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Line 41: * By 2014, there had been various tissues regenerated by the 3D printer and these tissues included: muscle, vagina, penis and the thymus. * In 2014, a conceptual human lung was first bioengineered in the lab.<ref name=lung2014>{{cite web \| url = https://www.wired.com/story/four-successful-bel-transplants/ \| title = Bioengineers Are Closer Than Ever To Lab-Grown Lungs \| last =Gonzalez \| first =Robbie \| date =8 January 2018 \| website = wired.com\| access-date =27 May 2020 }}</ref><ref name=lung2018>{{cite journal \|last1=Uriarte ~~title~~ \|first1=~~Lung~~Juan ~~bioengineering~~J. ~~advances~~\|last2=Uhl ~~and~~\|first2=Franziska ~~challenges~~E. in\|last3=Rolandsson ~~lung~~Enes ~~decellularization~~\|first3=Sara ~~and recellularization~~E. \|last4=Pouliot ~~last~~ \|first4=~~Uriarte~~Robert A. \|last5=Weiss ~~first~~ \|first5=~~Juan~~Daniel J. \|title=Lung ~~year~~bioengineering: =advances ~~2018~~and \|challenges ~~journal~~in lung decellularization and recellularization \|journal=Current Opinion in Organ Transplantation \|date=December ~~volume~~2018 \|volume=23 \| issue =6 \| pages =673–678 \| ~~publisher =journals.lww.com \|~~ doi =10.1097/MOT.0000000000000584 \| pmid =30300330 \| pmc =8669574 \| s2cid =52946782 }}</ref> In 2015, the lab robustly tested its technique and regenerated a pig lung.<ref name=lung2014/><ref name=lung2018/> The pig lung was then successfully transplanted into a pig without the use of immunosuppressive drugs.<ref name=lung2014/><ref name=lung2018/> * In 2015, researchers developed a proof of principle biolimb inside a laboratory; they also estimated that it would be at least a decade for any testing of limbs in humans. The limb demonstrated fully functioning skin, muscles, blood vessels and bones.<ref name=limb2015>{{cite web \| last = Plaugic \| first = Lizzie \| title = Researchers have grown a partially functioning rat limb in a lab \| website = theverge.com \| publisher = washingtonpost.com \| date = 4 June 2015 \| url = https://www.theverge.com/2015/6/4/8730453/rat-limb-biolimb-regeneration-decellularization \| access-date = 8 June 2015 }}</ref>

Regeneration in humans: Difference between revisions