LanRFP

LanRFP, derived from the lancelet fish, also known as amphioxus; is a bright red fluorescent protein. It has good photostability, pH stability and a fast maturation rate.  LanRFP is stable in various denaturing conditions and works well at ambient temperature.

Fig. 1 Basic Properties                                Fig. 2 LanRFP Expression

LanRFP

 

Excitation Max (nm)

520 

Emission Max (nm)

600

Quantum Yield

~0.2

Extinction coefficient

100,000

Brightness

20

pKa

~5.0

lanrfpslide.png

  • Alleleustrious

    pAllele-MCS-IRES-LanRFP

    [[5µg,ABP-FP-RIRES01]] pAllele-MCS-IRES-LanRFP fluorescent protein vector contains an IRES site and a Multiple Cloning Site (MCS). The addition of the IRES site and a MCS allows a gene of interest and the LanRFP gene to be translated concurrently...

    $600.00
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  • Alleleustrious

    pLanRFP-CT(C terminal tag)

    [[5µg,ABP-FP-RCNCS]] Alleleustrious pLanRFP-C mammalian expression vector is a mammalian expression vector with multiple cloning sites for fusions to the C terminus of pLanRFP, also suitable for expression of pLanRFP alone in mammalian cells...

    $450.00
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  • Alleleustrious

    pLanRFP-CT(C terminal tag)-PuroR

    [[5µg,ABP-FP-RCNCSP]] Alleleustrious pLanRFP-C mammalian expression vector is a mammalian expression vector with multiple cloning sites for fusions to the C terminus of pLanRFP, also suitable for expression of pLanRFP alone in mammalian cells. It...

    $450.00
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  • Alleleustrious

    pLanRFP-NT(N terminal tag)

    [[5µg,ABP-FP-RNNCS]] Alleleustrious pLanRFP-N mammalian expression vector is a mammalian expression vector with multiple cloning sites for fusions to the N terminus of pLanRFP, also suitable for expression of pLanRFP alone in mammalian cells...

    $450.00
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  • Alleleustrious

    pLanRFP-NT(N terminal tag)-PuroR

    [[5µg,ABP-FP-RNNCSP]] Alleleustrious pLanRFP-N mammalian expression vector is a mammalian expression vector with multiple cloning sites for fusions to the N terminus of pLanRFP, also suitable for expression of pLanRFP alone in mammalian cells. It...

    $450.00
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