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iFluor™ 594 Conjugated Mouse IgG2b(Fcγ Fragment specific), AlpSdAbs® VHH Alpaca Monoclonal Antibody

Usd: 700

Specification

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Catalog# HA710254

iFluor™ 594 Conjugated Mouse IgG2b(Fcγ Fragment specific), AlpSdAbs® VHH Alpaca Monoclonal Antibody

Application

  • WB

  • ICC/IF

  • ELISA

  • FC

Reactivity

  • Mouse

Conjugation

  • iFluor™ 594

Overview

Product Name

iFluor™ 594 Conjugated Mouse IgG2b(Fcγ Fragment specific), AlpSdAbs® VHH Alpaca Monoclonal Antibody

Antibody Type

Alpaca Nanobody

Immunogen

Recombinant Fc region of mouse IgG2b

Product Specificity

Mouse IgG2b(Fcγ fragment specific)

Species Reactivity

Mouse

Validated Applications

WB, ICC/IF, ELISA, FC

Conjugation

iFluor™ 594

Product Features

Form

Liquid

Concentration

Storage Instructions

Store at –20 ℃(Avoid freeze / thaw cycles), Protect from light.

Storage Buffer

Liquid, 10mM PBS (pH 7.5), 0.05% sucrose, 0.1% trehalose, 0.01% proclin300, 50% glycerol

Isotype

VHH domain of alpaca IgG2b/2c

Purification Method

Recombinant Expression and Affinity purified

Application Dilution

  • WB

  • 1:10000-1:50000

  • ICC/IF

  • 1:200-1:2000

  • ELISA

  • 1:10000-1:50000

  • FC

  • 1:200-1:2000

Target

Function

Anti-Mouse IgG2b(Fcγ Fragment specific), AlpSdAbs® VHH(iFluor594) is designed for detecting mouse IgG2b Fcγ fragment specifically, and Anti-Mouse IgG2b(Fcγ Fragment specific), AlpSdAbs® VHH(iFluor594) is useful for super-resolution microscopy. Anti-Mouse IgG2b(Fcγ Fragment specific), AlpSdAbs® VHH(iFluor594) is based on recombinant single domain antibody to mouse IgG2b Fc coupled to iFluor594. Based on immunoelectrophoresis and/or ELISA, Anti-Mouse IgG2b(Fcγ Fragment specific), AlpSdAbs® VHH(iFluor594) reacts with the Fc fragment of mouse IgG2b selectively, no reactivity with other mouse IgG subclasses, mouse IgM, or the Fab portion of mouse immunoglobulins.

Background References

暂无

Images

  • Advantages of using an Alpaca Recombinant Secondary<br />1. Smaller size<br />Nanobodies are 1/10 the size of a traditional antibody (~15 kDa unconjugated). This means that the nanobody can penetrate tissue faster and deeper than other antibodies.<br />2. Easier to use<br />Due to their simple structure, nanobodies also have the advantage of increased stability and ease of use. <br />3. Easier production<br />When compared to a more traditional antibody, nanobodies are easier to develop and produce in the lab than monoclonal or polyclonal antibodies. <br />4. More consistent<br />Since nanobodies are recombinantly produced from clonal DNA, you are guaranteed the same product every time. Comparatively, polyclonal antibodies are produced in live animals and have a very low lot-to-lot consistency while monoclonal antibodies can suffer from drift.<br />5. Higher Affinity<br />Nanobodies benefit from consistently high binding affinity values.

    Advantages of using an Alpaca Recombinant Secondary
    1. Smaller size
    Nanobodies are 1/10 the size of a traditional antibody (~15 kDa unconjugated). This means that the nanobody can penetrate tissue faster and deeper than other antibodies.
    2. Easier to use
    Due to their simple structure, nanobodies also have the advantage of increased stability and ease of use.
    3. Easier production
    When compared to a more traditional antibody, nanobodies are easier to develop and produce in the lab than monoclonal or polyclonal antibodies.
    4. More consistent
    Since nanobodies are recombinantly produced from clonal DNA, you are guaranteed the same product every time. Comparatively, polyclonal antibodies are produced in live animals and have a very low lot-to-lot consistency while monoclonal antibodies can suffer from drift.
    5. Higher Affinity
    Nanobodies benefit from consistently high binding affinity values.

Please note: All products are "FOR RESEARCH USE ONLY AND ARE NOT INTENDED FOR DIAGNOSTIC OR THERAPEUTIC USE"