Smart Ink

For me tattoos have to have a meaning which is why I like to design my own. Over the years I've designed several of the twenty plus tattoos on my body. In between recording the album I've been working on a new chest piece. It's incomplete because I haven't found all the elements it needs. The other day while searching all spectrums of the artistic field for elements to add, I came across some interesting news.  

Tattoo culture as a whole goes back thousands of years. In modern times tattooing in some cultures is still taboo. While in most western countries tattoos are considered decorative pieces of body art. In the past the most functional a tattoo could be was as a map or a compass. Now thanks to some innovative minds there's smart ink that allows tattoos to be used in a variety of life improving ways. Researchers at Harvard, MIT, Google, Microsoft and several other private sectors have created smart ink using Nanotechnology. 

Smart ink tattoos are being developed that allow users to interact and control electronic devices. Some smart ink tattoos are designed to change color when body temperature fluctuates. Other can be used to monitor heart rate, sugar levels in diabetics, and many other body functions. The goal of the MIT researchers is to combine art and medicine. They want tattoos to overcome some of the difficult hurtles that effect the biomedical field in regards to monitoring devices. In place of wearing some bulky monitoring device which requires batteries, straps and cables. You just get a tattoo that effectively does the exact same function. This is especially useful for people with chronic conditions who may require years of monitoring. 

In the near future researcher will have ink that can interact with the skin in ways that allow for increased durability, sight, and reflexes. Basically, they're developing smart ink that can be applied to the body to make bullet proof skin. Super soldiers. Imagine a world where soldiers no longer wore bulletproof vests. Instead they wear normal clothes concealing their cool tattoos and can stop a bullet with their hands. Or someone being able to control a drone with the tattoos on their head. It may sound like sci-fi out of a low budget Hollywood movie but the fact is...the truth is stranger than fiction. The next decade of smart ink development is going to be very interesting. 

Until Next We Speak, Be Well

Tha One an Only 

3D Print Organs

As you know I've been a fan of 3D printers since their inception. Recently they've went from being machines used by engineers and hobbyist, to become a life saving medical device.

In the last few years scientists have been able to create new skin, eyes, ears, tracheas, bladders, and other body parts by utilizing 3D printing technology. The field is called Bio-printing. Like other forms of 3D printing, Bio-printing lays down multiple layers of organic material (living cells), to form a solid mass of human tissue. This tissue is used to replace damaged skin or any of the other aforementioned body parts.

In the past doctor had to create artificial organs utilizing a scaffolding method combined with living tissue. This method was successful but slow in comparison, 3D-printing technology. Bio-Printing with 3D printers is twice as fast and it utilizes computer-guided precision in printing living tissue. The Bio-Printing field has pushed the boundaries of regenerative medicine. 

The San Diego-based Bio-printing company Organovo is planning to unveil the world's first 3D printed human liver this year. Other companies are racing to be the first to print other organs such as hearts, livers and kidneys. This technology will save thousands of people waiting to die on the transplant list.

Recently a man from Wales named Stephen Power made international headlines when he got into a serious motorcycle accident, which left him disfigured. Half his face was so damaged that he had to hide it behind dark sunglasses. Doctors measured the necessary bones and structure then printed out the parts to rebuild his face with a 3D printer. 

There was a similar case where a man had to remove a tumor from his face and ended up having half his face cut off, leaving a gaping hole. His face was also reconstructed with 3D technology. Watching how Bio-printing works reminds me of the med bay in the movie Elysium. A machine that can rebuild any damaged tissue including bones and organs. Check out their stories below.