3D printing has the potential to revolutionize many industries, including healthcare.
A 3D printed bladder can be used in treatments for bladder cancer if it is specially constructed to match the patient’s shape and size.
3D printing is a revolutionary technology that is quickly expanding in the medical world. Recently 3D printing has been used to create a bladder for a patient, Luke Massella, who had complications with theirs.
The success of this operation is encouraging and suggests that in the future, doctors may be able to use 3D printer organs like 3d printed bladders for other patients with similar problems.
Who Can Benefit From A 3D Printed Bladder?
Who would benefit from a 3D printed and grown bladder? Perhaps someone who needs their bladder removed due to bladder cancer that cannot be removed or cured. Maybe there is someone who has severe incontinence and cannot hold their urine at all. A new bladder would free them from a lifetime of catheter use.
It would significantly improve the quality of the rest of their life. For people with these conditions, a new bladder is precisely what could save or improve their lives. People like the young man who had a bladder malfunction that caused his kidneys to have problems. The 3D-printed bladder saved this young man’s life.
It was transplanted into him, and he never had any problems with it at all. It was grown using his own tissues so his body had no reason to reject it. This is the reason why these 3D print-grown bladders work and are not rejected: they are grown with the patient’s own tissues.
3D Bioprinting
Technology has really come so very far in the last few decades. Medical science is constantly improving, growing, and expanding. As unbelievable as it may seem, 3D Bioprinting has allowed for the creation of many things. Now, this is advanced modern medicine at its finest.
Several Successful Human Bladders Have Been Created
Bioprinting experts are constantly testing and improving in their science. They learn new things through trial and error. They make new discoveries and come up with new ideas daily. Organ printing can and will become a pretty big thing in the future. There have been several successful human bladders printed and grown since that first one.
Many people have been given these bladders, made from their own tissues, and have gone on to lead happier, healthier, more fulfilling lives because of them. Many of these people who have received these 3D print-grown bladders would not be alive today had they not received them.
The First 3D Print Grown Human Bladder Successfully Implanted
The first human bladder that was ever grown from a 3D print was printed at the Wake Forest Institute, by scientists studying regenerative medicine.
Wake Forest Institute specializes in regenerative medicine of all types, including bioprinting. The first printing of the first successfully grown bladder took place in the year 1999.
These scientists took real, live cells from their patients to use for growing the new bladder from the 3D print. They were successful. The patient’s body accepted the new bladder and all was well. This was the first human organ to ever be 3D printed, grown, and successfully implanted.
3D Printing Taken To The Next Level
Bioprinting really takes 3D printing to the next level. Imagine when more organs can be grown and used. So many people would be given the gift of life. Imagine if these organs could be made as available as the 3D print-grown human bladder? It would improve so many lives. This will happen in the future.
The scientists at Wake Forest University have already successfully created other organs as well. Kidneys have been grown from bioprints and successfully implanted into patients. Over 40 different human tissues are being used to create all sorts of human parts like muscles, ligaments, veins and skin.
Medical Science Is Is Advancing Due To 3D Bioprinting
The goal of Wake Forest University is to use this amazing 3D printing technology in the medical field via bioprinting to help others. These scientists are determined to create as many organs and essential parts as they possibly can using bioprinting and human cells.
One day they may even come up with a 3D printed heart. Imagine how many lives could be saved if such a thing were to happen? They already have the technology to create the vessels and veins. It’s almost certain that it will happen if bioprinting keeps advancing the way it is.
If they made a human bladder that can be inserted into a person and used just as that person’s own bladder then anything is possible. One day it will happen. A multitude of organs, muscles, veins, etc. will be available to the average person should they need them. How long will it be before that day comes?
Who knows for sure. The way medical science is advancing so rapidly with bioprinting I doubt it will be long. Look at all that is available already. It’s simply amazing.
Improving and Saving Lives
It used to be when you thought of 3D printing you thought of graphic design and workshops. 3D printing isn’t just for hobbyists, tech rooms, and businesses anymore. 3D printing is becoming an important part of how medical science is advancing. 3D printing is becoming a very complicated, yet beneficial part of medical science. Bioprinting is a type of 3D printing that uses human cells to generate growth from 3D prints.
This mind-blowing technology has allowed for the creation of a real, useable human bladder. These 3D bioprinting machines make our 3D printing machines seem like toys. Our 3D printing machines print things like vinyl. These 3D bioprinting machines can print human flesh.
The creation of a real human bladder that can be implanted and function through has got to be one of the most amazing 3D print stories ever. When you combine science and technology you can produce amazing things. The results can be spectacular. In this case, the results can not only improve real, human lives, but also even save them. I can’t wait to see what miracles they create using 3D printing next! Thank you for reading and take care!
Hello, my name’s Rush Chapman. I’m a 3D printing enthusiast. I started this site to help people choose 3D printing projects and select the best 3D printer for your needs, whether you’re a hobbyist or a pro!
