Some may have noticed an unusual sight on campus at OSU this July and it, indeed, was knee-high by the forth of July. If you aren’t familiar with this colloquialism it is about corn.
A small crop of corn is growing on campus aided by soil with Com-Til; this is a compost material that uses residual biosolids from Columbus’ wastewater plants.
While it sounds a little gross, the Com-Til project is part of a long history of human’s using their own waste as an agricultural resource and is exploring what that might look like in the future. Com-Til is used all over the city to grow a variety of plants.
This is just one example of how biosolids (a nice, clean term for stuff most of us would rather not ponder) can become a resource for crop production, which in an era of rapidly increasing population and rapidly decreasing resources is a concern.
The project aims to understand what the problems and benefits of using biosolids for crop production. The project is collecting all kinds of data including the perspective of professionals and farmers in using biosolids. This will aid in one of the main goals, changing public perception of the use of such waster materials.
Researchers at the OSU Wexner Medical Center along with their colleagues at 45 worldwide scientific and medical institutions are trying to change guidelines so that more people with chronic diseases linked to obesity can qualify for bariatric weight loss surgery.
Researchers said that patients with obesity who are interested in the surgery have to qualify for it based on arbitrary and outdated (by three decades) standards based on their BMI.
The old standards say that only patients with a BMI of 40 or higher or 35 if they also have a related dangerous disease such hypertension, type-2 diabetes or cardiovascular disease should qualify for the surgery.
Meanwhile, many studies have demonstrated the benefits of bariatric surgery for patients with lower BMIs. The American Society for Metabolic and Bariatric Surgery believe in this enough that they have drafted new guidelines for patients with lower BMIs, but who have diabetes.
The last step is for referring physicians and insurance companies to widely adopt the new standards.
A new study by OSU researchers and published in the American Journal of Health Promotion found that young people have less of a chance of being carded for cigarettes depending on the kind of shop, especially so in shops which emphasize tobacco advertisement.
The study demonstrated that people 20 and 21 years of age were not carded 60 percent of the time, even when the city was close to banning tobacco sales to people under 21 years of age. As stated these young adults were far less likely to be carded in shops with lots of tobacco ads.
The study used fieldworker visits to 103 randomly chosen tobacco retailers in Columbus, OH.
The study was intended to gather baseline data on how young adults near the cutoff were carded so the information could inform future enforcement. The study found that well over half, 64 percent, of grocery stores checked ID with only 34 percent of tobacco shops and convenience stores checking IDs. Alcohol stores, bars and restaurants only ID 29 percent of the time.
Though the numbers are disappointing from a public health standpoint they do help confirm data gathered in previous studies.
Researchers utilizing eye-following technology have discovered that what we see helps control our choices when given two decisions, for example, two snack choices.
Yet, it isn’t as simple as saying we essentially pick what we first focus on and nothing more, the study found. Rather, our gaze enhances our longing for options we typically like.
Let’s assume you’re seeing two sweet treats in a candy machine. You like the two, however you’re inclined toward the one with peanuts marginally more than the one with just chocolate. You’ll typically pick the one with peanuts, yet not always.
Another intriguing finding was that individuals would in general settle on their choices all the more immediately when they preferred both of their two decisions.
The scientists utilized information from six eye-following investigations including a sum of 228 individuals, some from their lab and some from different analysts.
These outcomes recommend that item advertising will have the greatest impact on things you effectively like, he said. In case you’re seeing two brands of a thing you like at a store, the bundle that catches and holds your eye will presumably have an edge when you’re choosing which to purchase.
By and large, this new examination demonstrates that the connection among consideration and decision is more mind boggling than recently accepted.
The examination was bolstered by the National Science Foundation.
Scientists have created originator particles that may one day have the capacity to search out and trap fatal nerve operators and other poisons in nature – and perhaps in people.
The researchers, driven by natural scientific experts from The Ohio State University, call these new particles “atomic bins.” As the name suggests, these particles are molded like bins and research in the lab has demonstrated they can discover mimicked nerve specialists, swallow them in their holes and trap them for safe evacuation.
In another examination distributed in Chemistry – An European Journal, the analysts ventured out making adaptations that could have potential for use in drug.
While this early research demonstrated the guarantee of sub-atomic crates in the earth, the researchers needed to check whether they could create comparative structures that could clear nerve operators or different poisons from people.