This kind of immobilisation can overcome some of the limitations connected with physical adsorption of the molecules to the surfaces such us small peptides (M.W. 1000-5000 Da) drugs, toxins or hormones and can provide an oriented immobilisation of molecules in order to secure the integrity and accessibility of their specific sites (e.g. Fab-SH-antibody fragments, streptavidin, or nucleic acids) APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Aminated Surface 96 Well Plates  
Amine Treated 96 Well Strip Plates
AMINE (PRIMARY AMINE) TREATED
Amine Treated 96 Well Strip Plates' surface with primary amino groups is dedicated to promote the covalent immobilisation of compounds containing reactive moieties such as amino, carboxyl or thiol groups via well-known homo-heterobifunctional linkers. This kind of immobilisation can overcome some of the limitations connected with physical adsorption of the molecules to the surfaces such us small peptides (M.W. 1000-5000 Da) drugs, toxins or hormones and can provide an oriented immobilisation of molecules in order to secure the integrity and accessibility of their specific sites (e.g. Fab-SH-antibody fragments, streptavidin, or nucleic acids). APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Aminated Surface 96 Well Plates  
Amine Treated 96 Well Solid Plates
AMINE (PRIMARY AMINE) TREATED
Amine Treated 96 Well Solid Plates' surface with primary amino groups is dedicated to promote the covalent immobilisation of compounds containing reactive moieties such as amino, carboxyl or thiol groups via well-known homo-heterobifunctional linkers. This kind of immobilisation can overcome some of the limitations connected with physical adsorption of the molecules to the surfaces such us small peptides (M.W. 1000-5000 Da) drugs, toxins or hormones and can provide an oriented immobilisation of molecules in order to secure the integrity and accessibility of their specific sites (e.g. Fab-SH-antibody fragments, streptavidin, or nucleic acids). APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Aminated Surface 96 Well Plates  
Biotin Coated 96 Well Breakable Strip Plates
BIOTIN COATED
Biotin coated surface on Biotin Coated 96 Well Plates 8 Well Breakable Strip offers a powerful instrument to carry out one of the most useful interactions in immunochemistry that involves the specificity binding of biotin to avidin, streptavidin or neutravidin. Moreover, it shows its usefulness for these applications: interaction with avidin, streptavidin and neutravidin or other biotin-binding proteins. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Biotin Coating Coated 96 Well Plates  
Biotin Coated 96 Well Strip Plates
BIOTIN COATED
Biotin coated surface on Biotin Coated 96 Well Strip Plates offers a powerful instrument to carry out one of the most useful interactions in immunochemistry that involves the specificity binding of biotin to avidin, streptavidin or neutravidin. Moreover, it shows its usefulness for these applications: interaction with avidin, streptavidin and neutravidin or other biotin-binding proteins. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Biotin Coating Coated 96 Well Plates  
Biotin Coated 96 Well Solid Plates
BIOTIN COATED
Biotin coated surface on Biotin Coated 96 Well Solid Plates offers a powerful instrument to carry out one of the most useful interactions in immunochemistry that involves the specificity binding of biotin to avidin, streptavidin or neutravidin. Moreover, it shows its usefulness for these applications: interaction with avidin, streptavidin and neutravidin or other biotin-binding proteins. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Biotin Coating Coated 96 Well Plates  
Calmodulin Coated 96 Well Breakable Strip Plates
CALMODULIN COATED
Calmodulin coated surface on Calmodulin Coated 96 Well Breakable Strip Plates shows its usefulness for these applications: interactions with proteins involved in glycogen metabolism, interactions with factors involved in neurotransmission mechanism and interactions with enzymes involved in the NAD*/NADP* phosphorylation system. The Calmodulin Ca++ binding protein is able to bind proteins mainly with hydrophobic sites in its surface. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Calmodulin Surface  
Calmodulin Coated 96 Well Strip Plates
CALMODULIN COATED
Calmodulin coated surface shows its usefulness for these applications: interactions with proteins involved in glycogen metabolism, interactions with factors involved in neurotransmission mechanism and interactions with enzymes involved in the NAD*/NADP* phosphorylation system. The Calmodulin Ca++ binding protein is able to bind proteins mainly with hydrophobic sites in its surface. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Calmodulin Surface  
Calmodulin Coated 96 Well Solid Plates
CALMODULIN COATED
Calmodulin coated surface on Calmodulin Coated 96 Well Solid Plates shows its usefulness for these applications: interactions with proteins involved in glycogen metabolism, interactions with factors involved in neurotransmission mechanism and interactions with enzymes involved in the NAD*/NADP* phosphorylation system. The Calmodulin Ca++ binding protein is able to bind proteins mainly with hydrophobic sites in its surface. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Calmodulin Surface  
Carboxylated 96 Well Breakable Strip Plates
CARBOXYLATED
Carboxylated surface on Carboxylated 96 Well Breakable Strip Plates promotes the covalent immobilization of compounds containing reactive free amino groups using the EDC mediated amination. This kind of immobilisation can overcome some of the limitations connected with physical adsorption of the molecules to the surfaces such us small peptides (M.W. 1000-5000 Da) drugs, toxins or hormones and can provide an oriented immobilisation of molecules in order to secure the integrity and accessibility of their specific sites. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Carboxylated Surface  
Carboxylated 96 Well Strip Plates
CARBOXYLATED
Carboxylated surface on Carboxylated 96 Well Strip Plates promotes the covalent immobilization of compounds containing reactive free amino groups using the EDC mediated amination. This kind of immobilisation can overcome some of the limitations connected with physical adsorption of the molecules to the surfaces such us small peptides (M.W. 1000-5000 Da) drugs, toxins or hormones and can provide an oriented immobilisation of molecules in order to secure the integrity and accessibility of their specific sites. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Carboxylated Surface  
Carboxylated 96 Well Solid Plates
CARBOXYLATED
Carboxylated surface on Carboxylated Solid 96 Well Plates is dedicated to promote the covalent immobilization of compounds containing reactive free amino groups using the EDC mediated amination. This kind of immobilisation can overcome some of the limitations connected with physical adsorption of the molecules to the surfaces such us small peptides (M.W. 1000-5000 Da) drugs, toxins or hormones and can provide an oriented immobilisation of molecules in order to secure the integrity and accessibility of their specific sites. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Carboxylated Surface  
Concanavalin A Coated 96 Well Breakable Strip Plates
CONCANAVALIN A COATED

Concanavalin A Coated 96 Well Breakable Strip Plates surface offers a powerful and sensitive instrument for binding in specific way the carbohydrate fraction of glycoproteins, enzymes and cell membranes. Among its applications there are: interaction with glycoproteins, glycopeptides and enzymatic-antibody conjugate, polysaccharides and glycopeptides and interaction with cell membranes, hormones and hormone receptors.

APPLICATIONS:

  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others

Coated 96 Well Plates

Concanavalin A Surface

 

Concanavalin A Coated 96 Well Strip Plates
CONCANAVALIN A COATED
Concanavalin A Coated 96 Well Strip Plates surface offers a powerful and sensitive instrument for binding in specific way the carbohydrate fraction of glycoproteins, enzymes and cell membranes. Among its applications there are: interaction with glycoproteins, glycopeptides and enzymatic-antibody conjugate, polysaccharides and glycopeptides and interaction with cell membranes, hormones and hormone receptors. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Concanavalin A Surface    
Concanavalin A Coated 96 Well Solid Plates
CONCANAVALIN A COATED
Concanavalin A Coated 96 Well Solid Plates offers a powerful and sensitive instrument for binding in specific way the carbohydrate fraction of glycoproteins, enzymes and cell membranes. Among its applications there are: interaction with glycoproteins, glycopeptides and enzymatic-antibody conjugate, polysaccharides and glycopeptides and interaction with cell membranes, hormones and hormone receptors. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Concanavalin A Surface      
Goat anti-Mouse IgG Coated Breakable Strip Plates
GOAT ANTI-MOUSE IgG COATED
Goat anti Mouse coated surface on Goat anti-Mouse IgG Coated Breakable Strip Plates specifically binds the Fc region of mouse immunoglobulin subclasses 1,2a, 2b and 3 with minimal cross-reaction to human, bovine and rabbit serum proteins. It is ideal as solid support for most sandwich ELISAs utilizing a mouse IgG capture and a non mouse IgG detection antibody. Other application include competitive ELISA, IgG isotyping and hybridoma screening/selection. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Goat anti Mouse Surface  
Goat anti-Mouse IgG Coated Strip Plates
GOAT ANTI-MOUSE IgG COATED
Goat anti Mouse coated surface on Goat anti-Mouse IgG Coated Strip Plates specifically binds the Fc region of mouse immunoglobulin subclasses 1,2a, 2b and 3 with minimal cross-reaction to human, bovine and rabbit serum proteins. It is ideal as solid support for most sandwich ELISAs utilizing a mouse IgG capture and a non mouse IgG detection antibody. Other application include competitive ELISA, IgG isotyping and hybridoma screening/selection. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Goat anti Mouse Surface  
Goat anti-Mouse IgG Coated Solid Plates
GOAT ANTI-MOUSE IgG COATED
Goat anti Mouse coated surface on Goat anti-Mouse IgG Coated Solid Plates specifically binds the Fc region of mouse immunoglobulin subclasses 1,2a, 2b and 3 with minimal cross-reaction to human, bovine and rabbit serum proteins. It is ideal as solid support for most sandwich ELISAs utilizing a mouse IgG capture and a non mouse IgG detection antibody. Other application include competitive ELISA, IgG isotyping and hybridoma screening/selection. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Goat anti Mouse Surface  
Goat anti-Rabbit IgG Coated Breakable Strip Plates
GOAT ANTI-RABBIT IgG COATED
Goat anti Rabbit coated surface on Goat anti-Rabbit IgG Coated Breakable Strip Plates is ideal when in the assay the antibodies are in low quantities, denature or become inactive upon direct adsorption to polystyrene plates. This plate specifically binds the Fc region of rabbit immunoglobulins, with minimal cross-reaction to human serum proteins. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Goat anti Rabbit Surface    
Goat anti-Rabbit IgG Coated Strip Plates
GOAT ANTI-RABBIT IgG COATED
Goat anti Rabbit coated surface on Goat anti-Rabbit IgG Coated Strip Plates is ideal when in the assay the antibodies are in low quantities, denature or become inactive upon direct adsorption to polystyrene plates. This plate specifically binds the Fc region of rabbit immunoglobulins, with minimal cross-reaction to human serum proteins. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Coated 96 Well Plates Goat anti Rabbit Surface  
Goat anti-Rabbit IgG Coated Solid Plates
GOAT ANTI-RABBIT IgG COATED

Goat anti Rabbit coated surface on Goat anti-Rabbit IgG Coated Solid Plates is ideal when in the assay the antibodies are in low quantities, denature or become inactive upon direct adsorption to polystyrene plates. This plate specifically binds the Fc region of rabbit immunoglobulins, with minimal cross-reaction to human serum proteins.

APPLICATIONS:

  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others

Coated 96 Well Plates

Goat anti Rabbit Surface

 

Heparin Catcher HC1 96 Well Breakable Strip Plates
HC1 COATED
HC1 surface on Heparin Catcher HC1 96 Well Breakable Strip Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 0.01 to 2.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC1 96 Well Strip Plates
HC1 COATED
HC1 surface on Heparin Catcher HC1 96 Well Strip Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 0.01 to 2.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC1 96 Well Solid Plates
HC1 COATED
HC1 surface on Heparin Catcher HC1 96 Well Solid Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 0.01 to 2.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC2 96 Well Breakable Strip Plates
HC2 COATED
HC2 surface on Heparin Catcher HC2 96 Well Breakable Strip Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 0.5 to 40.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC2 96 Well Strip Plates
HC2 COATED
HC2 surface on Heparin Catcher HC2 96 Well Strip Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 0.5 to 40.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC2 96 Well Solid Plates
HC2 COATED
HC2 surface on Heparin Catcher HC2 96 Well Solid Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 0.5 to 40.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC3 96 Well Breakable Strip Plates
HC3 COATED
HC3 surface on Heparin Catcher HC3 96 Well Breakable Strip Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 2.0 to 160.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC3 96 Well Strip Plates
HC3 COATED
HC3 surface on Heparin Catcher HC3 96 Well Strip Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 2.0 to 160.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
Heparin Catcher HC3 96 Well Solid Plates
HC3 COATED
HC3 surface on Heparin Catcher HC3 96 Well Solid Plates is useful for immobilizing heparin present in the fluids. This product is to able to measure Heparin in the range from 2.0 to 160.0 U/ml.   Coated 96 Well Plates Heparin Catcher Surface
High Binding 96 Well Breakable Strip Plates
HIGH BINDING CAPACITY
High binding surface on High Binding 96 Well Breakable Strip Plates is a hydrophilic surface suitable for passive adsorption of proteins with different grades of hydrophilicity. This surface is ideal for immunoassays with a binding capacity of 400 to 500 ng IgG/cm2. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
High Binding Capacity Coated 96 Well Plates
High Binding 96 Well Strip Plates
HIGH BINDING CAPACITY
High binding surface on High Binding Capacity 96 Well Strip Plates is a hydrophilic surface suitable for passive adsorption of proteins with different grades of hydrophilicity. This surface is ideal for immunoassays with a binding capacity of 400 to 500 ng IgG/cm2. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
High Binding Capacity Coated 96 Well Plates
High Binding 96 Well Solid Plates
HIGH BINDING CAPACITY
High binding surface on High Binding 96 Well Solid Plates is a hydrophilic surface suitable for passive adsorption of proteins with different grades of hydrophilicity. This surface is ideal for immunoassays with a binding capacity of 400 to 500 ng IgG/cm2. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
High Binding Capacity Coated 96 Well Plates
Jacalin Coated 96 Well Breakable Strip Plates
JACALIN COATED
Jacalin coated surface on Jacalin Coated 96 Well Breakable Strip Plates is used in assay for binding carbohydrate-binding proteins and glycoproteins. It shows usefulness for: Human IgA1 sterically oriented, purification of human immunoglobulins, separation of immunocomplexes antigen-antibody, separation of IgA1 from contaminants and stimulation of T-cells.   Coated 96 Well Plates Jacalin Coated Surface
Jacalin Coated 96 Well Strip Plates 
JACALIN COATED
Jacalin coated surface on Jacalin Coated 96 Well Strip Plates is used in assay for binding carbohydrate-binding proteins and glycoproteins. It shows usefulness for: Human IgA1 sterically oriented, purification of human immunoglobulins, separation of immunocomplexes antigen-antibody, separation of IgA1 from contaminants and stimulation of T-cells.   Coated 96 Well Plates Jacalin Coated Surface
Jacalin Coated 96 Well Solid Plates
JACALIN COATED
Jacalin coated surface on Jacalin Coated 96 Well Solid Plates is used in assay for binding carbohydrate-binding proteins and glycoproteins. It shows usefulness for: Human IgA1 sterically oriented, purification of human immunoglobulins, separation of immunocomplexes antigen-antibody, separation of IgA1 from contaminants and stimulation of T-cells.   Coated 96 Well Plates Jacalin Coated Surface
Maleimide Coated 96 Well Breakable Strip Plates
MALEIMIDE COATED
Maleimide coated surface onMaleimide 96 Well Breakable Strip Plates offer a powerful instrument for binding biomolecules containing free sulfhydryl groups (e.g. peptides that contains a terminal cysteine or thiols containg haptens) or reducibile disulfide bonds. It's also very useful tool for assay requiring site-directed orientation. Maleimide Coating Coated 96 Well Plates
Maleimide Coated 96 Well Strip Plates
MALEIMIDE COATED
Maleimide coated surface on Maleimide Coated 96 Well Strip Plates offer a powerful instrument for binding biomolecules containing free sulfhydryl groups (e.g. peptides that contains a terminal cysteine or thiols containg haptens) or reducibile disulfide bonds. It's also very useful tool for assay requiring site-directed orientation. Maleimide Coating Coated 96 Well Plates
Maleimide Coated 96 Well Solid Plates
MALEIMIDE COATED
Maleimide coated surface on Maleimide 96 Well Solid Plates offer a powerful instrument for binding biomolecules containing free sulfhydryl groups (e.g. peptides that contains a terminal cysteine or thiols containg haptens) or reducibile disulfide bonds. It's also very useful tool for assay requiring site-directed orientation.   Maleimide Coating Coated 96 Well Plates
Medium Binding 96 Well Breakable Strip Plates
MEDIUM BINDING CAPACITY
Medium binding surface on Medium Binding 96 Well Breakable Strip Plates is a hydrophobic surface suitable for passive adsorption of large molecules, such as antibodies, that have large hydrophobic regions. The medium binding plates have a binding capacity of approximately 100 to 200 ng IgG/cm2.   Medium Binding Capacity Coated 96 Well Plates
Medium Binding 96 Well Strip Plates
MEDIUM BINDING CAPACITY
Medium binding surface o Medium Binding 96 Well Strip Plates is a hydrophobic surface suitable for passive adsorption of large molecules, such as antibodies, that have large hydrophobic regions. The medium binding plates have a binding capacity of approximately 100 to 200 ng IgG/cm2   Medium Binding Capacity Coated 96 Well Plates  
Medium Binding 96 Well Solid Plates
MEDIUM BINDING CAPACITY
Medium binding surface on Medium Binging 96 Well Solid Plates is a hydrophobic surface suitable for passive adsorption of large molecules, such as antibodies, that have large hydrophobic regions. The medium binding plates have a binding capacity of approximately 100 to 200 ng IgG/cm2   Medium Binding Capacity  Coated 96 Well Plates  
Neutravidin Coated 96 Well Breakable Strip Plates
NEUTRAVIDIN COATED
SURFACE Neutravidin® coated surface on Neutravidin Coated 96 Well Breakable Strip Plates is designed to specifically bind biotinylated molecules, including biotin tagged antibodies, minimizing non-specific interactions. Neutravidin Surface Coated 96 Well Plates
Neutravidin Coated 96 Well Strip Plates
NEUTRAVIDIN COATED
Neutravidin® coated surface on Neutravidin Coated 96 Well Strip Plates is designed to specifically bind biotinylated molecules, including biotin tagged antibodies, minimizing non-specific interactions.   Neutravidin Surface Coated 96 Well Plates
Neutravidin Coated 96 Well Solid Plates
NEUTRAVIDIN COATED
Neutravidin® coated surface on Neutravidin Coated 96 Well Solid Plates is designed to specifically bind biotinylated molecules, including biotin tagged antibodies, minimizing non-specific interactions.   Neutravidin Surface Coated 96 Well Plates
No Binding 96 Well Breakable Strip Plates
NO BINDING CAPACITY
No binding surface on No Binding 96 Well Breakable Strip Plates is designed to prevent the binding of proteins to the wells. Addressed to those procedures that need to avoid any modification of the activity of the molecules (e.g. enzymes) induced by the reactions that could occur with the well surface.   No Binding Capacity Coated 96 Well Plates
No Binding 96 Well Strip Plates
NO BINDING CAPACITY
No binding surface on No Binding 96 Well Strip Plates is designed to prevent the binding of proteins to the wells. Addressed to those procedures that need to avoid any modification of the activity of the molecules (e.g. enzymes) induced by the reactions that could occur with the well surface.   No Binding Capacity Coated 96 Well Plates
No Binding 96 Well Solid Plates
NO BINDING CAPACITY
No binding surface on No Binding 96 Well Solid Plate is designed to prevent the binding of proteins to the wells. Addressed to those procedures that need to avoid any modification of the activity of the molecules (e.g. enzymes) induced by the reactions that could occur with the well surface.   No Binding Capacity Coated 96 Well Plates
Poly-l-arginine Coated 96 Well Breakable Strip Plates
POLY-L-ARGININE COATED
Poly-L-arginine coated surface on Poly-l-arginine 96 Well Breakable Strip Plates shows its usefulness for these applications: interactions with serino proteases and maturation promoting factors.   Poly-l-arginine Surface Coated 96 Well Plates
Poly-l-arginine Coated 96 Well Strip Plates
POLY-L-ARGININE COATED
Poly-L-arginine coated surface on Poly-l-arginine Coated 96 Well Strip Plates shows its usefulness for these applications: interactions with serino proteases and maturation promoting factors.   Poly-l-arginine Surface Coated 96 Well Plates
Poly-l-arginine Coated 96 Well Solid Plates
POLY-L-ARGININE COATED
Poly-L-arginine coated surface on Poly-l-arginine 96 Well Solid Plates shows its usefulness for these applications: interactions with serino proteases and maturation promoting factors.   Poly-l-arginine Surface Coated 96 Well Plates  
Poly-l-lysine Coated 96 Well Breakable Strip Plates
POLY-L-LYSINE COATED
Poly-L-lysine coated surface on Poly-l-lysine Coated 96 Well Breakable Strip Plates is a powerful tool for these applications: interactions with plasminogen and plasminogen activator, interactions with ribosomal RNA and interactions with double stranded DNA.   Poly-l-lysine Surface Coated 96 Well Plates
Poly-l-lysine Coated 96 Well Strip Plates
POLY-L-LYSINE COATED
Poly-L-lysine coated surface on Poly-l-lysine Coated 96 Well Strip Plates is a powerful tool for these applications: interactions with plasminogen and plasminogen activator, interactions with ribosomal RNA and interactions with double stranded DNA.   Poly-l-lysine Surface Coated 96 Well Plates
Poly-l-lysine Coated 96 Well Solid Plates
POLY-L-LYSINE COATED
Poly-L-lysine coated surface on Poly-l-lysine Coated 96 Well Solid Plates is a powerful tool for these applications: interactions with plasminogen and plasminogen activator, interactions with ribosomal RNA and interactions with double stranded DNA.   Poly-l-lysine Surface Coated 96 Well Plates
Protein A Coated 96 Well Breakable Strip Plates
PROTEIN A COATED
Protein A coated surface on Protein A Coated 96 Well Breakable Strip Plates is designed for capture IgG applied directly or as antigen/antibody complexes. Among its applications there are: specific and sterically oriented bond of IgG, separation of IgG from other immunoglobulins or contaminants, separation of antigen-antibodies complex and isolation and analysis of fusion proteins.   Protein A Coated Surface Coated 96 Well Plates
Protein A Coated 96 Well Strip Plates
PROTEIN A COATED
Protein A coated surface on Protein A Coated 96 Well Strip Plates is designed for capture IgG applied directly or as antigen/antibody complexes. Among its applications there are: specific and sterically oriented bond of IgG, separation of IgG from other immunoglobulins or contaminants, separation of antigen-antibodies complex and isolation and analysis of fusion proteins.   Protein A Coated Surface Coated 96 Well Plates
Protein A Coated 96 Well Solid Plates
PROTEIN A COATED
Protein A coated surface on Protein A Coated 96 Well Solid Plates is designed for capture IgG applied directly or as antigen/antibody complexes. Among its applications there are: specific and sterically oriented bond of IgG, separation of IgG from other immunoglobulins or contaminants, separation of antigen-antibodies complex and isolation and analysis of fusion proteins.   Protein A Coated Surface Coated 96 Well Plates
Protein A/G Coated 96 Well Breakable Strip Plates
PROTEIN A/G COATED
Protein A/G coated surface on Protein A/G Coated 96 Well Breakable Strip Plates binds to most IgG species (in particular binds to all subclasses of mouse IgG excluding mouse IgA, IgM or serum albumin and to all subclasses human IgG), IgA, IgE, IgM and IgD. This product can be used in purification and detection of mouse monoclonal IgG antibodies and for purification of macaque IgG.   Protein A/G Coated Surface Coated 96 Well Plates
Protein A/G Coated 96 Well Strip Plates
PROTEIN A/G COATED
Protein A/G coated surface on Protein A/G Coated 96 Well Strip Plates binds to most IgG species (in particular binds to all subclasses of mouse IgG excluding mouse IgA, IgM or serum albumin and to all subclasses human IgG), IgA, IgE, IgM and IgD. This product can be used in purification and detection of mouse monoclonal IgG antibodies and for purification of macaque IgG.   Protein A/G Coated Surface Coated 96 Well Plates
Protein A/G Coated 96 Well Solid Plates
PROTEIN A/G COATED
Protein A/G coated surface on Protein A/G Coated 96 Well Solid Plates binds to most IgG species (in particular binds to all subclasses of mouse IgG excluding mouse IgA, IgM or serum albumin and to all subclasses human IgG), IgA, IgE, IgM and IgD. This product can be used in purification and detection of mouse monoclonal IgG antibodies and for purification of macaque IgG.   Protein A/G Coated Surface Coated 96 Well Plates
Protein G Coated 96 Well Breakable Strip Plates
PROTEIN G COATED
Protein G coated surface on Protein G Coated 96 Well Breakable Strip Plates is designed for capture IgG applied directly or as antigen/antibody complexes. Among its applications there are: specific and sterically oriented bond of IgG, separation of IgG from other immunoglobulins, separation of antigen-antibodies complex and isolation and analysis of fusion proteins.   Protein G Coated Surface Coated 96 Well Plates
Protein G Coated 96 Well Strip Plates
PROTEIN G COATED
Protein G coated surface on Protein G Coated 96 Well Strip Plates is designed for capture IgG applied directly or as antigen/antibody complexes. Among its applications there are: specific and sterically oriented bond of IgG, separation of IgG from other immunoglobulins, separation of antigen-antibodies complex and isolation and analysis of fusion proteins.   Protein G Coated Surface Coated 96 Well Plates
Protein G Coated 96 Well Solid Plates
PROTEIN G COATED
Protein G coated surface on Protein G Coated 96 Well Solid Plates is designed for capture IgG applied directly or as antigen/antibody complexes. Among its applications there are: specific and sterically oriented bond of IgG, separation of IgG from other immunoglobulins, separation of antigen-antibodies complex and isolation and analysis of fusion proteins.   Protein G Coated Surface Coated 96 Well Plates
Streptavidin Coated 96 Well Breakable Strip Plates
STREPTAVIDIN COATED
Streptavidin coated surface on the Streptavidin Coated 96 Well Plates 8 Well Breakable Strip offers a powerful and universal instrument for binding any biotinylated molecule (Proteins-Peptides-Polysaccharides-Oligonucleotides-DNA fragments-etc.) finding a special application for those molecules which do not offer reliable bonding by passive adsorption or adsorb in an unfavorable orientation. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Streptavidin Coating Coated 96 Well Plates  
Streptavidin Coated 96 Well Strip Plates
STREPTAVIDIN COATED
Streptavidin coated surface on Streptavidin Coated 96 Well Strip Plates offers a powerful and universal instrument for binding any biotinylated molecule (Proteins-Peptides-Polysaccharides-Oligonucleotides-DNA fragments-etc.) finding a special application for those molecules which do not offer reliable bonding by passive adsorption or adsorb in an unfavourable orientation. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Streptavidin Coating Coated 96 Well Plates  
Streptavidin Coated 96 Well Solid Plates
STREPTAVIDIN COATED
Streptavidin coated surface on Streptavidin Coated 96 Well Solid Plates offers a powerful and universal instrument for binding any biotinylated molecule (Proteins-Peptides-Polysaccharides-Oligonucleotides-DNA fragments-etc.) finding a special application for those molecules which do not offer reliable bonding by passive adsorption or adsorb in an unfavourable orientation. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
Streptavidin Coating Coated 96 Well Plates  
Streptavidin High Binding Coated 96 Well Breakable Strip Plates
STREPTAVIDIN HB COATED
Streptavidin HB coated surface on Streptavidin High Binding Coated 96 Well Breakable Strip Plates offers a powerful and universal instrument for binding any biotinylated molecule (Proteins-Peptides-Polysaccharides-Oligonucleotides-DNA fragments-etc.) finding a special application for those molecules which do not offer reliable bonding by passive adsorption or adsorb in an unfavourable orientation. Unlike the normal streptavidin coated surface, this product is particulary useful in competitive tests to measure biotinylated low molecular weight molecules. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
HB Streptavidin Coating Coated 96 Well Plates  
Streptavidin High Binding Coated 96 Well Strip Plates
STREPTAVIDIN HB COATED
Streptavidin HB coated surface on Streptavidin High Binding Coated 96 Well Strip Plates offers a powerful and universal instrument for binding any biotinylated molecule (Proteins-Peptides-Polysaccharides-Oligonucleotides-DNA fragments-etc.) finding a special application for those molecules which do not offer reliable bonding by passive adsorption or adsorb in an unfavourable orientation. Unlike the normal streptavidin coated surface, this product is particulary useful in competitive tests to measure biotinylated low molecular weight molecules. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
HB Streptavidin Coating Coated 96 Well Plates      
Streptavidin High Binding 96 Well Solid Plates
STREPTAVIDIN HB COATED
Streptavidin HB coated surface on Streptavidin High Binding 96 Well Solid Plates offers a powerful and universal instrument for binding any biotinylated molecule (Proteins-Peptides-Polysaccharides-Oligonucleotides-DNA fragments-etc.) finding a special application for those molecules which do not offer reliable bonding by passive adsorption or adsorb in an unfavourable orientation. Unlike the normal streptavidin coated surface, this product is particulary useful in competitive tests to measure biotinylated low molecular weight molecules. APPLICATIONS:
  • ELISA Assay
  • Luminescence Assay (LIA)
  • Fluorescence Assay (FIA)
  • Chemiluminescent Assay (CLIA)
  • Others
HB Streptavidin Coating Coated 96 Well Plates    
Wheat Germ Coated 96 Well Breakable Strip Plates
WHEAT GERM COATED
Wheat Germ coated surface on Wheat Germ Coated 96 Well Breakable Strip Plates is a powerful and sensitive instrument for binding in specific way the carbohydrate fraction of glycoproteins, enzymes and cell membranes. It's used: in studies of surfaces of normal and transformed cells, in studies of cell surface change during development and the cell cycle and in the glycoprotein purification including membrane glycoproteins.
Wheat Germ Coated 96 Well Strip Plates
WHEAT GERM COATED
Wheat Germ coated surface o Wheat Germ Coated 96 Well Strip Plates is a powerful and sensitive instrument for binding in specific way the carbohydrate fraction of glycoproteins, enzymes and cell membranes. It's used: in studies of surfaces of normal and transformed cells, in studies of cell surface change during development and the cell cycle and in the glycoprotein purification including membrane glycoproteins.
Wheat Germ Coated 96 Well Solid Plates
WHEAT GERM COATED
Wheat Germ coated surface on Wheat Germ Coated 96 Well Solid Plates is a powerful and sensitive instrument for binding in specific way the carbohydrate fraction of glycoproteins, enzymes and cell membranes. It's used: in studies of surfaces of normal and transformed cells, in studies of cell surface change during development and the cell cycle and in the glycoprotein purification including membrane glycoproteins.