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3D Bio-Print:A Socio Ethical View of Bioprinting Human Organs and Tissue Structuring


Affiliations
1 Department of Computer Technology, Community College, Northern Border University, Saudi Arabia
 

Objectives: To analyse fabrication of artificial tissues and organs for future transplants, to identify effectiveness of 3D bio printing in operating various medical issues and to resolve the patients-specific cancer or relevant diseases through proper therapy. Methods/Statistical Analysis: This report is also consisting of the debates from various authors will be helpful for making effective determination of all operations. However, this thematic analysis will be helpful in bringing a clear view over this bio-engineering technique. However, in the recent time, there have been influences of various techniques and methods for developing and restructuring the organ such as artificial leg, hand and several parts of body. Findings: As per analyzing the applied technique for detruding the t-test statistics on which it can be said that, the t value is 4.97, sig. 2 tailed is 0.001. Therefore, the p value is less than 0.05 which insist that, there is a significant mean difference between 3D bio printing and development in medical facilities. And One-way ANOVA: To analyze outcomes based on dependent variable and independent variable on which hypothesis has been addressed. Thus, as per the signification value which is 0.610 as more than p value (0.05)? Thus, it can be said that, there is no significant mean difference between 3D bio printing and development in medical facilities. Application/Improvements: The gathered data was analysed by implicating statistical tool which brings positive outcomes. Therefore, implication of this technique will be helpful in resolving medical issues.
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  • 3D Bio-Print:A Socio Ethical View of Bioprinting Human Organs and Tissue Structuring

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Authors

Mohammad M. Salman
Department of Computer Technology, Community College, Northern Border University, Saudi Arabia

Abstract


Objectives: To analyse fabrication of artificial tissues and organs for future transplants, to identify effectiveness of 3D bio printing in operating various medical issues and to resolve the patients-specific cancer or relevant diseases through proper therapy. Methods/Statistical Analysis: This report is also consisting of the debates from various authors will be helpful for making effective determination of all operations. However, this thematic analysis will be helpful in bringing a clear view over this bio-engineering technique. However, in the recent time, there have been influences of various techniques and methods for developing and restructuring the organ such as artificial leg, hand and several parts of body. Findings: As per analyzing the applied technique for detruding the t-test statistics on which it can be said that, the t value is 4.97, sig. 2 tailed is 0.001. Therefore, the p value is less than 0.05 which insist that, there is a significant mean difference between 3D bio printing and development in medical facilities. And One-way ANOVA: To analyze outcomes based on dependent variable and independent variable on which hypothesis has been addressed. Thus, as per the signification value which is 0.610 as more than p value (0.05)? Thus, it can be said that, there is no significant mean difference between 3D bio printing and development in medical facilities. Application/Improvements: The gathered data was analysed by implicating statistical tool which brings positive outcomes. Therefore, implication of this technique will be helpful in resolving medical issues.

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DOI: https://doi.org/10.17485/ijst%2F2018%2Fv11i41%2F132474