Blog Post

Masters of Disguise: Fighting Cancer With Bacteria

By Laura Tran, C2ST Intern, Rush University

Recently scientists¹ found a potential alternative for managing pain with anthrax². But bacteria, it turns out, have medical applications beyond just pain management. Not only do some bacteria possess natural tumor-targeting and tumor-killing abilities, but bacteria can be engineered to be used in a number of different therapeutic applications. 

Imagine using bacteria as drug delivery vehicles to kill tumor cells. That’s right, researchers have developed a “cloaking” system³ that allows bacteria to temporarily avoid detection by our immune system. This system allows bacteria to effectively deliver drugs directly to tumors and kill tumor cells in mice. Now that’s putting bacteria to work!

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Blog Post

Why Are Tornadoes So Unpredictable?

By Summer Seligmann, C2ST Intern, Loyola University

Last month, the all too familiar scenes of uprooted trees, flipped cars, and wrecked homes played out in the southern states. Over 10 tornadoes touched down in Texas in a single day, damaging thousands of homes before the storm headed to Louisiana and Mississippi. 

On average, 1,200 tornadoes hit the United States each year. Even though tornadoes are somewhat frequent events, meteorologists have a hard time predicting them. 

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Blog Post

GMOs without the GM!

By Laura Tran, C2ST Intern, Rush University

Genetic engineering can be used to produce genetically modified organisms (GMOs) like weather-resistant crops, modified yeast or bacteria that produce insulin¹, and even animal organs suitable for human transplantation². GMO crops offer several advantages such as improved yields, enhanced nutritional value, and resistance to drought, frost, or pesky insects. However, making genetically modified food can be time-consuming and costly. Recent technology may be the solution to circumventing these issues.


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Blog Post

The Midewin in the Midwest

By Summer Seligmann, C2ST Intern, Loyola University

Just outside of Chicago in Wilmington, Illinois, there’s a place called Midewin National Tallgrass Prairie where you can see native wildflowers, grassland birds, and bison (yes, bison). Midewin is the largest protected grassland reserve in the greater Chicago region, and the first ever designated national tallgrass prairie in the United States.. Midewin and other preserves like these are crucial in protecting our wildlife, biodiversity, and to preserve natural spaces for generations to come. 

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Event

The Science of Star Trek: Things Are Only Impossible Until They’re Not

Star Trek is a story of exploration that has fascinated us for more than 50 years.

The myriad writers, directors, artists, and technicians responsible for pop culture mega franchises like Star Trek, Star Wars, and the Marvel Universe are arguably some of the most creative of our time. But how do these imagined tech advances and innovations hold up IRL and the ever-ready-to-pick-it-apart nerd community? And can physics and science (as we currently understand them) explain the phenomena seen in the franchise?  This is where the scientists come in! 

The Chicago Council on Science and Technology (C2ST) will discuss the theme of human exploration and show that, although we cannot change the laws of physics, we have come a long way in understanding them and, perhaps, to applying our knowledge to changing the present and future! C2ST is joined by Trek enthusiasts Dr. Voula Saridakis of the Museum of Science and Industry and Dr. Dirk Morr of the University of Illinois at Chicago. They’ll go over just how much science there is in the science fiction of Star Trek and give us a look at some real scientific discoveries inspired by Star Trek!