In the context of bioremediation, how does biotechnology contribute to pollution cleanup?

• Biotechnology contributes to pollution cleanup by creating new, more harmful pollutants.
• Biotechnology contributes to pollution cleanup by increasing the amount of pollutants released into the environment.
• Biotechnology contributes to pollution cleanup by depleting the natural resources needed for cleanup.
• By developing synthetic microbes that can degrade pollutants

How has CRISPR-Cas9 revolutionized genetic research in the lab of Dr. Smith, where Sophia and Charlotte work on modifying DNA sequences for disease research?

• CRISPR-Cas9 causes mutations that are harmful for research
• CRISPR-Cas9 enables targeted modification of DNA sequences for disease research.
• By allowing precise modifications of

  DNA sequences, facilitating targeted disease research

• CRISPR-Cas9 only works on plants, not humans

What are some examples of industrial and environmental biotechnology?

• Chemical warfare development
• Mining operations
• Nuclear power generation
• biofuel production, enzyme manufacturing, and bioplastic development. Examples of environmental biotechnology include wastewater treatment using microbes, bioremediation of contaminated sites, and composting organic waste.

How do biotechnology and computational biology intersect in bioinformatics?

• Biotechnology and computational biology intersect in bioinformatics by focusing on physical fitness in biological research.
• Biotechnology and computational biology intersect in bioinformatics by studying the history of biological discoveries.
• Biotechnology and computational biology intersect in bioinformatics by using chemical reactions to analyze biological data.
• By analyzing large-scale biological datasets.

Explain what Biotechnology can do in the domain of Agriculture

• Biotechnology cannot impact crop productivity
• Biotechnology can only develop crops with reduced nutritional content
• Biotechnology has no role in developing pest-resistant crops
• Biotechnology can enhance crop productivity, develop drought and pest-resistant crops, and improve nutritional content.

Henry is researching CRISPR technology for his biology project. What are the potential applications of CRISPR technology he might explore?

• Modifying organisms and treating genetic disorders

• Gene editing, agriculture, disease treatment, biotechnology
• Space exploration
• Weather forecasting

Imagine Harper is a biotechnologist focusing on regenerative medicine. What is the primary goal of Harper's research in this field?

• Investigate the history of ancient civilizations
• Study the effects of climate change on marine life
• Develop new software for financial analysis
• The development of therapies for regenerating damaged tissues and organs.

What role do biofuels play in environmental biotechnology?

• Biofuels increase pollution and harm the environment
• They serve as a sustainable

  alternative to fossil fuels, reducing greenhouse gas emissions.

• Biofuels contribute to deforestation and habitat destruction
• Biofuels have no impact on environmental biotechnology

What is the purpose of biopharmaceuticals as described in the lesson material?

• To build spacecrafts
• To create medicinal products using biotechnology methods
• To study marine life
• To produce

  biopharmaceutic als, including insulin, vaccines, and monoclonal antibodies

CRISPR technology is considered revolutionary because it offers a way for scientists like Evelyn and Avery to do what in their genetics research lab?

• Edit genes to correct genetic disorders

• Copy RNA molecules
• Delete protein structures
• Insert RNA sequences