ANNOTATION 4 Running Head: Annotation and Recommendation of Two Peer Reviewed Journal Articles on 3d Printing Technology

Running Head: ANNOTATION 1
Annotation and Recommendation of Two Peer Reviewed Journal Articles on 3d Printing
Technology
Student’s Name
Date

ANNOTATION 2
Annotation and Recommendation of Two Peer Reviewed Journal Articles on 3d Printing
Technology.
Technology use is in every sector nowadays. It is being used even in the medical fields.
Digital disruption is the cause of all these issues. Digital disruption can never be avoided
because if a sector avoids a technological advancements, there can be numerous negative
impacts. In hospitals, doctors deal with people lives. Machines which are computerized can
really bring benefits in these sector. One of the reason is that they are fast and efficient. The rate
at which they perform they programs is faster compared to human beings. The accuracy rate of
the machines is also higher compared to a human being. Technology should be fully embraced in
this field
Xing, J. F., Zheng, M. L., & Duan, X. M. (2015). Two-photon polymerization
microfabrication of hydrogels: an advanced 3D printing technology for tissue
engineering and drug delivery. Chemical Society Reviews, 44(15), 5031-5039.
This paper analyses how3D printing technology has been applied in the field of
medication especially in the tissue engineering and drug delivery. The author analyzes
one of the technology on 3D printing called two-photon polymerization denoted as TPP.
As discussed in this paper, this technology has been applied extensively in the field of
medicine especially in medical branches dealing with Nano-optics, the technology of
microscopic appliances especially those having moving parts, studying systems that can
deal with small quantities of fluids by using minute channels, biomedical implants, and
Micro Devices. As discussed in the paper, two-photon polymerization is very useful in
tissue engineering and drug delivery since it has a very powerful manipulation ability for
detailed minute scaled structures with high spatial resolution on both the infinitesimal