3D Printing in the Pharmaceutical Industry
Obtain sources based on your previously written introduction and place your thesis in bold:
This is my previously written introduction paragraph and thesis:
In the past decade, researchers in the medical and pharmaceutical industries have increasingly been applying 3-dimensional printing to solve various problems in the field. Drug manufacturers use the technology to efficiently produce medicines while medical practitioners use it to model diseases and organs. Thus, 3D printing is less error-prone and less costly than the more expensive current methods with larger error potential because it creates a quality product for the consumer.
Complete the chart below with a minimum of 5 resources that you have gathered for writing your research paper. Resources will be within the last 5 years, scholarly and peer reviewed.
Provide the references in APA format.
Clearly explain the relevance of each resource to your thesis statement in 3-4 sentences.
Identify whether the resources are primary or secondary.
Complete the literature review for each of the resources identified
Class this is not the full paper, this is a part of the paper you will be writing, limit this assignment to 2-3 pages.
APA Reference
Relevance to the thesis
Primary or secondary resource
example of the last literature review i wrote for the first part of this paper which can be followed for this paper
The paper was published in February 2020. Even though it was recently published, newer information about 3-d printing in the medical industry has emerged. The author’s organizational affiliation can be verified since they are researchers working in various universities in India. Furthermore, a reputable journal in the pharmaceutical field. The language used in the paper is devoid of bias and emotion. However, it is full of grammatical errors. The information provided in the article is meant to inform and teach about new and trending techniques being applied in the pharmaceutical industry.
Three-dimensional Printing in the Pharmaceutical Industry
3D printing has the potential to revolutionize the pharmaceutical manufacturing industry. The healthcare needs of the population, and the therapeutics we use to treat them, are changing. This, in turn, is affecting the way we manufacture drugs. One technology that could fulfill the requirement of personalized therapists is three-dimensional (3D) printing, also known as additive manufacturing, which uses a computerized model to guide the layer-by-layer construction of a 3D shape. Its potential to disrupt the pharmaceutical industry is vast, as 3D printing technologies could enable on-demand production of products with personalized dosages, drug combinations, geometries and release characteristics, not afforded by existing conventional manufacturing technologies like tableting and encapsulation.
is own work … supports his own life and imitates society and the human species” (Pappenheim, 1967: 85). The industrialist cycle by which the specialist has no association with its item makes this type of estrangement. The worker has offered away his abilities as a trade off for a low pay as just a product. However, the worker has minimal other decision as this is his main opportunity of endurance in an entrepreneur state. For this reason Marx requires the commotion of the class framework to be supplanted with a socialist state where work is esteemed as ‘life’s superb need’ (Marx, 1891: 119). In setting of contemporary British governmental issues, Marx’s contention can be sabotaged by the declining size of the working people and more prominent relative power it has through worker’s organizations. In this manner, apparently Marx’s contentions are more vulnerable comparable to current times yet it should be commended that they can in any case hold somewhat more than a century on.
This prompts a third type of distance is found in the estrangement of man from his ‘species-being’. A man’s animal groups being is portrayed by Marx as a man’s ‘inclination and his scholarly species-powers’ (Marx, 1844 refered to in Dale, 2016: 329). In less difficult words, our humankind. The course of work is integral to recognizing man from creature and for permitting people to become mindful (Sayers,1994). Where, in an industrialist society, work is sold as a ware rather than part of human undertaking ‘nature, is torn… ‘ from the specialists (Marx, 1844 refered to McLellan, 1978). Work turns out to be more like bondage and opportunity must be communicated at home (Pappenheim, 1967). This self-distance is found in entrepreneur social orders where work is paid by wage, given to laborers in quest for endurance rather than a declaration of information and abilities (Pappenheim, 1967). Free enterprise prevails with regards to distancing laborers from their human potential to the degree they become unmindful of it. This is the place where Marx anticipated that specialists become mindful and topple the bourgeoisie class. A critical scrutinize to this thinking is that in the years since his compositions, private enterprise has stayed prevailing and has become to a great extent acknowledged in the Western powers.
A last type of estrangement that Marx portrays is the ‘distance of man from man’. Marx considered people to be intrinsically friendly creatures (Sayers, 1994). However, he accepted this trademark was hindered by free enterprise. This stems from the division of work, a necessary piece of an industrialist society (Conly, 1978: 82). Through the requirement of explicit abilities on gatherings of various laborers, people become estranged from each other as they gain interests unique in relation to different areas thus the entire local area (Conly, 1978). Marx puts this type of distance over all others in saying that ‘any remaining types of estrangement’ are acknowledged in the division of work (Conly, 1978: 86). This estrangement happens much the same way in the opposition made in an entrepreneur society. Marx expresses that the political economy is driven by ‘avarice and battle among the gree