Dame Sally Davies talks to Brian Cox about her interest in antibiotic resistance and admiration of Alexander Fleming and Howard Florey for their development of penicillin.
Anatomist Alice Roberts embarks on an audacious scientific stunt - to rebuild her own body from scratch, editing out errors left behind by evolution; to create the perfect body. With the help of one of the world's best virtual sculptors, Scott Eaton, and top SFX model maker Sangeet Prabhaker, Alice creates a life-size model of the perfect human body, to be revealed in front of 150 people at London's Science Museum. Through natural selection, animals have evolved incredible biological designs, from supersharp senses to superpowered limbs. Alice is on a hunt to find the very best designs the natural world has to offer and use them to fix the flaws in our own human anatomy. By meeting leading medical and animal experts, Alice finds out what the body's biggest problems are, and how amazing adaptations in the rest of the animal kingdom could provide inspiration for her perfect body. Using incredible CGI to morph her existing body into new forms, she demonstrates how rethinking our bodies could overcome millennia of natural selection. Finally, in an epic reveal, Alice unveils the life-sized model of her perfect self in the Science Museum. There, in front of an audience, Alice meets the 'perfect human' version of herself for the first time. Ambitious, audacious and packed with cutting-edge science, Can Science Make Me Perfect? With Alice Roberts challenges everything you thought you knew about the perfect body.
2018 • Science
How the passing of time on Earth affects life on a variety of levels, from the daily opening of a flower's petals to the evolution of the horse. A swift journey through the seasons demonstrates how caribou spend most of their time on the move, while the flying squirrel's body clock, attuned to the rhythms of the Earth, is revealed to be the most accurate in nature.
The brain was once thought to be the body's control tower, issuing commands to the other organs. But scientists are discovering that communication flows between all the organs in our bodies. They transmit messages that can boost immunity, improve memory, strengthen bones and even lengthen lifespan.
New research sheds light on the functions of fat and bone. In fact, fat and bone are not static tissue but release signaling molecules to dynamically interact with the other organs and support our health. Fat was found to control our appetite and the bone to work to keep us young.