Beth Shapiro

We look in the mouse for those same genes and instances where those genes have been involved with making a woolly coat or longer hair or changing the color of the hair.

We look in the mouse for those same genes and instances where those genes have been involved with making a woolly coat or longer hair or changing the color of the hair.

We look in the mouse for those same genes and instances where those genes have been involved with making a woolly coat or longer hair or changing the color of the hair.

We ended up with some absolutely adorable mice that have longer, woolly, golden-colored coats.

We ended up with some absolutely adorable mice that have longer, woolly, golden-colored coats.

We ended up with some absolutely adorable mice that have longer, woolly, golden-colored coats.

Okay, okay.

Okay, okay.

Okay, okay.

For us, it's an incredibly big deal. I mean, this is really validation that what we have in mind for our longer-term de-extinction projects is really going to work.

For us, it's an incredibly big deal. I mean, this is really validation that what we have in mind for our longer-term de-extinction projects is really going to work.

For us, it's an incredibly big deal. I mean, this is really validation that what we have in mind for our longer-term de-extinction projects is really going to work.

Our intention is to recreate these extinct species that played really important roles in ecosystems that are missing because they've become extinct. And that is our goal with our de-extinction projects.

Our intention is to recreate these extinct species that played really important roles in ecosystems that are missing because they've become extinct. And that is our goal with our de-extinction projects.

Our intention is to recreate these extinct species that played really important roles in ecosystems that are missing because they've become extinct. And that is our goal with our de-extinction projects.