Research and Studies
SeaCare was developed with a focus on transparency, quality, and scientific discipline. This page explains the thinking behind the formulation, the ingredients used, and the standards applied to manufacturing and testing.
SeaCare is a dietary supplement intended to support general wellness. It is not a drug, and it is not intended to diagnose, treat, cure, or prevent any disease.
Published Studies
SeaCare has been examined in peer reviewed research published in an academic journal.
A study authored by Dr. Simon Khagi was published in an MDPI journal and explores the formulation and biological properties of SeaCare in a research setting. The publication contributes to the scientific discussion around marine derived bioactive compounds and their interaction with normal biological processes.
This research is provided for informational purposes only. Publication does not imply regulatory approval or guarantee outcomes, and findings observed in research settings may not apply to all individuals.
This link leads to an external academic publication.
The Ingredients
Sea Cucumber
Sea cucumber has been widely studied for its unique marine derived compounds, including triterpene glycosides, polysaccharides, and sulfated molecules.
Peer reviewed research published in the journal Marine Drugs has examined the biochemical properties of sea cucumber and its potential role in supporting normal cellular and immune related processes. This research focuses on molecular characteristics and biological activity rather than clinical outcomes.
This link leads to an external academic publication.
Sea Squirt
Sea squirts, also known as ascidians, have been studied extensively for their simple but highly effective innate immune systems.
Research published in Developmental and Comparative Immunology has explored how bioactive compounds in ascidians interact with immune signaling pathways at a cellular level. These studies contribute to broader scientific understanding of immune system evolution and function in marine organisms.
This link leads to an external academic publication.
Sea Urchin
Sea urchins have long been used as model organisms in biological research due to their well characterized cellular systems.
Research published in Marine Drugs has examined how sea urchin derived compounds interact with immune cells and cellular stress responses. These studies focus on understanding biological mechanisms rather than therapeutic use.
This link leads to an external academic publication.
Sea Grass
Seagrasses are marine flowering plants that produce a range of bioactive compounds, including phenolics and antioxidants, as part of their natural defense systems.
Peer reviewed research published in Marine Drugs has examined the chemical composition of seagrasses and their biological properties in laboratory settings. This research helps inform interest in seagrass derived compounds for general wellness applications.
This link leads to an external academic publication.