3D Bioprinting Organs by Brittany Bruffey

Summary

bbruffey1 — 2025-01-21 01:34:41 UTC

Regenerative Medicine is growing by leaps and bounds. Research is advancing and bioprinting organs for human transplant is becoming a reality. "Mayo Clinic's Center for Regenerative Biotherapeutics supports research to advance tissue engineering and cell and gene therapies to clinical care for patients with rare and complex diseases" (Buckles, 2024). The 3D bioprinter will use medical imaging such as MRI and or CT scan and create a digital blueprint (Buckles, 2024). Currently, it is being studied to bioprint human organs. The Mayo Clinic has used 3D bioprinting to study inflammatory skin disease by recreating skin and looking at its use for manufacturing human tissue and organs (Buckles, 2024). The ultimate goal would be to be able to print organs and tissues on demand. Currently, 3D bioprinting is being used to create implants for the larynx or trachea and will replace damaged tissue (Buckles, 2024). The possibilities are endless with 3D bioprinting, and the future is bright.

Pros/Cons

bbruffey1 — 2025-01-21 01:37:50 UTC

Pros:

Print organs and tissue on demand

Shorten transplant waitlist

Reduce death rate

Reduce rejection rate

Cons:

Bioprinted organ must have connection to blood, oxygen, and nutrients (researchers have struggled to create these networks of capillaries and blood vessels via bioprinting)

Integrating bioprinted tissue into the human body while preventing rejection

Cost of printing organs in 3D

Ethical issues surrounding 3D bioprinting of organs

3D Bioprinting Organs Video

bbruffey1 — 2025-01-21 01:47:20 UTC

My Strengths/My Team

bbruffey1 — 2025-01-21 02:07:47 UTC

My top 5 strengths are: learner, achiever, intellection, relator, and input. My strengths will guide the team to success. By having learner as my main strength, I will continue to learn and strive to improve. I am a hard worker and have a lot of stamina which signifies my achiever strength. This endeavor will require great intellection discussion which is one of my strengths. I am good at building relationships with others, which will be helpful for building this team and completing the task. I also am an avid collector of ideas and thoughts which will be helpful as well.

My Team:

Matthew- Maximizer

Matthew will be able to take the team to the next level!

David- Deliberative

David will be able to guide the team in making decisions and will anticipate any obstacles that the team will have.

Andrew- Activator

Andrew will able to turn the thoughts of the team into actions and get the job done!

Daisy- Developer

Daisy will recognize the strengths of the team and cultivate success for the team!

Issac- Ideation

Issac will be sold on the bizarre idea of bioprinting organs and will provide the energy that this team needs.

Opinion/Rationale

bbruffey1 — 2025-01-21 02:18:26 UTC

I am a huge fan of innovation and using technology to its fullest potential. I see the huge benefits of 3D Bioprinting Organs. Organ transplant lists have the potential to become a thing of the past, and rejection of organs would not be a stumbling block. However, the fine-tuning of such innovation will have to be analyzed and assessed. The workings of creating capillaries and blood vessels will have to be determined, and a way to prevent rejection will have to be figured out. Using the patient's healthy tissue to grow an organ would significantly reduce the risk of rejection, though. The cost will also have to be determined. Is this form of technology too costly for the patient financially? Even with the roadblocks of this innovation, it is promising that the future of 3D Bioprinting Organs is now in the present, with endless possibilities.

References

bbruffey1 — 2025-01-21 02:22:47 UTC

Ethical Concerns

bbruffey1 — 2025-01-26 15:32:15 UTC

3D Bioprinting organs has great benefits and potential, there are some ethical concerns surrounding this concept. The first concern being what type of cells will be used to create the organ. If other people are donating cells, how do we maintain confidentiality, receive informed consent, and address cell ownership (Kirillova et al., 2020). Also, how do we ensure that 3D bioprinting is used appropriately (Kirillova et al., 2020)? There are many ethical concerns to consider as the concept of 3D Bioprinting emerges. These concerns will have to be addressed case-by-case.