Implementation of 3D Modeling in Healthcare: A Detailed Report

This report examines the innovative healthcare idea of using 3D models to enhance surgical procedures. It details the benefits, such as improved accuracy and pre-operative practice, and the strategies for implementation, including clear direction and staff training. The report also addresses potential risks, such as data security and technological errors, and identifies facilitators like the desire to improve patient care and barriers such as negative attitudes and lack of resources. References to relevant research articles support the analysis, providing a comprehensive overview of the practical and theoretical aspects of integrating 3D modeling into healthcare. The report underscores the potential of 3D modeling to revolutionize surgical practices by enhancing precision, reducing surgery time, and improving patient outcomes. Desklib provides access to this and other solved assignments and past papers to help students excel in their studies.

Running head: INNOVATIVE IDEA 1
Innovative Idea
Name
Institution

INNOVATIVE IDEA 2
Innovative Idea
Description of Innovative Healthcare Idea and Strategies for Implementation
The use of 3D models to perform detailed surgeries gives surgeons the opportunity to
practice before handling the actual surgery. A 3D modeling is the using of a specialized software
to develop a mathematical representation of any object’s surface in three dimensions. In nursing,
3D printing have the ability to improve the accuracy of any surgery. According to Pugliese et al.
(2018), 3D models help the surgeon to exploit and comprehend the anatomical details of a
patient’s organ. This does not only reduce the time taken to perform a surgery but also enables
surgeons to test the innovative practices making them become more confident in their success.
To implement this idea, the strategies needed include a clear sense of direction and open
communication. This is to ensure that the implementation does not consume much time and that
a stage for atmosphere of trust is built. Another strategy is getting the staff and the management
involved and explaining the impact of the model on different departments. This is to ensure that
the scope and perspectives are widened in the process. The hospital will also invest in training at
every phase of the process. This is to familiarize every staff member as well as get feedback as to
how the implementation process can be effective.
Describe Risks Arising From the Implementation of the Innovative Idea
The implementation of 3D model is global public safety. Although they are being used,
currently there are no legislations that regulate them. Files that contain proprietary information
may be produced in the process and the loss of such files may cause digital sabotage.
Implementation of 3D printing also risks technological errors and omissions. Sometimes the
printed product may fail to work as intended and this may limit the surgeon’s ability to

INNOVATIVE IDEA 3
effectively comprehend anatomical details. Michalski, and Ross (2014) argue that 3D printing
increases an individual’s exposure to ultrafine particles. These particles can lead to adverse
health effects like asthma, heart diseases and stroke.
Describe Benefits Arising From the Implementation of the Innovative Idea
3D models are very beneficial in training future doctors as well as preparing for actual
operations. This is because they look realistic and mimic the actual human body parts thereby
making the operational process more effective and accurate. 3D models also allows for
customization and personalization by providing medical applications the freedom to produce
products and equipment which are custom-made (Ventola, 2014). These custom-made products
and equipment positively impact the time taken to conduct a surgery, the recovery time, and the
success of the process. Moreover, 3D printing is cost-efficient and directly correlates with the
quality of patient care by lowering risks.
Describe Facilitators for Implementation of the Innovative Idea
The facilitators of this idea include the desire to ease the elder care. The elderly
population faces different problems and the generation of implants to help reduce the negative
consequences has facilitated the implementation of this idea. For instance, most elderly patients
with dysphasia battle malnourishments due to difficulty in swallowing food. The desire to reduce
the time taken during surgery and recovery time also facilitated the implementation of this idea.
Before this innovation, surgeons took long as they had no avenues for prior practice before the
actual surgery.

INNOVATIVE IDEA 4
Describe Barriers to Implementation of the Innovative Idea
The barriers to implementation of this idea include negative attitude through focusing on
its negative impacts. This will limit the success of its implementation. Also, lack of enough
resources for learning and adaptation can be a barrier. This will lead to poor quality execution as
well as lack of morale.

INNOVATIVE IDEA 5
References
Michalski, M. H., & Ross, J. S. (2014). The shape of things to come: 3D printing in
medicine. Jama, 312(21), 2213-2214. doi:10.1001/jama.2014.9542
Pugliese, L., Marconi, S., Negrello, E., Mauri, V., Peri, A., Gallo, V., .. & Pietrabissa, A. (2018).
The clinical use of 3D printing in surgery. Updates in surgery, 70(3), 381-388. doi:
10.1007/s13304-018-0586-5
Ventola, C. L. (2014). Medical applications for 3D printing: current and projected
uses. Pharmacy and Therapeutics, 39(10), 704. Retrieved from
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4189697/