Aloe Macroclada: regeneration 'made in' Madagascar?
⏱️ Temps de lecture : environ 5 minutes
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- 1. An endemic plant with ancient uses
- 2. A scientific breakthrough: mobilization of stem cells
- And why would we want to have more stem cells in circulation?
- 3. Alomac®: the only certified supplier
- 4. Dosage, safety and synergies
- ✔️ Recommended dosage (Adult)
- ⚠️ Precautions
- 🌿 Possible Synergies
- 5. Comparative table (effect on stem cells)
- Conclusion
- References
What if the key to your cellular regeneration lay in Madagascar?
Among the jewels of the Malagasy pharmacopoeia, Aloe macroclada , called vahona locally, fascinates traditional healers as much as contemporary scientists.
Today, rigorous clinical studies confirm its incredible potential to naturally stimulate the release of adult stem cells . A closer look at a rare, precious plant… with great promise for longevity.
1. An endemic plant with ancient uses
An endemic species is one that exists only in a specific region and nowhere else. This is the case with the Vahona, which grows naturally only in southern Madagascar. For generations, it has been used:
- as a fortifying syrup after illness or childbirth,
- as a liver cleanser
- against joint and skin pain ,
- in purification rituals .
Its thick leaves contain a mucilaginous gel rich in polysaccharides , which are particularly bioactive [1].
2. A scientific breakthrough: mobilization of stem cells
In 2015, a clinical study led by Dr. Christian Drapeau (a neurophysiology researcher) demonstrated for the first time that ingesting a standardized extract of Aloe macroclada results in:
- a rapid and transient mobilization of CD34+ and CD133+ stem cells from the bone marrow,
- a peak increase of 53% within 2 hours of consumption [2],
- no side effects reported in participants.
These adult stem cells play a major role in tissue regeneration , slowing down aging and strengthening the immune system .
🧬 What exactly are these stem cells?
CD34+: hematopoietic stem cells, which give rise to all blood cells and the immune system.
CD133+: immature progenitor stem cells, capable of differentiating into several lineages, including vascular or neuronal.
👉 These cells circulate in the blood like standby first responders. When a tissue sends a distress signal (inflammation, injury), they detect it thanks to the SDF-1/CXCR4 axis (a true biological GPS) and migrate to the damaged area to participate in the repair.
And why would we want to have more stem cells in circulation?
- tissue renewal (skin, muscles, blood vessels),
- immune system support
- recovery after stress or injury,
- and slowing down the effects of aging by maintaining natural regenerative capacities.
Because these cells are directly involved in:
In short, more stem cells available in the blood = more “building blocks” that the body can direct to where it needs them.
3. Alomac®: the only certified supplier
The company Alomac , co-founded by Dr. Drapeau, holds exclusive rights to the processing and distribution of this plant in North America:
- Ethical partnership with Malagasy cooperatives,
- Patented cold-drying method that preserves polysaccharides,
- IASC certification and FDA compliance [3] .
No other laboratory to date offers a standardized and clinically validated extract of vahona .
4. Dosage, safety and synergies
✔️ Recommended dosage (Adult)
1 to 2 tablets/day of standardized Alomac® extract (on an empty stomach or before a meal)
Recommended treatment period: 30 to 60 days
⚠️ Precautions
Not recommended during pregnancy/breastfeeding without medical advice
Risk of laxative effect if overdosed
🌿 Possible Synergies
With spirulina, DHA, AFA, saffron, resveratrol
- AFA (blue-green algae, Klamath): also mobilizes CD34+ cells via a complementary mechanism.
- DHA (omega-3): supports cell integration into membranes and neuronal regeneration.
- Saffron: promotes neuronal survival and modulates inflammatory signals.
- Resveratrol: activates sirtuins, which prolong cell survival.
- Practices such as intermittent fasting or morning light: enhance the expression of biological signals that guide stem cells to tissues in need.
Mobilizing more cells is beneficial, but it's also necessary to give them a clear signal to guide them:
👉 The key: Aloe macroclada mobilizes, synergies guide and optimize.
5. Comparative table (effect on stem cells)
| Natural product | Human studies? | What we observed | How long will it take? | Regulatory status / availability |
|---|---|---|---|---|
| Aloe macroclada (Alomac®) | ✅ Yes (Flag, 2015) | Significantly increases the number of CD34+ and CD133+ stem cells (+53%) | Approximately 2 hours | IASC, FDA |
| AFA (Klamath) | ✅ Yes (Jensen, 2007) | It also promotes the release of CD34+ cells into circulation (via another mechanism: via L-selectin) | Approximately 1 hour | Current supplement |
| Sea buckthorn | ✅ Yes (Jensen, 2019) | Polyphenols mobilize certain circulating stem cells: CD45dim CD34+ mobilization | Approximately 1–3 hours | Poorly standardized |
| Fucoidan (brown algae) | 🟡 Preclinical studies | Activates the CXCR4 channel linked to regeneration signals | Slower | Non-standard |
| Raw honey (polyphenols) | 🟡 In vitro studies | Some polyphenols indirectly stimulate | Variable | Functional food |
| Resveratrol | ✅ Yes (Baur et al., 2006) | Activates longevity genes (sirtuins), improves stem cell survival | Moderate effect | Recognized supplement |
Conclusion
Aloe macroclada is not a fad: it is a bridge between a millennia-old tradition and modern biotechnology . Its ability to mobilize adult stem cells in just a few hours makes it a prime candidate for anyone seeking vitality, natural repair, and active longevity.
At Vāhana , we believe that this plant could be part of the longevity protocols of the future , in synergy with other tools from nature and validated by science.
References
[1] Mioty Voajanahary (2022). Traditional medicinal uses of Aloe macroclada in Madagascar . [2] Drapeau, C., Benson, KF, et al. (2015). Aloe macroclada from Madagascar triggers transient bone marrow stem cell mobilization . Journal of Stem Cell Research & Therapy , 5(6):287. [3] Alomac (2024). Standardization, transformation, and regulation of vahona gel . [4] Baur, JA et al. (2006). Resveratrol improves health and survival of mice on a high-calorie diet . Nature , 444, 337–342.
