Adjectives For Biotechnology
Discover the most popular adjectives for describing biotechnology, complete with example sentences to guide your usage.
Updated on March 16, 2024
Choosing the right adjective to pair with 'biotechnology' highlights various facets of this vast field. 'Agricultural biotechnology' emphasizes advancements in farming and food production, whereas 'modern biotechnology' reflects the cutting-edge technologies shaping our future. The term 'new biotechnology' often signals breakthrough innovations, stirring excitement and anticipation. 'Environmental biotechnology' focuses on solutions to planetary challenges, showcasing a commitment to sustainability. Meanwhile, 'industrial biotechnology' points to large-scale applications in manufacturing, and 'marine biotechnology' explores the ocean's bounty for scientific progress. Each adjective opens a window into the diverse impacts and applications of biotechnology, revealing its multifaceted nature. Dive into the full list to explore the myriad ways in which biotechnology is shaping our world.
| agricultural | Agricultural biotechnology has greatly improved crop yields and reduced the use of pesticides. |
| modern | Modern biotechnology has revolutionized the way we approach medicine, agriculture, and environmental conservation. |
| new | Recent advances in new biotechnology have revolutionized the healthcare industry. |
| environmental | Environmental biotechnology plays a pivotal role in addressing environmental challenges such as pollution and resource depletion. |
| industrial | Industrial biotechnology has the potential to revolutionize the way we produce food, energy, and materials. |
| marine | Marine biotechnology uses marine organisms to develop new products and technologies. |
| commercial | Commercial biotechnology has enabled us to develop new medicines, more nutritious foods, and more efficient energy sources. |
| medical | Medical biotechnology has revolutionized the healthcare industry by developing innovative treatments and diagnostic tools. |
| animal | Animal biotechnology has revolutionized the way we study and treat animals. |
| pharmaceutical | Pharmaceutical biotechnology harnesses living organisms' power to develop medications and therapies. |
| molecular | Molecular biotechnology offers a wide range of applications in the fields of medicine, agriculture, and environmental science. |
| microbial | We can use microbial biotechnology to create innovative solutions in various fields. |
| traditional | Traditional biotechnology uses natural processes to modify or create products, such as fermentation, brewing, and baking. |
| fungal | Fungal biotechnology involves using fungi to produce valuable products and enzymes through genetic engineering and fermentation. |
| advanced | Advanced biotechnology can boost agricultural productivity. |
| genetic | Genetic biotechnology has revolutionized the way we study and treat diseases. |
| anti | |
| algal | Algal biotechnology is the use of algae for the production of biofuels, food, and other products. |
| modem | Advances in modem biotechnology have revolutionized genetic engineering. |
| green | Advancements in green biotechnology have revolutionized the way we utilize and protect our planet's resources. |
| contemporary | Through the application of contemporary biotechnology a transformative era in molecular medicine emerges, opening avenues for precise and targeted healthcare interventions. |
| current | Current biotechnology focuses on utilizing living organisms and their components for commercial and medical applications. |
| evolutionary | Evolutionary biotechnology employs the evolutionary process to enhance or modify biological systems. |
| analytical | Analytical biotechnology refers to the application of biotechnology tools to analyze and interpret biological data. |
| anaerobic | The anaerobic biotechnology industry is a rapidly growing field that is developing new ways to produce energy and chemicals from renewable resources. |
| appropriate | Experts stress the need for appropriate biotechnology to ensure safe and sustainable food. |
| classical | Classical biotechnology involves the use of living organisms for the production of food, beverages, and other products. |
| european | European biotechnology is a rapidly growing industry. |
| microalgal | Microalgal biotechnology offers the ability to produce a wide range of valuable compounds through the cultivation of microalgae. |
| japanese | Japanese biotechnology is renowned for its groundbreaking advancements in healthcare and scientific research. |
| pro | |
| reproductive | |
| biochemical | Biochemical biotechnology is a rapidly growing field. |
| canadian | I'm impressed by Canadian biotechnology |
| based | Based biotechnology scientists have developed engineered microorganisms that can efficiently degrade plastics.} |
| yeast | Yeast biotechnology has advanced the production of biofuels, pharmaceuticals, and food ingredients. |
| related | This innovative technology can be related biotechnology and also potentially reduce healthcare costs. |
| sophisticated | We used sophisticated biotechnology to develop new therapies for our patients. |
| conventional | Conventional biotechnology involves the use of natural organisms or their components to modify or create products. |
| novel | The rapid development of novel biotechnology has revolutionized the medical field. |
| postharvest | Postharvest biotechnology enables the preservation of the nutritional value and prolongs the shelf life of agricultural products. |
| agri | |
| biomedical | Biomedical biotechnology is a field that uses biological processes to develop medical treatments and products. |
| pollen | Pollen biotechnology involves the manipulation of pollen grains to improve crop yields and disease resistance. |
| food | Food biotechnology has the potential to improve the nutritional value of foods and to make them more affordable. |
| transgenic | Transgenic biotechnology has revolutionized the way we produce food and treat diseases. |
| cuban | Cuban biotechnology has been praised for its development of vaccines and other medical treatments. |
| responsible | Responsible biotechnology ensures ethical and sustainable applications of genetic technologies. |
| innovative | |
| use | Scientists use biotechnology to create new medicines and treatments for diseases. |
| nano | Nano biotechnology has the potential to revolutionize many industries, including medicine and manufacturing. |
| generation | Generation biotechnology has revolutionized the way we approach healthcare and agriculture. |
| horticultural | Horticultural biotechnology combines traditional plant breeding practices with advanced scientific techniques to improve plant growth. |
| lipid | Lipid biotechnology has made significant advancements in the fields of biofuels, pharmaceuticals, and cosmetics. |
| edge | Edge biotechnology is the use of biotechnology techniques in remote or resource-limited settings. |
| finnish | Finnish biotechnology is a growing industry with a strong focus on research and development. |
| introduction | |
| conclusions | |
| aquatic | Aquatic biotechnology is the application of scientific and engineering principles to the study of aquatic organisms. |
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