
The difference between a brain with a normal Mfsd2a gene and a brain with a mutated Mfsd2a gene.
Image credit goes to: Guemez-Gamboa et al./ Nature Genetics
New research has proved that certain special fats found in blood are essential for human brain growth and function. The two studies showed that mutations in the protein Mfsd2a causes impaired brain development in humans. Mfsd2a is the transporter in the brain for a special type of fat called lysophosphatidylcholines (LPCs) — composed of essential fatty acids like omega-3. These studies show, for the first time, the crucial role of these fats in human brain growth and function.
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What happens in the lab doesn't have to stay in the lab!
May 25, 2015 | Categories: Biology, Neuroscience Research | Tags: biology, brain development, Genetics, health, lysophosphatidylcholines, MFSD2A, neurobiology, neurology, peer reviewed, science | Leave a comment

The blood brain barrier, it can be very picky about who [or what] can come in.
Ever wonder why you don’t see too many illnesses that affect the brain directly? You can give your head a nice pat and congratulate the blood brain barrier for keeping the bad out and letting the good in. Unfortunately the blood brain barrier can be, well a barrier, or more like a bouncer– especially when it comes to new drugs that could potentially help treat issues with the brain.
The blood-brain barrier helps that finicky brain of yours maintain the delicate environment that it needs to thrive. There’s just one problem: The barrier is so good at what it does, it won’t let medicines pass through. Like most things with the brain, we don’t know enough about it to control it for our benefit.
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What happens in the lab doesn't have to stay in the lab!
May 15, 2014 | Categories: Biology, Neuroscience Research | Tags: blood-brain barrier, health, medicine, MFSD2A, peer reviewed, science | Leave a comment