海角换妻

漏 2025 海角换妻

FCC Public Inspection Files:
路 路 路
路 路 路
Public Files ContactATSC 3.0 FAQ
Play Live Radio
Next Up:
0:00
0:00
0:00 0:00
Available On Air Stations

Baby black-footed ferrets first to be born to a cloned mom

The baby black-footed ferrets at three weeks old, born to a mother cloned from genetic material collected in 1988.
Smithsonian鈥檚 National Zoo and Conservation Biology Institute
The baby black-footed ferrets at three weeks old, born to a mother cloned from genetic material collected in 1988.

A cloned black-footed ferret successfully gave birth 鈥 marking the first time a U.S. clone of an endangered species produced offspring, and an opportunity to rebuild the black-footed ferret population.

Antonia, a black-footed ferret cloned using the genetic material of a ferret named Willa collected in 1988, gave birth to three kits. One of the three died shortly after birth but the two remaining babies, a boy and a girl, appear to be in good health and meeting developmental milestones, the U.S. Fish and Wildlife Service announced earlier this month.

Antonia and her babies will stay at the Smithsonian National Zoo and Conservation Biology Institute (NZCBI) in Front Royal, Virginia for further research.

鈥淭he successful breeding and subsequent birth of Antonia's kits marks a major milestone in endangered species conservation,鈥 Paul Marinari, senior curator at the Smithsonian's NZCBI, said in a statement.

These births are being viewed as an opportunity to restore needed genetic diversity into the species.

Black-footed ferrets are one of the most endangered mammals in North America with an estimated 370 in the wild, The numbers reached levels so low that by the early 80s it was believed that the animals were extinct. That is until in 1981, when the black-footed ferret was re-discovered in Wyoming. Efforts to conserve the animals began in earnest.

Habitat loss and disease remain one of the major reasons for the animal鈥檚 low numbers. The U.S. Fish and Wildlife Service also attributed 鈥済enetic challenges鈥 to problems with the animal鈥檚 recovery.

But the genetic samples from Willa, of which Antonia was cloned, provided an opportunity that resulted in these new births. Willa's genes contained 鈥渢hree times the genetic diversity seen in the current population of black-footed ferrets all of which (except the three clones and new offspring) are descended from just seven surviving individuals,鈥 the agency鈥檚 press release said.

Introducing the new babies鈥 genes into the population could increase genetic diversity within the black-footed ferret species and contribute to a long-term recovery of the animal.

Copyright 2024 NPR

Jaclyn Diaz is a reporter on Newshub.

Fund the Facts

You just read trusted, local journalism that鈥檚 free for everyone, thanks to donors like you.

If that matters to you, now is the time to give. Join the 50,000+ members powering honest reporting and a more connected 鈥 and civil! 鈥 海角换妻.

SOMOS CONNECTICUT is an initiative from 海角换妻, the state鈥檚 local NPR and PBS station, to elevate Latino stories and expand programming that uplifts and informs our Latino communities. Visit CTPublic.org/latino for more stories and resources. For updates, sign up for the SOMOS CONNECTICUT newsletter at ctpublic.org/newsletters.

SOMOS CONNECTICUT es una iniciativa de 海角换妻, la emisora local de NPR y PBS del estado, que busca elevar nuestras historias latinas y expandir programaci贸n que alza y informa nuestras comunidades latinas locales. Visita CTPublic.org/latino para m谩s reportajes y recursos. Para noticias, suscr铆base a nuestro bolet铆n informativo en ctpublic.org/newsletters.

Fund the Facts

You just read trusted, local journalism that鈥檚 free for everyone, thanks to donors like you.

If that matters to you, now is the time to give. Join the 50,000+ members powering honest reporting and a more connected 鈥 and civil! 鈥 海角换妻.

Related Content