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Alomac® is a unique aloe, found only in Madagascar, shown to upregulate the stem cells in the body better than any other natural product and without the toxicity of unnatural products. Alomac is derived from a species of Aloe vera called Aloe macroclada that is native to and exclusively grown in Madagascar. The following research has proven Alomac’s ability to create an increase in adult circulating stem cells. Many conditions have been studied and are benefiting from this gift from nature including:
NIS Report 209-008. Immune Activation and Modulation of Inflammation In Vitro Evaluation of the immunomodulatory effects of Alomac using human immune cell cultures under normal, inflamed, and viral mimetic conditions, measuring cytokine and growth factor after 2 hours. Alomac demonstrates dual-phase immune modulation:
NIS Report 209-002. Comparative in vitro analysis of immune-modulating effects of Alomac vs. Aloe vera. Evaluation of the immune-activating effects of Alomac compared to premium Aloe vera using human immune cell cultures under direct exposure, bacterial challenge, and viral mimetic challenge. Alomac demonstrated broad, potent immune activation and modulation:
The Effect of Endogenous Stem Cell Mobilization on Congestive Heart Failure Four week study of 20 CHF patients to assess the clinical impact of Alomac-induced stem cell mobilization on heart function, inflammation, and quality of life in CHF patients. Alamac’s ability to mobilize stem cells correlates with measurable improvements in heart function and inflammation in CHF patients. This supports its potential as a novel, non-pharmaceutical adjunct for:
The Therapeutic Potential of Stimulating Endogenous Stem Cell Mobilization Evaluation of the clinical relevance of transient stem cell mobilization triggered by Alomac, and its potential therapeutic applications across various health conditions. Alomac’s ability to stimulate endogenous stem cell release offers a promising, non-invasive strategy for:
Its rapid, transient action avoids the risks of sustained immune activation seen with synthetic mobilizers.
Aloe macroclada from Madagascar Triggers Transient Bone Marrow Stem Cell Mobilization Blood sample analysis of 12 health adults following oral ingestion of Alomac to assess impact on the release of stem cells from bone marrow into peripheral blood, supporting tissue repair and immune surveillance. Alomac triggers a short-lived but measurable release of stem cells from bone marrow, peaking at 1 hour. This supports its potential as a natural agent for:
Handout: Alomac Stem Cell Studiesy |