An Overview of the Technological Practices in the Paramedic Arena and an Insight on the Implications of Modern Technologies

A dive into ancient medical arena parallel to modern medical arena reveals the existence of extensive disparities between the eras. There exists a significant transformation in the medical arena that has elevated the dispensation of medical based services from one patient to the other. From the segment of delivery to the segment of testing and manipulation of genes, the medical arena has experienced mass progressions that cannot be ignored at any cost. While the technology progresses, the treatment drills have also ascended to improved gauges and so as the health of individuals.

The extensive application of technological based treatment in medical institutions has been felt heavily and has impacted the monetary inputs of either treatment arenas or invalids that require the application of this progressive technology. This essay dives into the prior technological practices in the paramedic arena. Secondly, this paper will uncover insights on the modern medical technologies and their implications. Both the drawbacks and the leads of the escalated technology will be highlighted in this essay.

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Eventually this paper will provide an analysis of whether the technology is better or has caused more harm than the intended good. Conclusively, the core intent of this essay is to uncover the progression of technology in the medical arena and provide a sturdy argument on why it is one of the most striking progressions through highlight of support insights.

Ancient Medical Technology

In the Roman empires in the past, there was what was considered an advanced form of medical treatment and vessels and equipment that was regarded as effective was adopted.

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Firstly, the physicians were very highly regarded in the society and hence their effectiveness was heavily relied on. The library in Virginia has archived sets of these instruments and hence their study can reveal a vast understanding of the information. Some of the instruments like the scalpel have not evolved much except probably in size but some instruments like the speculums have advanced from a more mechanical form to an advanced electrical formation. The vessels applied in the collection of plasma and the levers applied in the placement of bones that are broken back into position were all ancient in consideration with current ones. Although the concepts spelled out in the formation of the instruments is homogenous to the modern one (Rector, 2007). In the 1900’s is when the instruments and technologies for drug formation begun to improve greatly. Starting from the technology applied in the uncovering of penicillin by Fleming to the initial incidents of the manipulation of tissue in the 80’s. Penicillin at its launch was countered by the lack of facilities to dispense it in heightened amounts (Hardy, 2016. P.p. 2)

Modern Day Technologies

Modern day technology in the medical arena ranges from stethoscopes, knee braces, MRI machines and even simple entities like the inclusion of rubber gloves in treatment of patients (Dickey, 2000. P.p. 90). The research segment is founded on the progression of medical technologies to boost insights that focus on the exemplification of a drug or even form of therapy or the aftermath of the application of the drug or technology. Molecular biology in the comprehension of intricate algorithms of DNA formation has become a core component of the medical arena (Castro, 2009. P.p. 3). In the research arena there has been a heightened level of the formulation of a fully-fledged investigative system that can be applied in the all-round process of data acquisition, data linking and analysis of both virgin and archived data to draw sturdy inferences (Castro, 2009. P.p. 4).

In the prior year, a study on the implemented technologies revealed the heightened application of virtual and 3D based facilities in the diagnosis and treatment of invalids. On top of this, there is the embrace of mass treatment methods. Technology has aided in the application of population sciences that aid in the determination of outbreaks detecting the rate at which the health of the invalids deteriorates hence are able to propose effective treatments on a more rapid basis. This can be interpreted to signify the treatments effected in these areas are more of mass based rather than on a personal basis (Hendricks, 2013). Through an encompassing of the 3D printing devices, physicians are able to make cell replicas for aiding in drug experimentation. Skin has also been replicated using these printers for purposes of manipulating treatment for invalids who have suffered mass skin defects. The printing is also applicable in the replication of features that are able to progress to bone and cartilage. Printing is also highly effective in the reproduction of parts that necessitate changing as it aids in the production of these parts as opposed to the time mandated in requesting for new organs (Govette, 2015). Hendricks (2013) noes that the application of practice technologies like the OCD-10 have come a long way in the training of physicians to familiarize them with present technologies as well as train them in the effecting of surgery treatment.


Diseases can be uncovered rapidly in the invalids through application of CT scanners and hence appropriate treatment can be dispensed by the physicians. This translates to depressed instances of miss-diagnosis. Secondly the embrace of sterilizers culminates to the treatment of an extensive quota of invalids using a single form of technology.


The spread of modern technologies is a factor of national economies and hence there is a wide parallelism in the third world nation’s adoption of technologies in comparison to the advanced nations. Most communities who have stuck to the application of traditional based medication have presented the justification that progressive technologies are quite monetary involving and also mandate the acquisition of a varied range of knowledge (Patwardhan, 2005, p.p. 19).

Ethical issues in the handling of invalid information through the application of medical based technologies are greatly challenged by the security of these virgin technologies (Marckmann & Goodman, 2002. P.p. 2). On another note, there is a vast range of these forms of technology which present confusion to the involved parties on which one is best to implement in a certain situation.


In other nations, the civil structures have extensively laid out support for traditional practices which have hindered the application of modern technologies (Patwardhan, 2005. P.p. 19).

Future of Medical Technology

Notwithstanding the already occurring instances of medical progression, there is still a heightened amount of researched being embraced in the arena with intents of escalating the level of application of the existing technologies and countering the shortcomings brought about by this technology. In the arena of tissue manipulation, advancements should be considered in the complete succession or renewal of the organ involved (Kim & Evans, 2005. P.P. 3). There are various grounds that are being looked into with regard to the progression of tissue manipulation together with variance in the embrace of the technology in other clinical sections. There are conventional and ethical conflicts that may spring from this progression and hence necessitate early handling prior to the implementation of this strategy (Kim & Evans, 2005. P.P. 11).

Personal Reflection

One of the core reasons why I consider this the most advanced form of technological growth is due to the fact that this industry has not only aimed at improving lives, but also creating a heightened sense of awareness on prevention through technology. However, it is salient to take note of the existence of a competitive front on the innovation in this sector as well as the extreme turnover of events. This sector has managed to defy the religious and ethical notions to come up with advanced form of treatments like the replication of organs and the actualization of internal entities of a human without surgery application. With this kind of progression one wonders whether time will culminate to the laboratory synthesis of a real human being.

Conclusively, the medical field has experienced gradually progressions in its delivery of care and is still ascending to become one of the most revolutionized segment in service dispensation. Starting from traditional ways of treatment adopted in ancient times and also adopted in some low class nations, there has been progress even in the dispensation of these treatments. The medical arena has incurred an all-round experience in the progression of technology starting from research, insight collection and dispensation and finally in the dispensation of treatment to patients. Drug formulation and experimentation has also not been left out in this technology front.


  1. Castro, D. (2009). The Role of Information Technology in Medical Research. 2009 Atlanta Conference on Science, Technology And Innovation Policy.
  2. Dickey, D. (2000). Clinical Engineering Helps Reduce Equipment Costs. Healthcare Financial Management.
  3. Govette, J. (2015). 10 Biggest Innovations in Health Care Technology in 2015. Physician e Consult | Patient Referral Management Software. Retrieved 25 April 2016, from 2015/
  4. Hardy, J. (2016). The miraculous mold: Fleming’s Life Saving Discovery.
  5. Hendrick, D. (2013). How Technology Is Changing the Medical and Health Care Field. The Huffington Post. Retrieved 25 April 2016, from
  6. Marckmann, G. & Goodman, K. (2006). Introduction: Ethics of Information Technology in Health Care. International Review of Information Ethics, 5.
  7. Patwardhan, B. (2005). Traditional Medicine: Modern Approach for Affordable Global Health. WHO Geneva.
  8. Rector, (2007). Surgical Instruments from Ancient Rome. University Of Virginia. 

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An Overview of the Technological Practices in the Paramedic Arena and an Insight on the Implications of Modern Technologies. (2021, Oct 11). Retrieved from

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