Nano-Bio Magic Quiz: Understanding the Impact of Nanobiotechnology

Nanoparticles are generally larger than microorganisms

Nanoparticles are smaller than molecules

Nanoparticles are only used in cosmetic products

Nanoparticles cannot penetrate biological barriers

Creating artificial intelligence in the human body

Manipulating and targeting cells for diagnostics and therapeutics

Generating invisible shields to protect against diseases

Developing genetic modification techniques for cloning humans

Using nanobots to directly attack cancer cells

Delivering drugs to specific cells or tissues within the body

Controlling the human mind using nanomaterials

Converting pharmaceutical drugs into nano-sized particles

To create microscopic machines for household chores

To develop nanoscale cosmetics for beauty enhancement

To understand and manipulate biological systems at the nanoscale

To replace traditional medicine with nanorobots

Self-assembly allows manipulation of atoms within a living organism

Self-assembly enables the spontaneous formation of ordered nanostructures

Self-assembly leads to rapid degradation of nanoparticles

Self-assembly only occurs in non-biological nanomaterials

Uncontrolled growth of nanorobots

Accidental creation of superhumans

Toxicity of nanomaterials and their environmental impact

Loss of privacy due to nanoscale surveillance devices

Creating flexible electronic displays

Developing ultra-sensitive biosensors

Designing self-healing materials

Producing superpowers in humans

Nanoparticles used to boost soil fertility

Nanorobots replacing pollinators in crop fields

Nanotechnology used to create genetically modified crops

Nanoparticles used to manufacture synthetic pesticides

Chemistry

Biology

Physics

Computer Science