Gene Expression Vectors, Viruses & Cloning Vectors

abm is a world leader in recombinant viral technology, providing the most comprehensive collection of AAV-, lenti-, adeno- and retro-viral vectors in ready-to-use formats. This is in addition to the custom virus packaging services we offer, where we can package any custom made recombinant viral vector at any titer of the customer's choice.

Lentivirus Expression Systems

  • Other Promoters
    • pLenti-III-PGK (VectorG305  I  Cloning Kit: G331)
    • pLenti-III-UbC (VectorG300  I  Cloning Kit: G329)
    • pLenti-Promoterless (VectorLV013  I  Cloning Kit: LV400)
    • pLenti-Promoterless-GFP (VectorLV059 I  Cloning Kit: LV060)
    • pLenti-Promoterless-Luc (VectorLV092  I  Cloning Kit: LV093)
  • Bicistronic/Tricistronic
    • pLenti-Bicistronic (VectorLV037  I  Cloning Kit: LV039)
    • pLenti-Biscistronic-Luc (VectorLV089  I  Cloning Kit: LV090)
    • pLenti-Tricistronic (VectorLV038  I  Cloning Kit: LV040)

Expression System Vectors & Viruses 

abm offers a variety of unique and versatile vector expression systems from applications such as Inducible Gene Expression and Fine-Tuning Gene Expression, to speciality reporter vectors including Dual Luciferase Reporters and Organelle Fluorescence Labeling Reporters - all of which can take your experiment to the next level.   

Looking for a different Expression System? Check out our Custom Cloning Service where abm can clone your custom vector for you.

Products and Services


  • Introduction to CRISPR
    Introduction to CRISPR
    CRISPR Knowledge Base
  • Viral Expression Systems Brochure
    The Lentivirus
    Knowledge Base
  • Choosing a Viral Vector
    Choosing a Viral Vector
    Vector Selection Tool
  • CRE Lox Recombination
    CRE Lox Recombination
    Knowledge Base


01 Bayati, A et al. (2022). "Rapid macropinocytic transfer of α-synuclein to lysosomes." Cell Reports. 40(3):111102. DOI: 10.1016/j.celrep.2022.111102. Application: Organelle Labeling Lentivirus. 
02 Outeiro-Pinho, G et al. (2022). "Epigenetically-regulated miR-30a/c-5p directly target TWF1 and hamper ccRCC cell aggressiveness." Translational Research. 249, 110-127. DOI: 10.1016/j.trsl.2022.06.009. Application: Dual Luciferase Reporter Lentivectors.