Life has always been one of the greatest mysteries of science. Questions about how it began and how it works have been passionately debated through human history.
Recently, scientists have made rapid progress in understanding the elusive complexities of life and are pioneering ways to manipulate it to our advantage. For every question about life answered, opportunities emerge for practical application. There are so many of these opportunities that biotech scientists around the world have established the biotechnology colors.
White Biotechnology is used for industrial purposes. This is appropriate since white is the combination of all other colors and nearly all biotechnology has some industrial value. Biotechnology classified as strictly "White" originates from microorganisms that aren't classified under other categories.
Red Biotechnology refers to biotechnology used in medicine. Using biological or biomimetic materials is typically more effective than products from artificial technologies. Cosmetic products are also considered an application of Red Biotechnology.
Data about cellular structures, DNA, and other useful information is categorized as Gold Biotechnology. This is the collection of knowledge discovered and shared by biological scientists around the world. Practical applications such as forensic analysis and disease diagnosis directly consult bioinformatics.
Biotechnology based on Insects is considered Yellow Biotechnology. Insects are resilient against diseases and found in all kinds of ecosystems. Medicine and agriculture often take advantage of discoveries and tools from Insect Biotechnology.
Green Biotechnology is the use or modification of plants to serve a practical purpose. Creating and sustaining healthy environments begins with nourishing plant life. This is vital for modern agriculture and other industries also benefit.
Blue Biotechnology stems from aquatic life such as fish or algae. The diverse and extreme ecosystems within oceans provide exciting opportunities for the advancement of biotechnology. Environmental and Industrial uses for marine biotechnology include algae biofuels and marine biosensors used to detect pollution and predict algal blooms
The harsh environment of deserts excludes all but the most resilient of organisms. The life forms capable of surviving in deserts have an abundance of useful and desirable traits. Creating Survivable Crops and using Non-Pathogenic Bacteria to reverse desertification are popular strategies when applying Brown Biotechnology.
Biotechnology to achieve environmentally friendly goals is known as Gray Biotechnology. Artificial attempts to protect the environment often backfire, so helping nature to restore itself is more intuitive and effective. Managing Pollution and Defending Biodiversity are the primary goals of Gray Biotechnology.
Bioweapons, classified as Dark Biotechnology, have been used for thousands of years. The new rapid advancement of biotechnology creates terrifying possibilities for how we conduct warfare. International law prohibits the research, creation, storage, or use of biological weapons. Still, it's always best to be prepared...
Researching biotechnology has occasionally raised questions about moral and legal boundaries. Violet Biotechnology encompasses the regularly changing set of rules that scientists around the world adhere to. A famous rule is that experiments shouldn't knowingly cause physical pain for living beings. Having international rules allows scientists of different backgrounds to share research and avoid legal hassle.
Biotechnology represents an ever-increasing spectrum of scientific development. The Biotechnology Colors are a symbol of the limitless applications to governments and businesses of any kind. The intricacies and versatility of life extend beyond imagination, and we may never completely understand it.
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