Genetic technology is unlocking the door to the hope of reviving extinct species, and the black rhinoceros, a symbol of Africa’s wildlife, may be among them. With over 96% of the black rhino population wiped out by poaching between 1970 and 1992 (according to the World Wide Fund for Nature – WWF), this species has nearly vanished. Most rhino deaths have been driven by the high demand for rhino horn, believed to have medicinal properties in traditional medicine, particularly in countries like Vietnam, which is considered the largest consumer market.
The black rhino revival project, led by Dr. Chuck Murry and his research team at the University of Washington, is currently focused on decoding the DNA of the remaining individuals. Ntombi, one of the 5,000 surviving black rhinos, is the centerpiece of this initiative. “The goal is not only to preserve the remaining genes but also to recreate extinct subspecies and reintroduce them to their natural habitats,” Dr. Murry explained. This is an ambitious yet promising step toward protecting the wild ecosystem.
“If successful, genetic technology will not only save the rhino but also revolutionize the entire wildlife conservation strategy,” Dr. Murry affirmed.

Beyond reviving the species, the project also focuses on producing synthetic rhino horns to curb the demand for real ones. According to WWF, more than 1,200 rhinos are poached annually in South Africa – equivalent to one rhino killed every 8 hours. Synthetic horns could serve as a viable alternative, easing pressure on the remaining rhino populations and helping to dismantle the illegal market.
Moreover, the project’s success could drive the advancement of other cutting-edge conservation technologies. If the black rhino can be revived, the future might witness many other species returning from the brink of extinction. Genetic technology is not merely a tool but a gateway to restoring damaged ecosystems.
“We are not just saving a species but also restoring balance to nature, where every species plays a crucial role,” Dr. Murry emphasized.

This project is not only a triumph of science but also a call to action for the community. Supporting conservation initiatives and reducing the demand for wildlife products are the first steps individuals can take. When humanity acts for nature, we not only save endangered species but also secure our own future.
HPX24h > Science > Extinct Black Rhinos Could Make a Comeback with Genetic Technology
Top Reads from This Category
Science
A New Drug Could Treat Depression Within Just 24 Hours
Science
Science Could Regrow Your Lost Arm… on a Monkey’s Body
Science
Nanotech Technology to Destroy Blood Clots: A New Breakthrough in Stroke and Heart Attack Treatment
Science
Implanting an NFC Chip into the Hand – When Technology and Humans Merge
Science
Why Cultured Meat Could Be the Future of the Food Industry
Science
A New Era in HIV Prevention: Vaccine Set to Launch
Science
Cow-Free Milk: The Food Revolution Shaping Our Future
Discover New Topics
Space
Exploring a New Super-Earth: Could It Support Life?
Fitness
Safe Exercises for Early Pregnancy: Tips to Keep Moms Healthy and Strong
Uncategorized
Bài Tiếng Việt
Healthy Eating
Does Drinking Water Help with Weight Loss? The Science Behind It and How to Apply It Properly
Fitness
Effective And Safe Methods To Strengthen Your Knees: Proven Tips For Optimal Performance
Animals
Baboons With Stable Relationships Live Longer and Show Greater Kindness
Parenting Tips
Sleep Apnea in Preschoolers: Understanding It to Protect Your Child’s Health
Fitness
Physical Training: The Key to Preventing Nerve Damage During Chemotherapy
Healthy Eating
Does Bone Broth Really Help Relieve Joint Pain and Improve Skin?
Science
New Discovery: How the Brain Manages Emotions and Memory
Fitness
Exercise – The ‘Miracle Cure’ to Awaken Overall Health
Science
AI Can Make Life Easier, But Is It Harming Your Ability to Think Critically?
Science
Stem Cell Therapy for Lung Cancer: A New Hope Entering Human Trials