rAAV-hSyn-Con Fon-hM4D(Gi)-EGFP-WPRE-hGH polyA

Excellent

For our neural circuit mapping studies

The expression of EGFP was robust and the hM4D(Gi) functioned as expected, allowing precise control over neuronal activity. The product was easy to work with, and the WPRE element significantly enhanced transgene expression. Highly recommended for any neuroscientific research.

Excellent

The viral vector provided excellent transduction efficiency in our primary neuronal cultures

The fluorescent marker allowed for easy identification of transduced cells, and the DREADD receptor's functionality was confirmed through subsequent pharmacological tests. The inclusion of the hGH polyA signal appears to enhance the stability of our transgene expression. Overall, a fantastic tool for our research.

Excellent

This product exceeded our expectations in terms of efficiency and reliability

The hM4D(Gi)-EGFP construct was particularly useful for our optogenetic studies, providing clear visualization and control of neuronal populations.

Excellent

Our lab has been very impressed with the performance of this AAV vector

This AAV vector has been a vital tool in our research on learning and memory. The high transduction efficiency and neuron-specific expression were exactly what we needed. The vector's performance has been consistently excellent.

Excellent

Excellent product

We have used this AAV vector in several experiments, and it has consistently delivered high transduction efficiency and robust expression. The hM4D(Gi) receptor allowed for effective chemogenetic control, making our research on neural circuits much more manageable.