£120.00
3 in stock
For research use only — Not for human or animal use
Dihexa 10mg capsules are a small molecule compound derived from angiotensin IV. It’s mainly studied for how it interacts with brain signalling, particularly in areas linked to cognitive functions and memory.
One thing that sets it apart is its ability to cross the blood brain barrier. That means it can be used in models that look directly at brain activity, rather than only indirect effects.
Dihexa is connected to pathways linked to hepatocyte growth factor HGF. This is a neurotrophic factor involved in how brain cells grow, connect, and communicate.
Put simply, it’s used to look at how:
Instead of targeting a single receptor, it works more broadly across signalling pathways. That’s why it tends to be used in models focused on overall brain connectivity rather than one isolated function.
Dihexa is typically used in work that focuses on how the brain processes and stores information. The interest isn’t just memory itself, but how signals between cells are formed and maintained over time.
Because it’s derived from angiotensin IV, it’s often compared to other compounds in that pathway. The difference here is its strength and ability to reach the brain more directly.
This makes it more relevant in setups where the goal is to observe changes in brain signalling rather than peripheral systems.
Most of the focus is on how brain cells respond when these pathways are active. That includes how connections form, how signals are passed, and how stable those connections remain.
Common areas of interest include:
The aim is to get a clearer picture of how brain signalling works at a deeper level.
There isn’t much long term data available. Most of the information focuses on how the compound affects signalling pathways rather than wider outcomes.
Because it works within the brain, responses can vary depending on how it’s used and what’s being measured. Use is limited to controlled environments, and long term effects are still being explored.
Dihexa 10mg capsules come in a ready-to-use format, which removes the need for reconstitution. This makes them easier to handle in controlled setups.
Storage should follow standard practices. Keep conditions stable and avoid exposure to heat or moisture.
This format suits work focused on cognitive functions, brain signalling, and neurotrophic factor pathways.
Disclaimer: This product is sold strictly for research use only. Not for human consumption.
Discount Applied Successfully!
Your savings have been added to the cart.
