We are at the very beginnings of a healthcare industrial revolution. Perhaps, we’re beyond just the beginnings, we’ve seen huge leaps and bounds in diagnosis and treatment in the last 20 years. In my life time Aids has gone from being a quickly terminal disease to a disease where people are able to live relatively healthy lives which also last nearly as long as the average person. This is all without needing to have the sums of money of Magic Johnson.

This alone is something to celebrate, but there’s a lot more work to be done in easing the pain of suffering patients. Many Americans suffer from dibilitating heart diseases, which in some cases require heart transplants. Transplants are extremely risky procedures because the body can and does reject the new hearth. So, even after receiving the new heart, many patients are on immune system suppressing drugs. This increases their risk of infection and contracting other diseases, which can of course reduce the quality of life and inreases the risk of premature death due complications of the transplant. Recently, there’s been a serious break through in building a heart scaffold.

What is a heart scaffold? This is essentially a structure that allows your own cells to re-build your heart. In the case of this breakthrough, another heart had all of the specific cells that would have been rejeted by the transplant patient. The underlying structure remains because it is generic tissue that is transferrable between species. This break through allows patients to use their own stemcells and heart cells to convert the scaffolding into a function heart that is the patient’s own heart, not a transplant heart. This reduces the likelihood of rejection by the patient, eliminates the need for the immune suppressing drugs, and improves the results.

In the paragraph above, I said transferrable between species. The heart that is being used isn’t even a human heart, it’s a pig heart. This greatly increases the supply of hearts, because the number of hearts that can be transplanted is based on the number of peole willing to donate a heart and that are in good enough condition to be transplanted into another patient. We can hope for future advances for other types of organs as well.

This isn’t the only type of advancement we’re seeing along this vein. There is a pen that can draw cells on bone, and there are 3D printers that are being developed to print organs, like livers.

We live in exciting times for sciene in healthcare. We just need to figure out how to have medicare and insurers pay for the next.