Humans like plants. We like seeing them change the colour of their leaves throughout the year. They connect us to nature even if we live in a big ...

Along with the late-blooming asters and chrysanthemums, the end of summer brought a blossoming of learned conferences, all dedicated to the hopeful (and frequently alarming) pursuit of progress: ¶The ...

An androgenetic mouse, left, created by scientists in China who used embryonic stem cell engineering and cloning is seen alongside a normal mouse of the same age and gender in a laboratory in Beijing ...

The concept of biological reproduction between same-sex individuals in mammals has always been deemed impossible. However, scientists have now successfully created a bi-paternal mouse (with two ...

Reproductive biology continues to surprise us. A team of Chinese researchers recently achieved an unprecedented milestone. They successfully gave birth to mice derived from two fathers. This feat, ...

Scientists have successfully engineered a mouse with two fathers that went on to survive until adulthood. Researchers have attempted to create so-called bi-paternal mice before, but these embryos ...

As detailed in a study published in the journal Cell Stem Cell, scientists achieved this feat of same-sex murine parentage by using CRISPR techniques to rein in rogue genes that undergo a troublesome ...

New Delhi: Chinese scientists have created mice with two fathers using embryonic stem cell engineering. These rats have now managed to survive to their adult age. This success of Chinese scientists ...

In a breakthrough achievement, a team of researchers has successfully engineered a bi-paternal mouse – a mouse with two dads – that survived until adulthood. The experts targeted specific imprinting ...

A gene-edited mouse created with two male parents has now survived to reach adulthood. This is a momentous occasion for genetics, as previous attempts to create bi-paternal mice have failed for a ...

BEIJING (SCMP): Chinese scientists have used embryonic stem cell engineering to create the first mice with two fathers to reach adulthood, which has also revealed a possible way to enhance the ...