Picture Tau proteins as the graceful ballerinas of your brain. They possess unique and captivating structures. Tau proteins are commonly disorganized, they lack fixed, rigid shapes, which allows them to interact properly with other cellular components. Their adaptability enables them to perform multiple functions in the brain. These proteins have the primary function of stabilizing these tiny structures that resemble the scaffolding of a cellular ballet, they are called microtubules. Microtubules act as a highway for the transportation of vital substances within neurons, exactly like ballet stages where dancers move seamlessly. 

Whirr! Whoosh! The construction site beside my house is back to work with its loud crane. When I looked through the window though, I wondered how can just a metal rod with a bunch of pistons in it carry tons of materials with ease. A bit of research led me to my answer – hydraulics.

We all know it. That mysterious force that keeps you from floating up into the endless void of the cosmos. Encapsulating your entire life, the entire world is controlled by the wonderful phenomena that is gravity. This article from Science ReWired takes you back in time, all the way back to the infamous apple drop and unveils the most important force in the entire universe: gravity.

The gastrointestinal tract, often referred to as the digestive system, is a complex network of organs responsible for the processes of digestion and nutrient absorption. This system plays a crucial role in breaking down ingested food into components that your body can absorb, which provide the body with essential nutrients and energy. From the mouth to the rectum, the gastrointestinal tract orchestrates a physiological process that ensures our survival.

The Large Hadron Collider, commonly known as LHC or the CERN Collider, is the world’s largest and undoubtably most powerful particle accelerator. This article from Science ReWired will explore particle accelerators, CERN, and the Large Hadron Collider.

I first recall learning about Pi in sixth grade; I was sitting in math class when our teacher moved beyond the scope of edges – squares and triangles – and began to discuss the never-ending circular world.

From campfires to the rusting of your dad’s favorite toolbox, chemical reactions are everywhere. One wonders – what is happening in there? The same question has haunted many of the legends in the fields of chemistry. Only after their discovery of how atoms are structured and interact with each other can we understand how chemical reactions occur. So, let’s start with that!

Researchers have discovered all five of the nucleobases that make up DNA and RNA in meteorite samples, according to a recent study that was published in the journal Nature Communications. This discovery offers more proof that the components of life might have originated from outer space.

In Science ReWired’s article Fighting Misconceptions: Viruses vs Bacteria we defined the crucial differences between a virus and a bacterium. We established that while bacteria are unicellular living organisms, viruses, on the other hand, are an infectious segment of nucleic acid, which can be either DNA or RNA. DNA and RNA are slightly different from each other, but their function remains the same.

The tetrapods (four-legged vertebrates) of today are living evidence of shared ancestry with older tetrapods such as the 375 million year old tiktaalik.

One of our biggest missions at Science Rewired is to stress to you all that science is a living, breathing entity, always evolving and never, not even for one day, remaining stagnant. It’s a relentless journey, where each discovery provides a stepping stone to understanding more about the confusing world we live in. And fortunately, there’s one thing that seems to be powering it the most in this day and age: the indomitable curiosity of young scientists all over the world with new visions. As appreciation for all the truly admirable things young people are accomplishing, I wanted to highlight an instance of true entrepreneurship and critical thinking in the realm of science: beet sutures by 17-year-old Dasia Taylor.

We have all experienced a sickness at least once in our lives; having a fever and lying in bed seems to be a universal experience. The two main causes of short-term illnesses are bacteria and viruses; however, they are completely different. Not only is their biological structure and function divergent, but the means of curing an illness can be drastically different based on what caused you to get sick. This article by Science ReWired will explain the key differences between viruses and bacteria.  

Cancer has been an illness that has long plagued humanity. The earliest cancerous growths in humans were found in Egyptian and Peruvian societies dating back to 1500 BC. Since then, the illness has only continued to grow. In 2022 alone, there were an estimated 1.9 million new cases of cancer and 609,360 cancer related deaths alone. After identifying that cancer was a gene-related illness in the late 1900s, scientists and researchers have been looking for outlets to suppress and possibly cure the condition.

The potentially fatal parasitic disease known as malaria is spread to humans by the bites of infected mosquitoes. It continues to be a significant public health issue, particularly in sub-Saharan Africa where it is a major cause of disease and mortality among children. The creation of a novel malaria vaccine by researchers at the University of Oxford offers some optimism, though.

Atomic theory started with Dalton. His main revolutionary point was that matter is composed of tiny indivisible particles called atoms; however, Dalton only touched the surface. He failed to dive further and explore what resides inside of the atom.

The human body is amazing, lifting hundreds of pounds, running marathons, and brainstorming innovative solutions that change the world; humans can really do it all. However, none of our functions would be possible without cells. Cells are the foundational building blocks of life, forming together to build organs and provide function to an otherwise hollow shell.

J. Robert Oppenheimer fathered the atomic bomb, a creation that cost around 120,000 Japanese lives. However, the successful deployment of the atomic bombs on Hiroshima and Nagasaki marked a turning point in modern warfare and the dawn of the atomic age. But how did Oppenheimer postulate such a destructive bomb all the way in the mid-1900s when the only form of computing was a typewriter? The answer lies in quantum theory and the fundamentals of chemistry brewing in London.

Despite their instrumental function, cells are often misunderstood and disregarded. In this article, The Cell Chronicles, we will break down the general functions of cells and explain some of the different types of cells that can be found within the human body.

Hydrogen is a hot topic when it comes to what can replace traditional fossil fuels, but what exactly is it, and why do we need to favour it?

Currently, there are still forms of pseudoscience that exist in modern medicine. In particular, there is an ongoing debate of whether alternative medicine should be implemented into the national healthcare system. Thus, there are three main reasons why alternative medicine should not be implemented in national healthcare.