OUR white papers
A series of documents developed by Neoalgae that compile technical information, experimental data, and scientific analyses related to microalgae and their applications.
The contents include specialized reviews, feasibility studies, and sector analyses designed to provide a rigorous and up‑to‑date perspective on the biotechnological field.
This section serves as a reference resource for professionals and organizations seeking reliable scientific documentation.
Haematococcus pluvialis as a cosmetic Ingredient
Haematococcus pluvialis is one of the most powerful natural sources of astaxanthin, a carotenoid widely recognized for its outstanding antioxidant performance and its potential in advanced dermocosmetic applications. This white paper explores the biotechnological value of this microalga, covering everything from controlled cultivation and extraction processes to its integration into high-performance cosmetic formulations.
The document examines how natural astaxanthin can help protect the skin against oxidative stress and photoaging while supporting the repair of UV-induced damage. It also highlights innovative delivery technologies designed to enhance the bioavailability and skin penetration of lipophilic actives, enabling new opportunities for premium formulations focused on photoprotection, after-sun care, and skin resilience.
Supported by scientific evidence and formulation-driven insights, this white paper provides a comprehensive overview of Haematococcus pluvialis as a sustainable, high-efficacy cosmetic ingredient aligned with the evolving expectations of the biotech and clean beauty markets.
This white paper analyzes the potential of phycocyanin, a pigment-protein obtained from Limnospira platensis (Spirulina), as a bioactive ingredient for dermocosmetic applications. The study evaluates its stability, biocompatibility, and anti-inflammatory activity when incorporated into a shea butter lipid matrix, developed without nanoencapsulation.
The results obtained show high cell viability and a significant reduction in pro-inflammatory markers such as IL-6 and IL-8 in THP-1 cell models, confirming the potential of phycocyanin as a functional active ingredient for formulations aimed at the care of sensitive skin, skin stress, and inflammatory processes.It also addresses aspects related to the ingredient’s stability, the functional threshold of biological activity, and the technical and regulatory advantages of nanoparticle-free formulations. The developed approach allows for improved integration of bioactive compounds of microalgal origin into cosmetic matrices, maintaining functionality and simplifying formulation and industrial scale-up processes.
It provides a technical overview of the use of microalgae-derived ingredients in advanced dermocosmetics, with special attention to criteria of efficacy, stability and sustainability in the development of new cosmetic actives.
Microalgae-based biostimulants represent a new generation of biotechnological solutions for more efficient, resilient, and sustainable agriculture.
This White Paper explores the potential of microalgae as a natural source of bioactive compounds capable of promoting plant growth, optimizing nutrient uptake, and increasing crop tolerance to environmental stress.
The document examines hydrolysis technologies applied to microalgae biomass, agronomic application strategies, and results obtained under real-world field conditions, where significant improvements in yield, quality, and plant nutrition were observed.
It also explores how these solutions align with emerging trends in regenerative agriculture and sustainable crop management, reducing reliance on conventional inputs and supporting more efficient production systems.
Download the full White Paper and discover how microalgae-based biotechnology is helping shape the future of sustainable agriculture.
