Life Sciences
Engineering
Data & Computation
Medicine
Social Sciences
100

Using DNA and RNA tools like PCR and sequencing to detect diseases.

What is molecular diagnostics?

100

Designing prosthetics and implants that integrate with the body.

What is biomedical engineering?

100

Using coding like Python or R to analyze DNA sequences.

What is bioinformatics?

100

Designing and testing new medicines before they reach patients.

What is drug development?

100

Explaining complex biotech topics to the public in plain language.

What is science communication?

200

Engineering T-cells or stem cells to fight diseases directly.

What is cell therapy?

200

Creating sensors and circuits for medical devices.

What is bioinstrumentation?

200

Creating mathematical models to simulate biological systems.

What is computational biology?

200

Testing whether new treatments are safe and effective in humans.

What is clinical research?

200

Ensuring new biotechnologies are used ethically and responsibly.

What is bioethics?

300

Using living systems to produce vaccines, enzymes, and biologics at scale.

What is biomanufacturing?

300

Developing biomaterials like scaffolds or artificial skin that interact safely with tissue.

What is materials science?

300

Training algorithms to recognize patterns in biological data, such as predicting drug targets or protein structures.

What is machine learning and AI?

300

Ensuring new drugs meet FDA rules and compliance standards.

What is regulatory affairs?

300

Studying how biotech impacts communities and health outcomes.

What is public health?

400

Redesigning organisms with new genetic circuits to perform unique functions.

What is synthetic biology?

400

Scaling up bioreactors to manufacture drugs at industrial scale.

What is bioprocess engineering?

400

Simulating tissue mechanics, fluid flow, or drug delivery with code.

What is modeling and simulation?

400

Training the immune system to recognize and destroy cancer or infections.

What is immunotherapy?

400

Creating laws and regulations that govern biotechnology.

What is science policy?

500

Studying and analyzing entire genomes to understand health and disease.

What is genomics?

500

Using micro-systems to mimic organs for drug testing.

What is microfluidics or organ-on-a-chip?

500

Building data pipelines to manage massive clinical trial datasets.

What is health informatics?

500

Tailoring treatments to a patient’s genetic makeup.

What is precision medicine?

500

Bringing biotech innovations to market through strategy and outreach.

What is Business Development?

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