A 39-year-old Russian security guard named Andrew Wardle, born without male reproductive organs, is having an artificial penis made from his arm.
Yes, you read that right; the artificial penis procedure is expected to give the patient a fully functioning reproductive organ. The procedure will be accomplished by taking a large flap of skin with its blood vessels and nerves from the patient's arm, which will then be folded over into the familiar tube shape.
Wardle was born with an ectopic bladder, meaning that his bladder formed on the outside instead of the inside of his body. He was born with testicles, but no actual penis. A successful procedure in his youth moved the bladder safely inside his body, but it's only now as he approaches his 40th birthday that medical science has progressed to the point where can be given a fully functional artificial penis.
Luckiest or unluckiest man in the world? That's a matter of opinion that's up for debate.
What Makes This Trend Stand Out
- Artificial Reproductive Organs
- The technology behind creating an artificial reproductive organ could be utilized for patients who are unable to reproduce due to infertility or medical reasons.
- Body Part Regeneration
- The development of artificial body parts and organs could lead to breakthroughs in regenerative medicine, potentially allowing for the regeneration of lost organs or limbs.
- Human Augmentation
- The creation of fully functional artificial organs may pave the way for the development of human enhancement technologies, allowing people to augment their bodies with advanced technologies.
Sectors Adopting This
- Medical Devices
- The creation of artificial reproductive organs could create opportunities for companies in the medical device industry to develop new products and procedures.
- Regenerative Medicine
- The development of artificial body parts and organs could have disruptive potential for the regenerative medicine industry, allowing for the creation of new organ generation technologies.
- Human Enhancement
- The development of fully functional artificial organs could lead to opportunities for companies working on human enhancement technologies, allowing for the creation of new products and services.
