Michael Mosley puts himself through extreme challenges to discover how our blood protects us from infection, heals us when we're wounded, and powers our lives. The programme explores the dark mythology around blood, and meets the scientists on the cusp of discovering whether there's any truth in the 'Dracula myth': that young blood can reverse the ageing process. Packed with absorbing stories, this is a comprehensive take on a subject that's central to our survival.
What lies under our skin, inside our bodies? That question has dogged doctors and artists for thousands of years. In this fascinating series, Dr Adam Rutherford investigates the close relationship between discoveries in anatomy and the works of art that illustrate them.
Meet an apiary officer working in the Northern Territory to keep bees and plants safe from foreign pests and diseases.
Tides govern marine life. Tidal marshes are some of the most productive parts of the world. Numerous plants support numerous animals, yet life is not easy; predators are attracted to these enormous quantities of food, forcing animals to seek constant protection from attack. Relief comes with the crashing waves, as the tides flow once more. Between the tides, when the sands become depleted of food and air, the worms, clams and shrimps just endure the expected pause.
The boundary between land and sea is an exciting place, with animals constantly coming and going. From the open oceans, millions of seabirds are forced to come onto land to breed. Sea eagles steal kittiwake chicks from their nesting ledges. Turtles lay their eggs in the sand and marine mammals haul themselves out to fight on the beaches. Sea lions emerge from the kelp to give birth, while killer whales come crashing into n the surf to snatch the sea lions' young.
Bathed in warm, clear tropical water and brilliant sunlight, coral reefs are the rainforests of the sea. Surrounded by ocean deserts, they are rich oases of life. Spectacular numbers make it necessary to stand out to survive. This competition is highly visible as brightly coloured fish compete for food, territory and mates. But the corals themselves are also dynamic. Incredible time-lapse photography shows the dramatic formation of a coral reef, portraying its myriad inhabitants and its ultimate destruction.
Shafts of sunlight radiate through a green sea. This blazing light is the vital source of energy used by the countless billions of plankton which grow every spring and summer in the world's temperate sea, the richest of all habitats. Forests of giant kelp, the fastest growing plant in the world, harbour thousands of animals. Sharks move in to pick off the vulnerable. Sea otters, brilliantly coloured anemones, squid and exquisite leafy dragons are just a few of the other creatures that live in this cool, rich water.
Life on the edge of a frozen sea is tough. Pack-ice at both poles is constantly on the move and, in winter, freezes solid with air temperatures 70 degrees below freezing. Only in spring, with the retreating ice and light reaching the water, does life begin again. Plankton blooms and feeds vast hordes of migrating fish, birds, whales, seals and polar bears. Walruses rake the seabed for clams. Minke and humpback whales gorge themselves on gigantic swarms of krill. But it is a brief indulgence, for the ice soon returns and pushes life back into the ocean.
Endless blue stretches in every direction. The sea bed is a staggering 8km deeper down and the nearest island is 500km away. There is nothing save the burning sun above and the blackened abyss below. How, then, does life exist?
The deep sea - which gets darker till no more sunlight penetrates at about a kilometre depth and ever colder closer to the bottom of the ocean - covers most of the planet and is, thus, by far the largest habitat on earth, yet, it has been explored less than space.
The blue whale is a perfect symbol for the oceans, the vast blue expanse that dominates our planet while remaining largely unexplored and mysterious. Yet the oceans are an integral part of our lives. Their influence dominates the world's weather systems. They support an enormous range of life, from the largest whales to the smallest plankton, from hordes of sea birds to lonely deep-sea fish. All this is governed by a complex system of biological and physical forces. This first episode demonstrates the sheer scale, power and complexity of our Blue Planet.
The Tyrannosaurus rex was seemingly impervious to attack. But using cutting-edge technologies, new fossils are revealing that the life of T-rex and its cousins was a brutal.
Our health, body shape, mood and even our evolution are determined by the unseen life forms that swarm throughout our bodies. This program looks at the battleground within our bodies and the remarkable new science that is changing our views about health and disease. We take our audience on a safari full of surprises to discover the role that microbes and worms play in our everyday life and the way they've shaped us throughout our evolution. As the series concludes, we realise that the key to our existence is in maintaining the delicate balance between ourselves and all the other species that we've evolved with - both inside and out. We will never again look at our bodies in the same way.
There is an unexplored planet in the Solar System. A strange world of bizarre creatures locked in a fight for survival. This planet is the human body and it's teeming with unknown ecosystems. Our bodies are home to a trillion cells that are not us - but are very much the making of us. Bugs cling to our skin and grasp onto our hair. They live inside our gut, in our blood and even in our brain. They determine our health, body shape, mood and even our behaviour. We are super-organisms, part of an interconnected web of life. This hidden world is brought to life through fascinating personal accounts, breakthroughs in scientific insights and by the use of the latest imaging technologies.
Fungi is also used to create antibiotics. An antibiotic is a type of antimicrobial substance active against bacteria and is the most important type of antibacterial agent for fighting bacterial infections.
Yeasts consist of one cell, and belong to the taxonomic group called fungi, which also contains moulds. There are many species of yeasts. The most common yeast known is Saccharomyces cerevisiae, which is used in the baking- and brewing industry.
find out how temperature can increase and decrease fungi from being produced. Bats have also been effected during the winter.
Find out what are the history of fungi and how they shape the planet.
Find out what are the characteristics of fungi and how they shape the planet.
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