30–150 nm
01 · Nanometric scale
The size of a message, not a layer
Vesicles within the natural size range of exosomes, small enough to move within the scalp environment and deliver their signal where it is needed.
Exocuat
It doesn't feed hair from the outsideIt speaks to the root
Exosomes are extracellular vesicles that carry proteins, lipids and RNA. They are the messaging system of living things, the way one cell tells another how to behave. On the scalp, that same signal can steer the environment where hair is born and grows.
How an exosome communicates with the follicle
Science, in motion
A visual tour of the cellular signaling system and why it matters for the future of hair care.
The limit
Traditional hair care ingredients act only on the surface
- They nourish the fiber, but they don't communicate with the root
- The scalp responds as far as its own signal reaches
- The result stalls without the message that guides it
The leap
Exosomes speak the language of the follicle
- They carry biological signals to the cells of the scalp
- They target the natural environment where hair grows from the root
- Targeted communication, on the scale determined by the root
Mechanism of action
From the scalp to the roots, step by step.
Step 01
Exosomal origin
An exosome is a messenger nanovesicle: the cell releases it loaded with signaling factors, lipids, and genetic material. It is a packaged biological instruction.
Step 02
Application to the scalp
When applied to the scalp, the vesicles migrate through the skin barrier toward their destination: the follicle, where each hair is born.
Step 03
Descent through the follicular duct
Because of its nanoscale size (30, 150 nm), it passes through the follicular canal and reaches the bulb intact, where the dermal papilla cells are located.
Step 04
Recognition at the root
The membranes fuse with the cells of the papilla. The message is delivered directly, without forcing its way in, without any intermediate barriers.
Step 05
Root activation
Signal molecules reprogram the cells. The follicle receives the signal of vitality, and that translates into the hair that will grow later.
- Signaling
- Cell communication
- Follicle
- Hair vitality
- Scalp
- Plant origin
30–150 nm
Signal
Vegetal
Akin
Why it is different
30–150 nm
01 · Nanometric scale
The size of a message, not a layer
Vesicles within the natural size range of exosomes, small enough to move within the scalp environment and deliver their signal where it is needed.
Why it is different
Signal
02 · Biological cargo
They carry instructions, not just materials
Inside it carries proteins, lipids and RNA, which is how follicle cells reach agreement.
Vegetal
03 · Botanical origin
Plant-derived bioactivity
Derived from plant sources, a sustainable and biocompatible way to incorporate advanced signaling into hair care.
Akin
04 · Biocompatibilidad
The scalp recognizes them as its own
Natural vesicle structure: The body is designed to receive these types of messengers on the scalp as well, not to block them.
On the hair
Where the signal becomes hair care
Four areas where exosome signaling redefines what a formula can convey to the hair.
- Follicular environment
Vitalidad
It complements the natural environment where hair grows, providing the signals that promote its vitality day after day
- Cell communication
Cycle balance
It guides the cellular communication in the scalp toward a more balanced hair cycle, based on the principles of biology itself
- Barrier support
Sensitive scalp
Designed for demanding or recovering scalps, where the right product makes all the difference in comfort
- Renewal
Light and body
It stimulates the mechanisms that restore vitality and shine to the hair shaft, working from the roots to the ends
Why NanoVec?
Two decades at the frontier of actives, from liposomes to signaling applied to hair care.
0+
Years of experience back each formulation.
NanoVec has been refining technologies for more than two decades Delivery and labeling for global clients in the cosmetics and hair care industries.
Cutting-edge biotechnology
Cell signaling brought into hair care
Plant origin
Sustainable, biocompatible botanical sources
Rigorous characterization
Documented and controlled biological material
Tailor-Made
Signaling designed for your product
Full traceability
Documentation and traceability for each batch
Global client
Hair cosmetics and advanced care
Before you commit
Try it in your own formula
Exocuat comes in several variants, and the right one depends on your active ingredient, your pH and your process. Tell us what you are formulating and our technical team will work out which one fits, send you the data sheet or give you a call, before you spend a single hour in the lab.
Frequently asked questions
It is an extracellular vesicle: a natural nanocapsule that cells use to communicate with one another. It transports proteins, lipids, and genetic material such as RNA, the language through which a tissue coordinates its behavior.
We work with plant-derived exosomes: a sustainable and biocompatible approach to hair care, free from the technical and regulatory limitations of animal- or human-derived sources.
Lipcuat is a cationic vehicle that you load with an active ingredient to deliver it to the hair fiber. Exocuat is, in and of itself, a biological messenger: its value lies in the signals it carries to the scalp, not just in transporting a substance.
Yes, taking into account the stability and compatibility considerations specific to a biological material. Our technical team evaluates the feasibility of each case before beginning development.
Kuriux Group
Ready to incorporate cellular signaling into your next hair care formula?
Tell us what you're developing. We'll come back with a proposal built on evidence, not a generic PDF.