
Anti-6X His - 60nm Gold NanoUrchins-10OD
Anti-6X His - 60nm Gold NanoUrchins-10OD for diagnostic research and development.
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Applications Anti-6X His Gold NanoUrchin conjugates are suitable for use in lateral flow, immunoblotting, light microscopy, and electron microscopy applications. Advantages of Gold Conjugates Sensitive technique (down to 100pg or less in dot-blots when used together with our silver enhancement kit) Provides a permanent label Storage Store undiluted in storage buffer at 2-8 degrees Celsius. Stable for 4 months if stored as specified.

Anti-6X His - 70nm Gold Conjugate-10OD for diagnostic research and development.

Applications Sensitive probe for detection of recombinant proteins with a C-terminal, N-terminal, or internal 6X Histidine epitope. Suitable for use in immunoblotting, lateral flow assays, light microscopy, and electron microscopy applications among others. Storage/Stability Store undiluted in storage buffer at 2-8 degree Celsius. Stable for 4 months if stored as specified. Storage of conjugate at working dilution may result in performance loss.

Anti-6X His - 70nm Gold NanoUrchins-10OD for diagnostic research and development.

Applications Anti-6X His Gold NanoUrchin conjugates are suitable for use in lateral flow, immunoblotting, light microscopy, and electron microscopy applications. Advantages of Gold Conjugates Sensitive technique (down to 100pg or less in dot-blots when used together with our silver enhancement kit) Provides a permanent label Storage Store undiluted in storage buffer at 2-8 degrees Celsius. Stable for 4 months if stored as specified.

Anti-6X His - 80nm Gold Conjugate-10OD for diagnostic research and development.

Applications Sensitive probe for detection of recombinant proteins with a C-terminal, N-terminal, or internal 6X Histidine epitope. Suitable for use in immunoblotting, lateral flow assays, light microscopy, and electron microscopy applications among others. Storage/Stability Store undiluted in storage buffer at 2-8 degree Celsius. Stable for 4 months if stored as specified. Storage of conjugate at working dilution may result in performance loss.

Anti-6X His - 80nm Gold NanoUrchins-10OD for diagnostic research and development.

Applications Anti-6X His Gold NanoUrchin conjugates are suitable for use in lateral flow, immunoblotting, light microscopy, and electron microscopy applications. Advantages of Gold Conjugates Sensitive technique (down to 100pg or less in dot-blots when used together with our silver enhancement kit) Provides a permanent label Storage Store undiluted in storage buffer at 2-8 degrees Celsius. Stable for 4 months if stored as specified.

Anti-6X His - 90nm Gold Conjugate-10OD for diagnostic research and development.

Applications Sensitive probe for detection of recombinant proteins with a C-terminal, N-terminal, or internal 6X Histidine epitope. Suitable for use in immunoblotting, lateral flow assays, light microscopy, and electron microscopy applications among others. Storage/Stability Store undiluted in storage buffer at 2-8 degree Celsius. Stable for 4 months if stored as specified. Storage of conjugate at working dilution may result in performance loss.

Anti-6X His - 90nm Gold NanoUrchins-10OD for diagnostic research and development.

Applications Anti-6X His Gold NanoUrchin conjugates are suitable for use in lateral flow, immunoblotting, light microscopy, and electron microscopy applications. Advantages of Gold Conjugates Sensitive technique (down to 100pg or less in dot-blots when used together with our silver enhancement kit) Provides a permanent label Storage Store undiluted in storage buffer at 2-8 degrees Celsius. Stable for 4 months if stored as specified.

Anti-6X His - 90nm Gold NanoUrchins-3OD Anti-6X His - 90nm Gold NanoUrchins-10OD for diagnostic research and development.

Anti-FITC - 100nm Gold NanoUrchins-10OD for diagnostic research and development.

Applications Anti-FITC Gold NanoUrchin conjugates are suitable for detection of FITC-labelled moieties in lateral flow, immunoblotting, light microscopy, and electron microscopy applications. Advantages of Gold Conjugates Sensitive technique (down to 100pg or less in dot-blots when used together with our silver enhancement kit) Provides a permanent label Storage Store undiluted in storage buffer at 2-8 degrees Celsius. Stable for 4 months if stored as specified.

Anti-FITC - 100nm Gold NanoUrchins-3OD Anti-FITC - 100nm Gold NanoUrchins-10OD for diagnostic research and development.

Anti-FITC - 50nm Gold NanoUrchins-10OD for diagnostic research and development.

Applications Anti-FITC Gold NanoUrchin conjugates are suitable for detection of FITC-labelled moieties in lateral flow, immunoblotting, light microscopy, and electron microscopy applications. Advantages of Gold Conjugates Sensitive technique (down to 100pg or less in dot-blots when used together with our silver enhancement kit) Provides a permanent label Storage Store undiluted in storage buffer at 2-8 degrees Celsius. Stable for 4 months if stored as specified.

Anti-FITC - 60nm Gold NanoUrchins-10OD for diagnostic research and development.

Applications Anti-FITC Gold NanoUrchin conjugates are suitable for detection of FITC-labelled moieties in lateral flow, immunoblotting, light microscopy, and electron microscopy applications. Advantages of Gold Conjugates Sensitive technique (down to 100pg or less in dot-blots when used together with our silver enhancement kit) Provides a permanent label Storage Store undiluted in storage buffer at 2-8 degrees Celsius. Stable for 4 months if stored as specified.

Anti-FITC - 70nm Gold NanoUrchins-10OD for diagnostic research and development.

Gold nanoparticle core size: 70nm Absorbance (lambda max.): 600nm Optical density (OD): Available at OD=3 and OD=10, select in product options Conjugated antibody: Sheep anti-FITC Antibody Raised in: Sheep Clonality: Polyclonal Working dilution: 1:1-1:100 (application dependant) Supplied in: 10mM PBS (pH 7.4), 20% glycerol (v/v), 1% BSA.