We explored the anticancer potential of Spirulina maxima extract, particularly through a new delivery method called nanoemulsion. This approach effectively loaded the extract into tiny nanoparticles, making it more stable.
Our findings showed that this treatment significantly reduced cell viability in cancer cell lines and successfully inhibited tumor growth in mice. Notably, the treatment also normalized liver enzymes and decreased oxidative stress.
While the results are promising, it's essential to note that more research is needed to fully understand its effectiveness in cancer treatment.
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Spirulina aids in testicular protectionNano Spirulina platensis countered cisplatin-induced repro-toxicity by reversing the expression of altered steroid hormones and downregulation of the StAR gene.
High relevance for fertility research
We examined the potential of nano Spirulina platensis (NSP) to protect rat testicles from cisplatin-induced damage, a common chemotherapy drug. In a controlled study with groups receiving different treatments, we found that NSP significantly improved sperm quality, hormone levels, and overall testicular health compared to those receiving cisplatin alone. Notably, NSP also enhanced the expression of key genes involved in reproductive health. This suggests that NSP could be a beneficial support for mitigating the harmful effects of cisplatin on fertility.
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Spirulina shows promise in cancer treatmentCombining In Vitro, In Vivo, and Network Pharmacology Assays to Identify Targets and Molecular Mechanisms of Spirulina-Derived Biomolecules against Breast Cancer.
High relevance for breast cancer research
We investigated how Spirulina might combat breast cancer using an animal model and a human cell line.
When given to animals, Spirulina increased antioxidants and reduced tumor growth.
It caused changes at the cellular level, promoting cancer cell death and impacting key growth pathways.
The study identified several compounds in Spirulina that target specific proteins, suggesting it could play a significant role in breast cancer treatment.
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We investigated an innovative system using Spirulina platensis and gold nanoclusters to enhance cancer radiotherapy. This approach is designed to work through several mechanisms, including producing oxygen when exposed to light.
The system effectively generates reactive oxygen species that can attack tumor cells and improve the sensitivity of radiation treatment. In studies with two cancer models, the results showed significant improvements in tumor reduction compared to standard treatments.
While promising, this research is still in its early phases, so further exploration is necessary to fully understand its potential in real-world applications.
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We looked into how fermented Spirulina, produced under optimized conditions with specific bacteria and yeast, affects cancer treatment. In our testing, a unique production mode significantly reduced the viability of colon cancer cells by up to 72% without harming normal cell function.
This indicates that fermented Spirulina has potential as a supplementary food source with beneficial properties, particularly for cancer support. However, more research is needed to truly understand its bioactive compounds and their impact on human health.
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