What set MRI on the path to where it is today was this modality’s ability to reveal, in strikingly realistic fashion, the mushy insides of our bodies. Whereas x-rays and CT scans showed our bony interior in stark relief, MRI excelled at showing our softer selves. That may be why it seemed so natural and fitting when fruits were used to see whether MRI scanners were working correctly. But I had never seen such scans as art, not until Andy Ellison got hold of them.
What set MRI on the path to where it is today was this modality’s ability to reveal, in strikingly realistic fashion, the mushy insides of our bodies. Whereas x-rays and CT scans showed our bony interior in stark relief, MRI excelled at showing our softer selves. The bulbs and soft curves of the brain were there, intact, untouched, unsettlingly visible. It was otherworldly, like turning a microscope on the human body, as MRI provided a view that hadn’t been available anywhere but at autopsy. And even then, the real couldn’t hold a candle to the virtual. It was all perfectly shaped and in context, unscathed.
That may be why it seemed so natural and fitting when fruits were used to see whether MRI scanners were working correctly. Walking past the assembly lines and testing bays at MRI manufacturers, it was common to see watermelons, oranges, even grapefruit on scanner consoles. But I had never seen such scans as art, not until Andy Ellison got hold of them.
He, like many others before him, used fruit and vegetables to gauge the resolution delivered by the radiofrequency pulses he was riding herd on. But unlike those many others, Ellison chose to fly through fruits and vegetables from one end to another or reassemble them into volumetric tributes to what can be done in virtual space.
Stalks of celery open to each other and converge in a big group hug; the core of a cucumber flits on tripartite wings; a watermelon gives rise to strings of Christmas lights; broccoli explodes in a grand finale of fireworks. They are what people see in them.
One visitor to Ellison’s site opined that the broccoli animation would make a “stunning fabric design.” Another saw Fibonacci spirals in the arms leading to watermelon seeds, exclaiming, “Math in nature, whee!” The durian fly through (yes, durian-a fruit loved and hated in southeast Asia, depending on differing tastes) looked to me like a chambered brain, but like an alien belly full of spawn to a less human-oriented viewer. A fan posted “OOH! Do a leek! Or garlic.”
Food will never be the same again.
Can MRI Have an Impact with Fertility-Sparing Treatments for Endometrial and Cervical Cancers?
January 9th 2025In a literature review that includes insights from recently issued guidelines from multiple European medical societies, researchers discuss the role of magnetic resonance imaging (MRI) in facilitating appropriate patient selection for fertility-sparing treatments to address early-stage endometrial and cervical cancer.
Surveillance Breast MRI Associated with Lower Risks of Advanced Second Breast Cancers
January 8th 2025After propensity score matching in a study of over 3,000 women with a personal history of breast cancer, researchers found that surveillance breast MRI facilitated a 59 percent lower risk in advanced presentations of second breast cancers.
Abbreviated MRI for Hepatocellular Carcinoma: What a New Meta-Analysis Reveals
January 6th 2025For hepatocellular carcinoma screening, a 19-study meta-analysis found the abbreviated MRI sequencing protocol of T2-weighted MRI, diffusion-weighted imaging (DWI) and hepatobiliary phase (HBP) imaging offered 88 percent sensitivity and 93 percent specificity.
New CT and MRI Research Shows Link Between LR-M Lesions and Rapid Progression of Early-Stage HCC
January 2nd 2025Seventy percent of LR-M hepatocellular carcinoma (HCC) cases were associated with rapid growth in comparison to 12.5 percent of LR-4 HCCs and 28.5 percent of LR-4 HCCs, according to a new study.