Search Results - "Sundback, Cathryn"

Engineered vascularized bone grafts by Tsigkou, Olga, Pomerantseva, Irina, Spencer, Joel A, Redondo, Patricia A, Hart, Alison R, O'Doherty, Elisabeth, Lin, Yunfeng, Friedrich, Claudia C, Daheron, Laurence, Lin, Charles P, Sundback, Cathryn A, Vacanti, Joseph P, Neville, Craig

“…Clinical protocols utilize bone marrow to seed synthetic and decellularized allogeneic bone grafts for enhancement of scaffold remodeling and fusion…”
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Degradation behavior of poly(glycerol sebacate) by Pomerantseva, Irina, Krebs, Nicholas, Hart, Alison, Neville, Craig M., Huang, Albert Y., Sundback, Cathryn A.

“…Poly(glycerol sebacate) (PGS), a promising scaffold material for soft tissue engineering applications, is a soft, tough elastomer with excellent…”
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A Highly Tunable Biocompatible and Multifunctional Biodegradable Elastomer by Pereira, Maria José Nunes, Ouyang, Ben, Sundback, Cathryn A., Lang, Nora, Friehs, Ingeborg, Mureli, Shwetha, Pomerantseva, Irina, McFadden, Jacob, Mochel, Mark C., Mwizerwa, Olive, del Nido, Pedro, Sarkar, Debanjan, Masiakos, Peter T., Langer, Robert, Ferreira, Lino S., Karp, Jeffrey M.

“…Biodegradable elastomers synthesized under mild conditions with highly tunable mechanical properties are described. These elastomeric biomaterials are…”
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Fluorescent Reporter Mice for Nerve Guidance Conduit Assessment: A High‐Throughput in vivo Model by Mohan, Suresh, Hernández, Iván Coto, Wang, Wenjin, Yin, Kaiyang, Sundback, Cathryn A., Wegst, Ulrike G.K., Jowett, Nate

“…Objective Use of cell culture and conventional in vivo mammalian models to assess nerve regeneration across guidance conduits is resource‐intensive. Herein we…”
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Porous honeycomb film membranes enhance endothelial barrier integrity in human vascular wall bilayer model compared to standard track‐etched membranes by Ebrahim, Neven A., Mwizerwa, Olive N., Ekwueme, Emmanuel C., Muss, Tessa E., Ersland, Erik E., Oba, Takahiro, Oku, Keisuke, Nishino, Masafumi, Hikimoto, Daichi, Miyoshi, Hayato, Tomotoshi, Kimihiko, Neville, Craig M., Sundback, Cathryn A.

“…In vitro vascular wall bilayer models for drug testing and disease modeling must emulate the physical and biological properties of healthy vascular tissue and…”
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The tissue-engineered auricle: past, present, and future by Bichara, David A, O'Sullivan, Niamh-Anna, Pomerantseva, Irina, Zhao, Xing, Sundback, Cathryn A, Vacanti, Joseph P, Randolph, Mark A

“…The reconstruction, repair, and regeneration of the external auricular framework continue to be one of the greatest challenges in the field of tissue…”
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biodegradable and biocompatible gecko-inspired tissue adhesive by Mahdavi, Alborz, Ferreira, Lino, Sundback, Cathryn, Nichol, Jason W, Chan, Edwin P, Carter, David J.D, Bettinger, Chris J, Patanavanich, Siamrut, Chignozha, Loice, Ben-Joseph, Eli, Galakatos, Alex, Pryor, Howard, Pomerantseva, Irina, Masiakos, Peter T, Faquin, William, Zumbuehl, Andreas, Hong, Seungpyo, Borenstein, Jeffrey, Vacanti, Joseph, Langer, Robert, Karp, Jeffrey M

“…There is a significant medical need for tough biodegradable polymer adhesives that can adapt to or recover from various mechanical deformations while remaining…”
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In vitro evaluation of decellularized ECM-derived surgical scaffold biomaterials by Luo, Xiao, Kulig, Katherine M, Finkelstein, Eric B, Nicholson, Margaret F, Liu, Xiang-Hong, Goldman, Scott M, Vacanti, Joseph P, Grottkau, Brian E, Pomerantseva, Irina, Sundback, Cathryn A, Neville, Craig M

“…Decellularized extracellular matrix (ECM) biomaterials are increasingly used in regenerative medicine for abdominal tissue repair. Emerging ECM biomaterials…”
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Biocompatibility analysis of poly(glycerol sebacate) as a nerve guide material by Sundback, Cathryn A., Shyu, Jeffery Y., Wang, Yadong, Faquin, William C., Langer, Robert S., Vacanti, Joseph P., Hadlock, Tessa A.

“…No satisfactory method currently exists for bridging neural defects. Autografts lead to inadequate functional recovery, and most available artificial neural…”
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Ear-Shaped Stable Auricular Cartilage Engineered from Extensively Expanded Chondrocytes in an Immunocompetent Experimental Animal Model by Pomerantseva, Irina, Bichara, David A, Tseng, Alan, Cronce, Michael J, Cervantes, Thomas M, Kimura, Anya M, Neville, Craig M, Roscioli, Nick, Vacanti, Joseph P, Randolph, Mark A, Sundback, Cathryn A

“…Advancement of engineered ear in clinical practice is limited by several challenges. The complex, largely unsupported, three-dimensional auricular neocartilage…”
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In vivo response to decellularized mesothelium scaffolds by Cronce, Michael J, Faulknor, Renea A, Pomerantseva, Irina, Liu, Xiang-Hong, Goldman, Scott M, Ekwueme, Emmanuel C, Mwizerwa, Olive, Neville, Craig M, Sundback, Cathryn A

“…Biological surgical scaffolds are used in plastic and reconstructive surgery to support structural reinforcement and regeneration of soft tissue defects…”
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The effect of sustained delivery of vascular endothelial growth factor on angiogenesis in tissue-engineered intestine by Rocha, Flavio G, Sundback, Cathryn A, Krebs, Nicholas J, Leach, J. Kent, Mooney, David J, Ashley, Stanley W, Vacanti, Joseph P, Whang, Edward E

“…Abstract Our group has previously created a functional neointestine that is capable of restoring absorptive function. However, the endogenous level of vascular…”
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Chondrogenesis by bone marrow‐derived mesenchymal stem cells grown in chondrocyte‐conditioned medium for auricular reconstruction by Zhao, Xing, Hwang, Nathaniel S., Bichara, David A., Saris, Daniel B., Malda, Jos, Vacanti, Joseph P., Pomerantseva, Irina, Sundback, Cathryn A., Langer, Robert, Anderson, Daniel G., Randolph, Mark A.

“…Bone marrow‐derived mesenchymal stem cells (BMSCs) can be obtained by minimally invasive means and would be a favourable source for cell‐based cartilage…”
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Biologic properties of surgical scaffold materials derived from dermal ECM by Kulig, Katherine M, Luo, Xiao, Finkelstein, Eric B, Liu, Xiang-Hong, Goldman, Scott M, Sundback, Cathryn A, Vacanti, Joseph P, Neville, Craig M

“…Abstract Surgical scaffold materials manufactured from donor human or animal tissue are increasingly being used to promote soft tissue repair and regeneration…”
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Successful creation of tissue-engineered autologous auricular cartilage in an immunocompetent large animal model by Bichara, David A, Pomerantseva, Irina, Zhao, Xing, Zhou, Libin, Kulig, Katherine M, Tseng, Alan, Kimura, Anya M, Johnson, Matthew A, Vacanti, Joseph P, Randolph, Mark A, Sundback, Cathryn A

“…Tissue-engineered cartilage has historically been an attractive alternative treatment option for auricular reconstruction. However, the ability to reliably…”
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Engineering ear constructs with a composite scaffold to maintain dimensions by Zhou, Libin, Pomerantseva, Irina, Bassett, Erik K, Bowley, Chris M, Zhao, Xing, Bichara, David A, Kulig, Katherine M, Vacanti, Joseph P, Randolph, Mark A, Sundback, Cathryn A

“…Engineered cartilage composed of a patient's own cells can become a feasible option for auricular reconstruction. However, distortion and shrinkage of…”
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Correction to: Bone Marrow Derived Pluripotent Cells are Pericytes which Contribute to Vascularization by Cai, Xiaoxiao, Lin, Yunfeng, Friedrich, Claudia C., Neville, Craig, Pomerantseva, Irina, Sundback, Cathryn A., Zhang, Zhiyuan, Vacanti, Joseph P., Hauschka, Peter V., Grottkau, Brian E.

“…Please note the following errors in the original version…”
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Design of composite scaffolds and three-dimensional shape analysis for tissue-engineered ear by Cervantes, Thomas M., Bassett, Erik K., Tseng, Alan, Kimura, Anya, Roscioli, Nick, Randolph, Mark A., Vacanti, Joseph P., Hadlock, Theresa A., Gupta, Rajiv, Pomerantseva, Irina, Sundback, Cathryn A.

“…Engineered cartilage is a promising option for auricular reconstruction. We have previously demonstrated that a titanium wire framework within a composite…”
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Poly(glycerol sebacate)-engineered plugs to repair chronic tympanic membrane perforations in a chinchilla model by Wieland, Aaron M., Sundback, Cathryn A., Hart, Allison, Kulig, Katherine, Masiakos, Peter T., Hartnick, Christopher J.

“…To evaluate the degree of neovascularization and efficacy of repair of chronic tympanic membrane perforations in a chinchilla model using poly(glycerol…”
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Extensively Expanded Auricular Chondrocytes Form Neocartilage In Vivo by Tseng, Alan, Pomerantseva, Irina, Cronce, Michael J., Kimura, Anya M., Neville, Craig M., Randolph, Mark A., Vacanti, Joseph P., Sundback, Cathryn A.

“…Objective Our goal was to engineer cartilage in vivo using auricular chondrocytes that underwent clinically relevant expansion and using methodologies that…”
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