What do you know about Textile in Bioengineering

What is textile bioengineering?

• The use of plants to make clothing.

• The use of biotechnological processes in textile production.

• The creation of machinery for the textile industry.

• The production of synthetic textiles without biological intervention.

What is a biotextile?

• A fabric that contains artificial elements.

• A fabric derived from biological or renewable sources.

• A textile that uses electricity in its production.

• A fabric developed exclusively for fashion.

Which of the following is an example of a natural fiber genetically modified through bioengineering?

• Cotton genetically modified to resist pests.

• Nylon chemically treated for greater strength.

• Polyester recycled from plastic bottles.

• Enhanced carbon fiber.

What is one of the main goals of textile bioengineering?

• Increasing production costs.

• Developing textiles that improve sustainability.

• Producing cheaper clothing without considering the environment.

• Creating disposable clothing.

Which fiber produced by living organisms is studied in textile bioengineering?

• Cotton.

• Spider silk.

• Polyester.

• Polyamide.

What type of bioengineering is used in the production of alternative leather?

• Using petroleum-based polymers.

• Culturing animal cells in laboratories.

• Recycling plastic materials.

• Blending silk with synthetic fibers.

What characteristic does a biofunctional textile have?

• It is a fabric that changes color with temperature.

• It is a fabric that includes biological elements that provide specific functions.

• It is a fabric that contains carbon fibers for greater durability.

• It is a textile developed solely for decoration.

Which microorganism has been used to create animal-free leather?

• Viruses

• Bacteria

• Fungi

• Algae

What is a smart textile?

• A fabric that changes color when exposed to sunlight.

• A fabric more resistant than conventional ones.

• A fabric made entirely of natural fibers.

• A fabric that contains sensors or interactive capabilities.

How does textile bioengineering contribute to the circular economy?

• It increases the production of disposable textiles.

• It develops fabrics that are impossible to recycle.

• It promotes the recycling and reuse of biological materials.

• It facilitates the use of chemicals in textile production.