Stem Cell Reporters

Blue-Color Alkaline Phophatase Staining Kit

Easily discriminate between differentiated and undifferentiated cells with this colorimetric alkaline phosphatase stain that turns pluripotent cells blue

Size:50 Assays (Cat. # AP100B-1)

Dual-Color Alkaline Phophatase Staining Kit

Easily discriminate between differentiated and undifferentiated cells with this colorimetric alkaline phosphatase assay kit that includes blue and red stains

Size:100 Assays (Cat. # AP100D-1)

Red-Color Alkaline Phophatase Staining Kit

Easily discriminate between differentiated and undifferentiated cells with this colorimetric alkaline phosphatase assay stain that turns pluripotent cells red

Size:50 Assays (Cat. # AP100R-1)

Human GFAP pGreenZeo Differentiation Reporter

Study neurogenesis by expressing GFP in cells where the GFAP promoter/enhancer is active

Sizes:10 µg (Cat. # SR10015PA-1), >2 x 10^6 IFUs (Cat. # SR10015VA-1)

Mouse Oct4 pGreenZeo Differentiation Reporter

Study differentiation by expressing GFP in cells where the Oct4 promoter/enhancer is active

Sizes:10 µg (Cat. # SR10029PA-1), >2 x 10^6 IFUs (Cat. # SR10029VA-1)

Human Oct4 pRedZeo Differentiation Reporter

Study differentiation by expressing RFP in cells where the Oct4 promoter/enhancer is active

Sizes:10 µg (Cat. # SR10043PA-1), >2 x 10^6 IFUs (Cat. # SR10043VA-1)

Human NKX2.5 pGreenZeo Differentiation Reporter

Study myogenesis by expressing GFP in cells where the NKX2.5 promoter/enhancer is active

Sizes:10 µg (Cat. # SR10067PA-1), >2 x 10^6 IFUs (Cat. # SR10067VA-1)

Human GFAP pGreenZeo (EF1α-Puro) Differentiation Reporter

Study neurogenesis by expressing GFP in cells where the GFAP promoter/enhancer is active (with puro)

Size:>2 x 10^6 IFUs (Cat. # SR10015VA-P)

Human SPP-1 pGreenZeo Differentiation Reporter

Study the differentiation of osteoblasts by expressing GFP in cells where the SPP-1 promoter/enhancer is active

Sizes:10 µg (Cat. # SR1002PA-1), >2 x 10^6 IFUs (Cat. # SR1002VA-1)

Mouse Nanog pRedZeo Differentiation Reporter

Study differentiation by expressing RFP in cells where the Nanog promoter/enhancer is active

Sizes:10 µg (Cat. # SR10044PA-1), >2 x 10^6 IFUs (Cat. # SR10044VA-1)

Human α-Actin2 (ACTA2) pGreenZeo Differentiation Reporter

Study myogenesis by expressing GFP in cells where the ACTA2 promoter/enhancer is active

Sizes:10 µg (Cat. # SR10068PA-1), >2 x 10^6 IFUs (Cat. # SR10068VA-1)

Mouse GFAP pGreenZeo Differentiation Reporter

Study neurogenesis by expressing GFP in cells where the GFAP promoter/enhancer is active

Sizes:10 µg (Cat. # SR10016PA-1), >2 x 10^6 IFUs (Cat. # SR10016VA-1)

Human Nanog pGreenZeo Differentiation Reporter

Study differentiation by expressing GFP in cells where the Nanog promoter/enhancer is active

Sizes:10 µg (Cat. # SR10030PA-1), >2 x 10^6 IFUs (Cat. # SR10030VA-1)

Mouse Oct4 pRedZeo Differentiation Reporter

Study differentiation by expressing RFP in cells where the Oct4 promoter/enhancer is active

Sizes:10 µg (Cat. # SR10045PA-1), >2 x 10^6 IFUs (Cat. # SR10045VA-1)

Mouse CD8 pGreenZeo Differentiation Reporter

Study hematopoiesis by expressing GFP in cells where the CD8 promoter/enhancer is active

Sizes:10 µg (Cat. # SR1006PA-1), >2 x 10^6 IFUs (Cat. # SR1006VA-1)

Human CD11b pGreenZeo Differentiation Reporter

Study neurogenesis by expressing GFP in cells where the CD11b promoter/enhancer is active

Sizes:10 µg (Cat. # SR10017PA-1), >2 x 10^6 IFUs (Cat. # SR10017VA-1)

Mouse Nanog pGreenZeo Differentiation Reporter

Study differentiation by expressing GFP in cells where the Nanog promoter/enhancer is active

Sizes:10 µg (Cat. # SR10031PA-1), >2 x 10^6 IFUs (Cat. # SR10031VA-1)

pRedZeo-CMV Differentiation Reporter Positive Control

Run your pRedZeo projects with confidence with the addition of this positive control that drives RFP and the zeomycin marker with a CMV promoter

Sizes:10 µg (Cat. # SR10046PA-1), >2 x 10^6 IFUs (Cat. # SR10046VA-1)

Human E-Cadherin (CDH1) pGreenZeo Differentiation Reporter

Study signaling in differentiation by expressing GFP in cells where the CDH1 promoter/enhancer GFP is active

Sizes:10 µg (Cat. # SR10070PA-1), >2 x 10^6 IFUs (Cat. # SR10070VA-1)

Mouse EMR1 pGreenZeo Differentiation Reporter

Study neurogenesis by expressing GFP in cells where the EMR1 promoter/enhancer is active

Sizes:10 µg (Cat. # SR10018PA-1), >2 x 10^6 IFUs (Cat. # SR10018VA-1)

Start your exosome research right with products that simplify high-quality exosome isolation

Easily detect the presence of exosomes with general and tissue-specific antibodies and arrays, as well as reagents that label exosomes

When you need to know the amount of exosomes you’ve isolated, SBI offers a range of options that meet most quantitation needs

Easily track exosomes and their cargo with our ready-to-go Cyto-Tracers, ExoGlow reagents, and XPACK products, as well as make-your-own XPACK lentivectors

Whether you’re interested in characterizing exosomal RNA or proteins for biomarker profiling, SBI offers a range of intuitive, easy-to-use products

When you’re ready to move from simply studying exosomes to using them as research tools, SBI offers a complete set of products for exosome engineering

Find the best Cas9 and gRNA delivery options for your genome engineering application—choose from mRNA, lentivectors, protein, AAV, and more

Increase the efficiency of making multiple changes to a genome with our Multiplex gRNA Cloning Products

Move your genome engineering projects forward with confidence with products for verifying Cas9 mRNA and protein expression

Whether you’re using CRISPR/Cas9 for gene knock-ins, knock-outs, or edits, SBI’s ready-to-clone HR Targeting Vectors are carefully designed for easier workflows

Leverage the power of the AAVS1 Safe Harbor Site for robust gene expression with these HR donor vectors already targeted to the AAVS1 site

Fast, streamlined genotyping of cultured mammalian cells using a protocol that mitigates the risk of sample cross-contamination

Explore a new frontier in the study of gene expression regulation with inducible, reversible chromatin loop formation at your location-of-interest

Targeted Protein Degradation Products

New to lentivirus or scaling up production? Our LentiSuite and LentiStarter Kits provide all of SBI’s great lentivirus products in ready-to-go kits

Get high-quality, high-titer lentivirus with our well-regarded lentivirus packaging systems, available in both integrating and non-integrating systems

Find what you need for fast lentivirus titering as well as lentivirus concentration

Improve transduction and transfection efficiencies with high-quality reagents that really deliver

Get the confidence of controls and move forward fast with SBI’s ready-to-transduce, pre-packaged control viruses—in a range of marker and promoter options

Get reliable, stable gene expression from SBI’s highly-regarded lentivectors—our wide range of promoters and reporters support a wealth of applications

Get the efficiency of transduction without viral integration with our AAV-based expression systems—great for gene therapy research and more

For the ultimate in gene expression control, use SBI’s cumate-inducible systems—up to 32-fold induction that’s titratable, reversible, and background-free

Easy, consistent transgenesis free from limitations on insert size and available in a footprint-free format

When you want non-viral expression from low or single-copy integration events, and/or have a large insert size, choose one of SBI’s integrase-based systems

Get sustained, episomal gene expression free from foreign DNA—great for model animal generation and gene therapy research

An easy-to-produce non-integrating option for gene expression that can deliver sustained expression from a non-viral system

From an efficient system for in vitro transcription to ready-to-transfect pre-made mRNA transcripts, SBI streamlines your mRNA production

The Cold Fusion technology is a simple, rapid and highly efficient cloning kit

Simplify your studies of T cell dynamics with SBI’s ready-to-use, pre-built Treg and Th17 vectors and cell lines

Targeted Protein Degradation System

Easily follow signal transduction with our pre-built, ready-to-go vectors that provide qualitative and quantitative data on a variety of signaling pathways

Clearly visualize cells in vivo and ex vivo for tracking cell fate and more with our pre-built imaging vectors

Jumpstart your studies of dynamic cellular processes and subcellular localization with our pre-built Cyto-Tracer Vectors

Save time with our ready-to-go pGreenFire, pGreenZeo, pRedZeo, and pRedTK vectors for monitoring pluripotency and tracking differentiation

Simplify your studies of T cell dynamics with SBI’s ready-to-use, pre-built Treg and Th17 vectors and cell lines

Alter gene expression or study miR function with human and mouse lentivector-delivered precursors that are efficiently and accurately processed into mature miRs

Leverage SBI’s powerful and highly-effective Lenti-miR technology for efficient miRNA screening with our pooled Lenti-miR libraries

Permanently knockdown miRs with SBI’s miRZip anti-miRNA Expression Lentivectors

Quickly and easily obtain highly accurate qPCR profiling of miRNAs with sample prep kits and ready-to-use arrays

Quickly and easily obtain highly accurate qPCR profiling of lncRNAs with sample prep kits and ready-to-use arrays

Find the SBI product or service that supports your specific research application

SBI can streamline your research with an array of custom services to suit your needs

Get in-depth information about SBI’s products and services with videos, webinars, product manuals, and more

Learn more about System Biosciences, plus upcoming events, intellectual property, and careers

Sox2-responsive SRR2 (EF1α-puro) pGreenFire Differentiation Reporter

Human CD11b pGreenZeo Differentiation Reporter

Sox2-responsive SRR2 (EF1α-neo) pGreenFire Differentiation Reporter

Human Doublecortin (DCX) pGreenZeo Differentiation Reporter

Oct4-responsive CR4 (EF1α-puro) pGreenFire Differentiation Reporter

Mouse IBA-1 pGreenZeo Differentiation Reporter

Resources

pGreenFire Reporter Vector Fuels Antiviral Drug Discovery

In Vivo Imaging with SBI Vectors