The document discusses 3D bioprinting. It introduces 3D bioprinting as the process of generating spatially-controlled cell patterns using 3D printing technologies while preserving cell function and viability. It states that 3D bioprinting has applications in different fields. It also mentions that the document will discuss adoptions of 3D bioprinting and provide forecasts for the technology in 2016. It lists three references related to 3D bioprinting applications and trends.

1. SHEETAL G. PATEL
MSc. BIOTECHNOLOGY
201504101110001
SEM : I
3D BIOPRINTER

2. Content
 INTRODUCTION TO 3d bioprinter
 APPLICATION OF 3D BIOPRINTER In
DIFFERENT FIELDS
 ADOPTIONS
 bioprint forecast
 2016
 REFERENCES

3. INTRODUCTION
3D bioprinting is the process of
generating spatially-controlled cell
patterns using 3D printing
technologies, where cell function and
viability are preserved within the
printed construct.

5. Application of 3D bioprinter
includes the students to use
3D bioprinter in different
ways and also in different
source of product.

11. 3D PRINTING ADOPTIONS

14. REFERENCES
 Chirag khatiwala , Richard law, Benjamin shepherd;
3D Cell Bioprinting for Regenerative Medicine Research and
Therapies., GeneTherapy and Regulation,
2012, 7(1): 1230004 (19 pages)
 Judee Grace Nemeno-Guanzon , Soojung Lee, Johan Robert
Berg; Review Articles:Trends inTissue Engineering for Blood
Vessels., Journal of Biomedicine and Biotechnology,
2012,(2): 1-14
 Jakab K ;Tissue Engineering by self-assembly of cells printed
into topologically defined structures.,Tissue Engineering,
2008 , A 14 :413-21