Non-biotech

Referring to something that does not involve biotechnology. This encompasses a wide range of fields, industries, and products that utilize traditional methods and techniques rather than those associated with genetic engineering, recombinant DNA technology, or other biological processes that modify organisms or their components. The term often highlights a distinction between conventional practices and those that rely on modern biological advancements, frequently emphasizing approaches rooted in chemistry, physics, engineering, or other disciplines separate from the core principles of biotechnology.

Non-biotech meaning with examples

• The company's research focused on developing non-biotech solutions for sustainable agriculture, focusing on improved soil management and traditional breeding techniques. These methods, while perhaps slower, offered a viable alternative to genetically modified crops, appealing to consumers who prioritized natural food products. This strategy highlighted the potential of established scientific practices in a competitive market.
• The textile industry often employs non-biotech dyes, creating fabrics in vivid colors by using synthetic dyes from chemical compounds, avoiding the use of bacterial cultures or genetically modified enzymes which may be considered in modern textile practices. This approach minimizes potential environmental risks associated with biological processes, and produces fabrics with consistent characteristics with well known techniques.
• Unlike bio-based plastics, the manufacturing of the packaging used non-biotech materials that originated from fossil fuels such as petroleum, this option was driven by cost-effectiveness and the established infrastructure needed for its production. While environmentally controversial, these methods are frequently deployed due to their economic efficiency and the existing industrial capabilities.
• The construction of the bridge relied on non-biotech materials like steel and concrete, instead of biological composites. The engineering principles behind the structure employed classical mechanics and thermodynamics, which is different from design using biological systems. These designs demonstrated proven reliability and durability over centuries of usage.