By Maya Peters Kostman
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Understanding the biology behind brain development, learning, and behavior poses many challenges in neuroscience with many brain regions, neuronal networks, and specific neuronal populations to consider. To tease apart how different neurons impact a certain output, ...
Dear scientists using AAV, We hear your questions! How much virus should I inject? How long do I need to wait? What serotype and promoter should I use to target my favorite neurons? We don’t know all of the answers, but we’re betting that your colleagues do. That’s why we’re ...
Over the past decades, neuroscientists have made great strides to map brain regions and allocate specific functions to them. Electrical recordings and lesioning studies have been essential for this task. However, most lesioning methods destroy areas larger than intended and may ...
Since the beginning of our viral service in 2016, we’ve added many new tools to our inventory of ready-to-use viral vectors. Here are some of the AAV we have released in the last few months. You can also browse our entire AAV inventory. Our new AAVs include: EGFP-expressing AAV ...
The aim of behavioral neuroscience is to define brain areas that are linked to a certain behavior. It is a very old branch of science, dating back several hundred years, with historical ties to psychology and philosophy (the mind-body problem). Because of the availability of ...
Feelings of delight associated with the brain’s reward circuits are generally linked to dopamine (DA), a well-known reward chemical and neurotransmitter. But aside from DA’s famous role as the “happy hormone,” it’s also involved in reinforcement learning, decision making, and ...
One of the biggest barriers to gene therapy treatment of central nervous system (CNS) diseases is the blood brain barrier (BBB). It’s the BBB’s job to block the entry of pathogens to the CNS, but this also stops viral vectors, such as adeno-associated virus (AAV), from reaching ...
