Anyone who is as familiar with the Star Trek: Voyager television series as I am should remember fondly the episode (“Phage” – s01e04) where the hologram Doctor pursues a revolutionary medical procedure on the Talaxian known as Neelix. Neelix had been attacked early in the episode, to which his lungs were teleported out of his body with a weapon of sorts and stolen. In order to remain alive while the crew of the ship search for the attacker and retrieves back Neelix’s lungs, the Doctor decided that the only means of doing so, seeing as how a Talaxian’s internal structure is too complex to be physically replicated, would be to instead create a holographic version of the missing organs.
As you can see, the Star Trek universe apparently figured out a way to develop matter within photonic projections. Ergo the hilarious slap in the face by a hologram. LOL But then, seeing as how we’re currently incapable of achieving such a technological feat, we’re at the moment left pondering what exactly holographic organs could serve a purpose for medically.
To answer this, I will be republishing an article below that was originally published by the independent science research news site, the AlphaGalileo Foundation:
Damages to organs detected in 3-D holograms
07 September 2013
Recently converted in one of the youngest residents of Silicon Valley, California, the high-tech Mexican enterprise Echopixel created software that allows the medical doctor to look and manipulate on their desk third dimension (3-D) holograms of various organs obtained from ultrasound, CT or MRI scans.
Thanks to their computer system called Z-Space, the physician can use a flat screen on their desk and project a 3-D copy of the heart, liver, intestine, pancreas or any other organ that the patient wishes to be diagnosed.
The hologram is individualized and can be manipulated, for example, to enlarge a vein or open it. The solution that Echopixel offers is to take each one of the 500 or thousand images, in the form of slices that are obtained from CT or MRI scans and fuses them in a tridimensional form with the help of a program that translates a flat image in volumetric data.
Sergio Aguirre, graduate from the Tecnológico de Monterrey (ITESM), conceived this idea since 2006 after a previous experience working with 3-D videos. When he observed the great potential in the so called “professional markets” Aguirre decided to jump form 3-D advertising to the elaboration of a medical visualization tool, for that, he decided to seek the help of the Mexico-United States Foundation for Science (FUMEC), which contacted him with academies and American enterprises.
“With the innovation that we provide, the doctors have the possibility to work with body parts, not just images. Currently, diagnosis is made with images from ultrasound, CT or MRI scans from the patient. Between 500 and a thousand images from an organ are delivered to the physician, who must then reconstruct the images mentally to detect an anomaly or tumor. This is a very intense cognitive process but can be inefficient. Our system takes all those images and displays them as a whole organ”, Sergio Aguirre explained.
The structure of our enterprise is not only based in four employees, but an excellence team behind the operators formed by eight medical doctors, engineers, screen experts and business counselors that work in Mexican and American universities or companies. Six of them have a Ph.D. and others a post- doctorate. The incorporation of each counselor required a process of consults and negotiations that took three months.
Today, this Mexican enterprise in one of the Silicon Valley’s Tech-BA program beneficiaries, and expects to generate annual sales superior to 50 million dollars.
Besides, when a certain growth stage is reached it can be attractive to be bought by bigger companies that could pay up to seven fold the value of their annual sales. (Agencia ID)