Genetic Engineering: The practice of engineering is focused on making things better; can living organisms be improved for human benefit?

Phage Therapy: Alternative to antibiotics when superbugs become immune

Senolytic: Selectively induce death of senescent cells to improve humans’ health

Cryonics: Let us freeze the body, then store it, and lastly revive it, when you want to wake up in the future inside a cryonics facility

Life Extension: Researchers have discovered the secret to double the lifespan of humans, but should we embrace this?

Robot Assisted Surgery: Performing complex surgeries with more precision, flexibility, and control

Virotherapy: A virus to find and destroy cancer cells without harming healthy cells

Synthetic Biology: Redesigning organisms to have new abilities

Brain Implant: The research that supports Neuralink, Elon Musk's proposed brain chip

Synthetic Genomics: Using genetic modification to create new DNA or entire lifeforms

De-Extinction: The de-extinction dilemma, to de-extinct or not to de-extinct, should extinct species be resurrected?

Tissue Engineering: Restoring, maintaining, or improving damaged tissues or whole organs

Suspended Animation: Are you prepared to have your body temperature substantially decreased so that you may have your life stopped, temporarily?

Enzybiotics: Energizing antibiotics as an effective weapon in the fight against infections

Stem Cell Therapy: Repairing damaged cells for treating or preventing a disease

Plantibody: Producing antibody using plants with animal DNA to neutralize diseases

Oncolytic Virus: Killing selectively the cancer cells

Strategies For Engineered Negligible Senescence: Can we stop the aging process? Is immortality really feasible, or aging is becoming unavoidable?

Personalized Medicine: Using the genetic profile for the treatment of disease

Omni Processor: You will not believe what kind of human waste can engineers convert into drinking water