Journal of Tissue Science & Engineering

OMICS Publishing Group

https://www.omicsonline.org/jtsehome.php

Characterization of Decellularized Heart Matrices as Biomaterials for Regular and Whole Organ Tissue Engineering and Initial In-vitro Recellularization with Ips Cells

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Juliana L Carvalho

2012 | Journal of Tissue Science & Engineering
doi:10.4172/2157-7552.s11-002 pmcid:PMC4509516 wikidata:Q35871710

Induced Regenerative Elastic Matrix Repair in LOXL1 Knockout Mouse Cell Cultures: Towards Potential Therapy for Pelvic Organ Prolapse

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Ramamurthi A

2012 | Journal of Tissue Science & Engineering
doi:10.4172/2157-7552.1000120 pmcid:PMC6402503

An in vitro Study to Assess the Potential of a Unique Micro porous Algal Derived Cap Bone Void Filler in Comparison with Clinically-Used Bone Void Fillers

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PJ Walsh

2011 | Journal of Tissue Science & Engineering
doi:10.4172/2157-7552.s1-002

Development of a Protocol for Human Adipose Stem Cell Culture in CO2 Independent Medium and Perfusion Bioreactor

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Silva ARP

2012 | Journal of Tissue Science & Engineering
doi:10.4172/2157-7552.s11-006

http://www.omicsonline.org/open-access/obtaining-of-hydrogels-using-pva-and-hec-for-adipose-tissue-regeneration-2157-7552-1000152.php?aid=58212

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David Oehme Peter Ghosh

2015 | Journal of Tissue Science & Engineering
doi:10.4172/2157-7552.1000153

222

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	171	preserved and accessble (bright)
	1	preserved, inaccessible (dark)
	50	no known preservation

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article-journal 222

Publication Type journal
Country Code us

ISSN-L^? 2157-7552
Electronic: 2157-7552
Wikidata Q27723955

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Journal of Tissue Science & Engineering `container_yqgklvdycjax7nldqk4apl6jia`

Homepage URLs

Example Publications

Characterization of Decellularized Heart Matrices as Biomaterials for Regular and Whole Organ Tissue Engineering and Initial In-vitro Recellularization with Ips Cells

Induced Regenerative Elastic Matrix Repair in LOXL1 Knockout Mouse Cell Cultures: Towards Potential Therapy for Pelvic Organ Prolapse

An in vitro Study to Assess the Potential of a Unique Micro porous Algal Derived Cap Bone Void Filler in Comparison with Clinically-Used Bone Void Fillers

Development of a Protocol for Human Adipose Stem Cell Culture in CO2 Independent Medium and Perfusion Bioreactor

http://www.omicsonline.org/open-access/obtaining-of-hydrogels-using-pva-and-hec-for-adipose-tissue-regeneration-2157-7552-1000152.php?aid=58212

Journal of Tissue Science & Engineering container_yqgklvdycjax7nldqk4apl6jia

Homepage URLs

Example Publications

Characterization of Decellularized Heart Matrices as Biomaterials for Regular and Whole Organ Tissue Engineering and Initial In-vitro Recellularization with Ips Cells

Induced Regenerative Elastic Matrix Repair in LOXL1 Knockout Mouse Cell Cultures: Towards Potential Therapy for Pelvic Organ Prolapse

An in vitro Study to Assess the Potential of a Unique Micro porous Algal Derived Cap Bone Void Filler in Comparison with Clinically-Used Bone Void Fillers

Development of a Protocol for Human Adipose Stem Cell Culture in CO2 Independent Medium and Perfusion Bioreactor

http://www.omicsonline.org/open-access/obtaining-of-hydrogels-using-pva-and-hec-for-adipose-tissue-regeneration-2157-7552-1000152.php?aid=58212

Journal of Tissue Science & Engineering `container_yqgklvdycjax7nldqk4apl6jia`