Search For Organics

Title: AI-Powered Phytochemical Formulation: A Data-Driven Approach to Supporting Health Introduction The convergence of artificial intelligence and computational biology is opening new avenues for exploring the therapeutic potential of natural compounds. While chronic illnesses like cancer, neurodegenerative diseases, and autoimmune disorders present complex challenges, nature offers a rich source of bioactive molecules that can work synergistically to support health and well-being. This post introduces an AI-driven phytochemical formulation framework—a data-powered approach to systematically identify, validate, and optimize plant-based compounds for targeted health support. This system aims to enhance the development of evidence-informed nutraceuticals by emphasizing safety, efficacy, and regulatory considerations. The AI-Powered Formulation Model The core of this method is a data-driven model that selects and optimizes molecules based on scientific evidence, bioavailability, potenti...

When we hear the words latex and rubber, many people assume they are interchangeable. While they are closely related, they are not the same thing. Understanding the difference between latex and rubber can help you make better choices in everything from medical supplies to sustainable materials. In this blog post, we'll break down the differences between latex and rubber, their origins, uses, advantages, and even their impact on health and the environment. What is Latex? Latex is a milky liquid that serves as a raw material for making natural rubber. It is extracted primarily from rubber trees (Hevea brasiliensis) through a process called tapping, where the tree's bark is cut to release the fluid. However, not all latex is natural. There are synthetic latexes, which are petroleum-based and used in various products such as paints, adhesives, and coatings. Common Uses of Latex • Medical gloves • Balloons • Mattresses (latex foam) • Paints and ad...

Introducing PhytoShield-110: A Groundbreaking Multi-Molecule Anti-Cancer Approach In the relentless pursuit of innovative cancer treatments, single-molecule therapies have long dominated the landscape. However, with the complexities of cancer—ranging from drug resistance to tumor heterogeneity—there is an urgent need for a paradigm shift. Enter PhytoShield-110 , a revolutionary concept in oncology that explores the synergy of 110 meticulously selected molecules, each with documented anti-cancer properties. A Vision for the Future of Cancer Treatment PhytoShield-110 is not just another supplement; it represents a bold hypothesis—what if a multi-molecule approach could outclass traditional monotherapies and even established combination regimens? The study explores this question through a multidisciplinary investigation integrating: In vitro cytotoxicity assays across multiple cancer cell lines Computational modeling , including molecular docking and density functional theory analyses I...

FOR IMMEDIATE RELEASE Marie Seshat Landry Redefines the Internet's Organic Future with Certified Organic Search & SearchForOrganics.com [February 11, 2025] – The digital landscape for organic products and sustainability is undergoing a historic transformation thanks to Marie Seshat Landry , a visionary scientist, entrepreneur, and spymaster leading the Organic Revolution of 2030 . With the launch of the Certified Organic Search initiative on Schema.org ( GitHub Issue #4341 ) and the expansion of SearchForOrganics.com , Landry has fundamentally reshaped how organic products and sustainability efforts are indexed, searched, and discovered online . Cracking the Internet's Sustainability Code For decades, organic certification has lacked a standardized SEO infrastructure , making it difficult for consumers to verify authenticity and for search engines to prioritize truly organic products . Landry's Certified Organic Search proposal directly addresses this by integratin...

White Paper: Diamond Composites – The Ultimate Sustainable Nanomaterial A Universal Solution to Climate Change, Pollution, Resource Scarcity & Material Science 🚀 Author: Marie Seshat Landry Filed Under: Sustainable Materials, Circular Economy, Renewable Energy, Waste Management, Smart Materials 🔷 Abstract This white paper introduces Diamond Composites , a fully biodegradable, self-healing, high-performance nanomaterial engineered to eliminate waste, reverse climate change, and solve global material scarcity . By fully disintegrating the hemp/cannabis plant and reintegrating its nanostructured components with plastic waste, industrial pollutants, electronic waste, and landfill materials , Diamond Composites creates a circular, carbon-negative nanomaterial with properties that surpass steel, Kevlar, graphene-epoxy, and concrete . 🔹 Key Features: ✅ Absorbs global plastic, e-waste, and industrial pollution ✅ Stronger than steel, Kevlar, and carbon fiber ✅ Stores energy and inte...