Health Benefits of Spirulina and Chlorella – plus the products I tested and the latest from Dave Asprey, Barbara O’Neill, Lori Shemek, Clif High, and Others – Whatfinger News' Choice Clips
Whatfinger News' Choice Clips

Health Benefits of Spirulina and Chlorella – plus the products I tested and the latest from Dave Asprey, Barbara O’Neill, Lori Shemek, Clif High, and Others

  • Detoxification and Heavy Metal Removal: Both algae are praised for binding to and eliminating toxins, heavy metals (like arsenic and cadmium), and free radicals from the body, supporting cellular detox and overall cleansing; chlorella is especially highlighted for this during parasite cleanses.
  • Nutrient Density and Complete Protein Source: Described as superfoods packed with protein (12 times more than meat), iron, B vitamins, chlorophyll, essential fatty acids, and minerals, making them ideal for vegetarians, vegans, and nutrient boosting without calories.
  • Energy, Performance, and Mitochondrial Support: Spirulina is recommended for hacking mitochondria to boost energy, mental clarity, and human performance, with dosing of 10-30 tablets daily for significant benefits; chlorella aids recovery and reduces fatigue.
  • Immune System Enhancement: Both are said to strengthen immunity and resilience against illness, with spirulina noted for potentially reducing COVID-19 mortality rates to zero in small studies cited by experts.
  • Skin Health and Anti-Aging: Spirulina nourishes skin from within, enhancing collagen production, reducing free radicals, and promoting glowing, youthful skin; both algae combat oxidative stress and aging.
  • Cardiovascular and Circulation Benefits: Praised for improving blood flow (“if your blood don’t flow, you don’t go”) and protecting the heart, with spirulina lowering cholesterol and supporting liver health.
  • Weight Loss and Metabolic Support: Spirulina aids weight loss through nutrient density and multiple mechanisms, while both help with overall metabolic health and preventing decline.
  • Gut Health (Primarily Chlorella): Chlorella supports bowel regularity, binds gut toxins, encourages probiotic growth as an antibiotic alternative, reduces inflammation (e.g., in IBS), and improves issues like diarrhea, gas, bloating, and constipation.
  • Longevity and Brainpower: Both are insider secrets for extending lifespan, protecting brain function, and supercharging cognitive performance by detoxifying cells and enhancing overall vitality.

Insights from Latest Scientific Studies (2023-2025 Reviews and Meta-Analyses)

  • Cardiovascular Health: Spirulina supplementation (over 3g/day for ≥12 weeks) significantly lowers blood pressure (SBP and DBP, especially in hypertensives, overweight individuals >50 years, and interventions >8 weeks), improves lipid profiles (reduces TC, TG, LDL), and reduces CVD risk by enhancing glucose control and cardiometabolic factors; both algae act as adjuvants for BP and heart protection.
  • Metabolic Syndrome Management: Spirulina improves obesity, hypertension, hyperglycemia, and hyperlipidemia in metabolic syndrome patients; combined with exercise, it enhances body composition and lipid profiles.
  • Antioxidant and Anti-Inflammatory Effects: Spirulina boosts antioxidant status, prevents exercise-induced lipid peroxidation, and significantly reduces C-reactive protein (CRP) levels; both algae exhibit strong antioxidant, anti-inflammatory, antimicrobial, and anti-lipidemic activities, with chlorella supporting detoxification and immune modulation.
  • Exercise Performance and Recovery: Spirulina and chlorella improve anaerobic/aerobic performance, physical stamina, and recovery while reducing fatigue; microalgae show promising effects on molecular mechanisms and brain health in exercise contexts.
  • Immune and Detox Support: Chlorella provides antioxidant activity, immune enhancement, and detoxification benefits; both aid in binding heavy metals and toxins, contributing to overall well-being.
  • Skin and Anti-Aging Applications: Spirulina-based products improve skin health, with safety confirmed; chlorella’s nutrients (e.g., beta-carotene, chlorophyll) counter inflammation for skin conditions.
  • Other Emerging Benefits: Spirulina may protect the liver and show potential anticancer properties; chlorella supports functional foods for health, with preclinical evidence for antihypertensive and anti-lipidemic effects.

I’ve tested many products and they are ALL sources from Taiwan. So as long as Taiwan is still a free nation, you can get supplies. The one above is my latest test product and I’m very happy with them. I do not make any money from the company to report on them and others. – Mal Antoni

Links

Want more info, I did some research. It is always good to get more information and know more on such supplements. I’m an information junkie, which is why they call me the Aggregator 🙂 I take a look at all of the info then present it all to you with what I gather from it all. 

Evolutionary Origins of Spirulina and Chlorella

Spirulina and Chlorella are microalgae renowned as superfoods, but their scientific origins trace back billions of years, reflecting key milestones in Earth’s biological history. Spirulina refers to cyanobacteria in the genus Arthrospira (formerly Spirulina), prokaryotic organisms without a nucleus. Chlorella, in contrast, is a eukaryotic green alga in the genus Chlorella, part of the Chlorophyta division. Their evolution highlights the transition from simple prokaryotes to complex eukaryotes and the oxygenation of Earth’s atmosphere. Origins of Spirulina (Cyanobacteria)Cyanobacteria, including Spirulina, are among the oldest known life forms, emerging during the Archean Eon around 3.5–3.8 billion years ago (Ga – aka Giga-annum for billions of years).

Earth’s early environment was anoxic, with a reducing atmosphere dominated by methane, carbon dioxide, and hydrogen sulfide. The first cyanobacteria likely evolved from anaerobic photosynthetic bacteria, developing oxygenic photosynthesis—a process using water as an electron donor to produce oxygen as a byproduct. This innovation occurred around 2.7–3.0 Ga, enabling them to harness sunlight more efficiently than earlier anoxygenic photosynthesizers. Fossil evidence of cyanobacteria dates to about 3.5 Ga (Ga – this means billions of years) in Western Australia’s Pilbara Craton, where stromatolites—layered microbial mats—preserve their activity.

I’m about 90% Carnivore, but I do supplement with this product…  

By 1.9 Ga, more definitive microfossils appear in Proterozoic rocks, showing filamentous structures akin to modern Spirulina. Over billions of years, cyanobacteria proliferated in ancient oceans, becoming Earth’s dominant primary producers for over 1.5 billion years. Their oxygen production triggered the Great Oxidation Event (GOE) around 2.45–2.22 Ga, shifting the atmosphere from reducing to oxidizing and enabling aerobic life. This also influenced biogeochemical cycles, oxidizing iron in oceans and forming banded iron formations. Spirulina’s spiral morphology likely evolved for buoyancy and light optimization in alkaline lakes. Multicellularity in some cyanobacteria, including filamentous forms, arose around the GOE, aiding survival in fluctuating environments.

Today, Spirulina thrives in hypersaline waters, echoing ancient soda lakes. Its role in early ecosystems included nitrogen fixation, supporting nutrient cycles. Origins of Chlorella (Green Algae) Chlorella, a unicellular green alga, belongs to the eukaryotic domain, arising later than cyanobacteria. Eukaryotes emerged around 2–1.5 Ga through endosymbiosis, where a prokaryotic cell engulfed others, forming organelles. The primary endosymbiotic event, critical for green algae, occurred about 1.5–1 Ga during the Mesoproterozoic Era. A heterotrophic eukaryote engulfed a cyanobacterium similar to ancient Spirulina ancestors, which became the chloroplast—enabling eukaryotic photosynthesis. Green algae (Viridiplantae, including Chlorophyta and Streptophyta) diverged around 1 Ga, during the “Boring Billion” (1.8–0.8 Ga), a period of environmental stability.

Chlorella’s lineage, in the Trebouxiophyceae class, evolved from unicellular ancestors, with spherical morphology resulting from convergent evolution across lineages
Estimates place Chlorella’s origin over 2 Ga, though some suggest up to 3.4 Ga for microalgae precursors. Its cell wall, rich in polysaccharides, evolved for protection and osmoregulation. By the Phanerozoic Eon (starting 541 million years ago), green algae diversified, colonizing freshwater and terrestrial habitats. Around 470 million years ago (Ma), they transitioned to land, giving rise to plants. Chlorella remained aquatic, adapting to diverse environments through rapid reproduction and high chlorophyll content for efficient photosynthesis. Discovered scientifically in 1890, its ancient roots make it a “green survivalist.”

Interconnected Evolution
Spirulina’s cyanobacteria provided the oxygen and endosymbiotic precursors for Chlorella’s eukaryotic lineage, linking their histories. Both endured mass extinctions, with cyanobacteria surviving the Snowball Earth (~720–635 Ma) and green algae thriving post-Cambrian Explosion. Their evolution underscores photosynthesis’s role in shaping life, from anoxic origins to oxygenated biodiversity. Since I’m not a scientist, and more of a citizen scientist, I got all of this info from the following links which you can check out yourself…   Mal

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