3D Printing Transforming Healthcare: Diagnosis, Prosthetics, Surgery & More - Essay Sample

Introduction

The healthcare industry is a dynamic field that keeps on evolving. In recent times, ailments have become complicated, which has forced the industry to come up with printing solutions that have helped them to diagnose and treat patients effectively. As a consequence therein, the medical filed has actively taken up 3D printing to develop prosthetic limbs, manufacture affordable surgical tools, develop human organs for surgical transplants and fasten the surgery process (Dodziuk, 2016). However, like any other data visualization method, 3D printing has its fair share of challenges such as the lack of qualified personnel, the high cost of printing materials and equipment, which can be solved by several recommendations.

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3D medical printing, additionally called bio-pressure, has just been an aspiring dream (Whitaker, 2014). In any case, time and speculation have materialized. 3D printers are presently helping pharmaceutical organizations grow more particular medications that empower the fast creation of medical embeds and change how doctors and surgeons plan methodology. An ultimate objective of 3D medical printing is to make substitution organs for human patients; however, this is just a single of its conceivable applications

The making adds substances for the health part is still immensely progressed; however, it is, as of now, utilized in a few different ways. By adding the right cells to a polymer or gel, researchers can print 3D items that can keep on functioning freely, that is, they can make living beings (Louvrier, Marty & Barrabe, 2017). The skin is comprised of layers, which is the reason it is the perfect contender for 3D printed recreation. An examination gathers from Madrid effectively transplanted 3D skin for mice. In January, a setup model 3D printer equipped for printing human skin (Dodziuk, 2016).

Mice have likewise been utilized to create ovaries fit for unravelling one of the awful medical issues a lady may experience which might not be the exact case in humans. Recently, researchers could embed ovaries into mice utilizing a 3D gelatin cell structure engraved in 3D (Dodziuk, 2016). Different organs, for example, hearts, are especially hard to recreate, given their extraordinary multifaceted nature. Throughout the following six years, nonetheless, less entangled organs, for example, the kidneys and liver, might be accessible.

However, 3D health printing is not just about organ generation. Straightforward and exceptionally lifeless things were unimaginably helpful to doctors and surgeons. In anticipation of medical procedures, doctors can print the patient's anatomical plastic models for a more specific task. 3D printings do not permit customization, and ideal utilization of sophisticated medical methods because utilizing these 3D aides can diminish uptime by up to 30% (Louvrier, Marty & Barrabe, 2017). Medical innovation misuses this innovation and assembles little organs utilizing similar procedures, yet utilizing immature microorganisms as generation gear. Once developed, these organelles can develop and prompt the body of a wiped outpatient when an organ is broken, for example, a kidney or liver (Louvrier, Marty & Barrabe 2017).

The use of 3D printing requires a high level of expertise when it comes to drawing and capturing images. Also, when it comes to producing transplant organs such as the heart and kidney, the staff must be adequately trained with the necessary techniques of filming cells on the organs (Ventola, 2014). It is important to note that 3D printing is one of the latest technology in the medical field, which means that there are few resource materials that learners can study. Besides, the number of teachers and lecturers specializing in data visualization, more specifically 3D printing, is limited hence the lack of capacity to build a robust generation of printers.

References

Dodziuk, H. (2016). Applications of 3D printing in healthcare. Polish Journal of cardio-thoracic surgery, 13(3), 283-293. doi:10.5114/kitp.2016.62625

Louvrier A, Marty P, Barrabe A (2017). How useful is 3D printing in maxillofacial surgery? Journal of Stomatology, Oral and Maxillofacial Surgery, 118(4):206-212 doi.org/10.1016/j.jormas.2017.07.002.

Ventola C (2014) Medical applications for 3D printing: current and projected uses. Pharmacy and Therapeutics 39(10):704-711

Whitaker, M. (2014). The history of 3D printing in healthcare. The Bulletin of the Royal College of Surgeons of England, 96, 7, 228-229.