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Foreskin regeneration

928 bytes added, 16 March
Progress reports: Add reference.
* Sig. Aiello (April 2023) announced the successful completion of animal trials using sheep.
 
* Novatna et al. (2023) compared two different methods of decellularization techniques of human foreskin and found that both methods are satisfactory.<ref>{{REFjournal
|last=Novatna
|first=
|init=O
|author-link=
|last2=Varchulova Novakova,
|first2=
|init2=V
|author2-link=
|last3=Galfiova
|first3=
|init3=P
|author3-link=
|last4=Lorencova
|first4=
|init4=P
|author4-link=
|last5=Klein
|first5=
|init5=M
|author5-link=
|last6=Žiaran
|first6=
|init6=A
|author6-link=
|last7=Kuniakova
|first7=
|init7=M
|author7-link=
|etal=no
|title=Decellularization techniques of human foreskin for tissue engineering application
|trans-title=
|language=
|journal=Physiol Res
|location=
|date=2023-10-27
|volume=72
|issue=S3
|article=
|page=
|pages=S287-S297
|url=
|archived=
|quote=
|pubmedID=37888972
|pubmedCID=10669949
|DOI=10.33549/physiolres.935185
|doi=
|accessdate=2023-03-16
}}</ref>
 
{{REF}}
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