Unlock the Potential of Gene Expression with Our Expertise: At BrainVTA, we specialize in advanced molecular cloning services, including AAV, adenovirus, and lentivirus systems. Our comprehensive services are designed to streamline your research, offering everything from custom viral vector design and construction to viral particle packaging and purification.
ORF cDNA Expression Clones - Your Gateway to Gene Expression: Dive into our extensive ORF library, boasting over 25,000 human, 23,000 mouse, and 5,000 rat gene cDNA clones. Each clone is equipped with versatile fluorescent reporters like GFP, RFP, mCherry, and mScarlet, ensuring the precise visualization of gene expression.
Service Highlights:
Extensive ORF Collection: Access an unparalleled range of cDNA clones across multiple species, all housed within our meticulously curated entry vector.
Unmatched Quality Control: Benefit from our rigorous sequence verification, ensuring each construct authentically represents the intended ORF.
Flexible Vector Options: Seamlessly shuttle ORFs into over 20 vector backbones, customized with a variety of promoters, reporters, and tags to suit your research needs.
Rapid Turnaround: Most ORFs are primed for next-day delivery, accelerating your research timeline.
Custom Cloning Solutions:
Can't find what you're looking for? Our tailored cloning services are at your disposal. Whether you're looking to overexpress, silence, knock-down, knock-out, or knock-in genes, we've got you covered. Simply provide your miniplasmid containing the ORF, and we'll handle the rest.
Seeking Custom Products?
If our extensive library doesn't meet your specific needs, let us create a custom solution for you. Our team is equipped to handle unique requests, ensuring your research proceeds without compromise.
Noteworthy References:
Our commitment to excellence is echoed by the scientific community, with our services contributing to groundbreaking research across various fields. Explore some of the notable studies supported by our tools:
Chen ZP, et al. (2023). "Lipid-accumulated reactive astrocytes promote disease progression in epilepsy." Nature. Link to study
de León Reyes NS, et al. (2023). "Corticotropin-releasing hormone signaling from prefrontal cortex to lateral septum suppresses interaction with familiar mice." Cell. Link to study
Ready to Elevate Your Research? Contact us today to discuss your project requirements and discover how our Plasmid ORF Cloning Services can accelerate your path to discovery.