Lifeboat Foundation

Food from thin air?

Food production, as we know it, is entirely dependent on land and weather conditions. Protein production is a massively disproportionate squanderer of the Earth’s resources. It’s time to enter the era of sustainable food production to liberate our planet from the burdens of agriculture.

The incorporation of exotic DNA

DNA, or deoxyribonucleic acid, is a molecule composed of two long strands of nucleotides that coil around each other to form a double helix. It is the hereditary material in humans and almost all other organisms that carries genetic instructions for development, functioning, growth, and reproduction. Nearly every cell in a person’s body has the same DNA. Most DNA is located in the cell nucleus (where it is called nuclear DNA), but a small amount of DNA can also be found in the mitochondria (where it is called mitochondrial DNA or mtDNA).

Scientists in China have cloned what are being called ‘super cows’, local media has reported. These cows are reportedly able to produce huge amounts of milk in their lifetime. The cows have been cloned as part of a process to reduce China’s dependence on foreign breeds. According to China’s Global Times, about 70 per cent of China’s dairy cows are imported from other countries.

The ‘super cows’ are three calves which have been cloned by China’s Northwest University of Agricultural and Forestry Science and Technology. These calves were born in Ningxia region in weeks leading to January 23, said reports in local media.

Jin Yaping, lead scientist of the project described the successful cloning as ‘breakthrough’.

The built-in ion sensory technology mildly excites the taste buds on your tongue like they’ve never been stimulated before! The immediate results are enhanced flavor, heightened taste, and improved aftertaste. SpoonTEK science combines the power of advanced electronics with tongue sensory and the brain for an amazing eating experience. It’s not just any spoon—it’s the only spoon you will need to take your taste to the next level.

Nerve cells require vast amounts of energy and oxygen which they receive through the bloodstream. This results in nerve tissue being densely intertwined with numerous blood vessels. However, what prevents neurons and vascular cells from interfering with each other during growth? Researchers from the Universities of Heidelberg and Bonn, in collaboration with international partners, have uncovered a mechanism that ensures this coordination. The findings have recently been published in the journal Neuron.

Nerve cells are highly energy-intensive, requiring a large amount of fuel. Approximately 20% of the calories we consume through food are dedicated to our brain, as the generation of voltage pulses (action potentials) and transmission between neurons is incredibly energy-demanding. For this reason, nerve tissue is usually crisscrossed by numerous blood vessels. They ensure a supply of nutrients and oxygen.

During embryonic development, a large number of vessels sprout in the brain and spinal cord, but also in the retina of the eye. Additionally, masses of neurons are formed there, which network with each other and with structures such as muscles and organs. Both processes have to be considerate of each other so as not to get in each other’s way. “We have identified a new mechanism that ensures this,” explains Prof. Dr. Carmen Ruiz de Almodóvar, member of the Cluster of Excellence ImmunoSensation2 and the Transdisciplinary Research Area Life & Health at the University of Bonn.

Brain fog can be caused by stress or eating the wrong foods. Neuroscientist Tara Swart Bieber shares how she boosts mental clarity, memory and concentration.

Yesterday, the Whitehouse announced that the USA and the EU (European Union) signed an administrative agreement to bring AI experts together to advance AI research as prior outlined in the U.S.-EU Trade and Technology Council (TTC) commitment.

This effort will further drive responsible advancements in AI to advance global complex challenges and develop a joint integrated research approach to achieve benefits in key research domains: extreme weather and climate forecasting, emergency response management, health and medicine, electric grid optimization, and agriculture optimization.

This article focuses on the AI leadership with the USA and the European Union in signing a new administrative agreement to do joint AI research in key global challenge areas like: climate change, healthcare, agriculture, etc.

Continue reading “USA And EU Advance AI Research In Critical Global Needs In New Administrative Agreement” »

But every once in a while, an idea is so powerful and so profound its effects are felt much faster.

That’s been the case with CRISPR gene editing, which celebrates a 10th anniversary this month. It has already had a substantial impact on laboratory science, improving precision and speeding research, and it has led to clinical trials for a handful of rare diseases and cancers.

Over the next decade, scientists predict, CRISPR will yield multiple approved medical treatments and be used to modify crops, making them more productive and resistant to disease and climate change.

Explore the cutting-edge technologies revolutionizing the world of agriculture. From self-driving tractors to robotic fruit pickers, learn how robotics and automation are improving crop yields, reducing labor costs, and making farming more sustainable. Discover the future of these technologies and how they are shaping the future of food production. This video is a must-watch for anyone interested in the intersection of technology and agriculture.

What are your thoughts on the future of robotics and automation in agriculture? Let us know!
Any disruptive technologies you would like us to cover? Dm us on our Instagram (@toyvirtualstructures).
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Media Used:
Smart Orchard.
Precision Hawk.
OECD
Cambridge Consultants.
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