Early-Harvest Zucchini Found To Be A Cure For Male Pattern Baldness

Zucchini Cures Baldness-FNT-small.pngMONTREAL – Researchers at McGill University have released the results of a double-blind study involving the treatment of androgenetic alopecia, the condition commonly known as male pattern baldness. The answer to curing the disorder completely, the research shows, is eating a double helping of early-harvest zucchini at every meal, including breakfast.

“It even works faster if you also put some in a blender and rub the slurry on your head every couple of days,” said Rob Ernewine, the McGill research scientist who headed up the study.

The research study, named Project Billiard Ball, involved twelve hundred male volunteers, men between the ages of nineteen and seventy-nine, who showed symptoms of severe androgenetic alopecia. Half of them were put on a steady diet of zucchini as the principal vegetable supplement to every meal. The other six-hundred were fed a vegetable substitute that looked and tasted like zucchini, but was really a soy-based imitation.

Neither the subjects of the study nor the researchers knew which men received the helpings of bona fide zucchini and which ones ate the ersatz vegetable three times a day. The research was conducted over a period of twelve months, which, Ernewine said, was a major challenge. In order to be effective, the vegetables had to be eaten by the subjects within thirty-six hours of being picked from the field, in order to be effective.

“Do you know how hard it is to find early-growth zucchini in Montreal, in February? Don’t try and answer that,” he said. “Just imagine it. Our FedEx bills were astronomical.”

But in spite of all the logistic hurdles, he explained, the results of the study proved the efficacy of the zucchini as a cure for baldness, “without a doubt”. “When we factored out the placebo effect, more than eighty percent of the men who ate the zucchini had strong hair follicle re-growth within one month.”

Another member of the McGill project team, Joseph Kinsella, confirmed the double-blind protocol, which was put in place to prevent bias. “It was like the blind leading the blind,” he said. “Sorry, that’s a research joke.”

Kinsella explained that the easiest phase of the study was working around the daily meal schedules of the twelve-hundred volunteers. They were, he said, “amazingly flexible.” And the drop-out rate was negligible. He put it down to motivation.

“I think it’s safe to say that this was a very, very motivated group,” he said. “Can you imagine what a chocolate milkshake tastes like when it’s infused with zucchini?” Source: FNT Staff

Photo credit: Original images at Dr. Batra’s

Patent Approved for World’s First Self-Suspending Suspension Bridge

Self Suspension Bridge-FNT-small.pngCOPENHAGEN – A Danish engineering firm has successfully pioneered the world’s first self-suspending suspension bridge. Jensanders Engineering Inc., a small family-owned company from Roskilde has been awarded a worldwide patent on the design.

The bridge, designed and modeled in part on driverless vehicle software technology, and with a free-floating road deck, is the first in the world to suspend itself to span a waterway, without foundations and abutment anchors of any type.

The patent was granted only after the company was able to demonstrate that the bridge could operate in fully autonomous mode, with no danger to vehicles and humans crossing the full span.

Magnus Petersen, the CEO of Jensanders Engineering, outlined some of the challenges the company faced in bringing the groundbreaking project to fruition.

“Well, our biggest problem was finding a spot for field testing the prototype where our competitors wouldn’t get wind of it,” he said.  “A suspension bridge is not something you can set up in your garage.

“That was our third biggest problem, actually,” said Hagen Peterson, the Chief Software Officer for the company. “The biggest one was getting the thing to levitate in the first place, and the second biggest was finding the right type of shielding for the main chip so someone working his iPad a block away wouldn’t suddenly send it a hundred metres to the left or right of the approaches, without any warning.”

Hagen Peterson explained that he and his brother Magnus, worked on the revolutionary self-suspending design for six frustrating years before they had a breakthrough. The prototype would spin out of control and crash into the water once a month, for no apparent reason.

“We finally traced the source of interference to the Northern Lights,” he said. They nearly drove the lidar sensors nuts. But after I covered the motherboard with aluminum foil, that settled it right down. I can operate it now on manual override from my smartphone”

His brother was quick to point out the hurdles that were still ahead.

“The prototype is only approved for a fifty metre span and a hundred and seventy tonne load,” Magnus said. “So we’ve really got a lot of work to do yet on the technology before we can take it to the market.” Source: FNT Staff

Photo credit: Original images at Pixabay,