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Synthetic biology: the power of modified microbes

Futurum

Synthetic biology: the power of modified microbes Published: Microbes are the world’s most brilliant chemists, able to turn simple sugars and other compounds into a vast array of complex chemicals. The general idea of synthetic biology is that we can engineer microbes to do things that naturally occurring microbes don’t do,” he says.

Biology 73
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How do bacteria help and harm crops?

Futurum

Soybean is a high-energy, high-protein crop that is indispensable as animal feed. Jong and his team use various tools and techniques from molecular biology and genetics to study B. Jong and his team have had great success investigating the biology of B. glumae and its interactions with rice. The genome of B.

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Imaging the invisible: how can research software and imaging techniques help scientists study the things we can’t see?

Futurum

Because computational methods originated in the natural sciences, some disciplines, such as chemistry and physics, have lots of research software at their disposal. Chemistry with Dr Nicole Hondow and Stuart Micklethwaite. Biology with Professor Michelle Peckham and Dr Alistair Curd. Be curious and open-minded.

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How we read: the neuroscience behind literacy

Futurum

The enthusiasm and energy that emerging scientists bring to research is a constant rejuvenation! “An There is a lot of ‘tradition’ with regards to ideas and approaches, which I feel can sometimes impede our ability to move science forward efficiently. An ongoing challenge for my field is trying to buck the status quo.

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Urban farming for urban families

Futurum

Meet David I majored in anthropology and biology at university. I took courses with a biological anthropologist who inspired me to study how humans use biology and culture to adapt (or not) to stressful environments such as food scarcity, extreme temperatures, and common diseases. It is very satisfying. •

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Behind the screens: the crystals that flow like rain down a windowpane

Futurum

He starts by considering some basic principles of physics – that the momentum and energy of a system are always conserved. The problem is that considering every possible effect that contributes to momentum or energy is complicated,” he explains. Everything in natural science can be reduced to physics.

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How Did We Get Here? The Tangled History of the Second Law of Thermodynamics

Stephen Wolfram

And indeed particularly in chemistry and engineering it’s often been in the background, justifying all the computations routinely done using entropy. By 1807 the term “energy” had been introduced, but the question remained of whether it could in any sense globally be thought of as conserved. But in plenty of situations it wasn’t.

Energy 88