Irina Pomerantseva
Overview
Explore the profile of Irina Pomerantseva including associated specialties, affiliations and a list of published articles.
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Articles
31
Citations
1046
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Recent Articles
1.
Cai X, Lin Y, Friedrich C, Neville C, Pomerantseva I, Sundback C, et al.
Stem Cell Rev Rep
. 2018 Nov;
15(1):155-156.
PMID: 30406890
Please note the following errors in the original version.
2.
Cronce M, Faulknor R, Pomerantseva I, Liu X, Goldman S, Ekwueme E, et al.
J Biomed Mater Res B Appl Biomater
. 2017 Mar;
106(2):716-725.
PMID: 28323397
Biological surgical scaffolds are used in plastic and reconstructive surgery to support structural reinforcement and regeneration of soft tissue defects. Macrophage and fibroblast cell populations heavily regulate scaffold integration into...
3.
Hoganson D, Finkelstein E, Owens G, Hsiao J, Eng K, Kulig K, et al.
Biomicrofluidics
. 2016 Nov;
10(5):054116.
PMID: 27795748
In pre-clinical safety studies, drug-induced vascular injury (DIVI) is defined as an adverse response to a drug characterized by degenerative and hyperplastic changes of endothelial cells and vascular smooth muscle...
4.
Zhao X, Hwang N, Bichara D, Saris D, Malda J, Vacanti J, et al.
J Tissue Eng Regen Med
. 2016 Jun;
11(10):2763-2773.
PMID: 27256796
Bone marrow-derived mesenchymal stem cells (BMSCs) can be obtained by minimally invasive means and would be a favourable source for cell-based cartilage regeneration. However, controlling the differentiation of the BMSCs...
5.
Luo X, Kulig K, Finkelstein E, Nicholson M, Liu X, Goldman S, et al.
J Biomed Mater Res B Appl Biomater
. 2015 Dec;
105(3):585-593.
PMID: 26663848
Decellularized extracellular matrix (ECM) biomaterials are increasingly used in regenerative medicine for abdominal tissue repair. Emerging ECM biomaterials with greater compliance target surgical procedures like breast and craniofacial reconstruction to...
6.
Pomerantseva I, Bichara D, Tseng A, Cronce M, Cervantes T, Kimura A, et al.
Tissue Eng Part A
. 2015 Nov;
22(3-4):197-207.
PMID: 26529401
Advancement of engineered ear in clinical practice is limited by several challenges. The complex, largely unsupported, three-dimensional auricular neocartilage structure is difficult to maintain. Neocartilage formation is challenging in an...
7.
Tseng A, Pomerantseva I, Cronce M, Kimura A, Neville C, Randolph M, et al.
Cartilage
. 2015 Jun;
5(4):241-51.
PMID: 26069703
Objective: Our goal was to engineer cartilage in vivo using auricular chondrocytes that underwent clinically relevant expansion and using methodologies that could be easily translated into health care practice. Design:...
8.
Zhao X, Bichara D, Zhou L, Kulig K, Tseng A, Bowley C, et al.
J Craniomaxillofac Surg
. 2015 Jan;
43(3):382-9.
PMID: 25600627
Background: Carved autologous costal cartilage and porous polyethylene implants (Medpor) are the most common approaches for total ear reconstruction, but these approaches may have inconsistent cosmetic outcomes, a high risk...
9.
Hohman M, Lindsay R, Pomerantseva I, Bichara D, Zhao X, Johnson M, et al.
Ann Otol Rhinol Laryngol
. 2014 Feb;
123(2):135-40.
PMID: 24574469
Objectives: We developed a large animal model for auricular reconstruction with engineered cartilage frameworks and evaluated the performance of porous polyethylene auricular implants in this model. Methods: Eighteen high-density porous...
10.
Pereira M, Sundback C, Lang N, Cho W, Pomerantseva I, Ouyang B, et al.
Adv Healthc Mater
. 2013 Oct;
3(4):565-71.
PMID: 24106240
The use of tissue adhesives for internal clinical applications is limited due to a lack of materials that balance strong adhesion with biocompatibility. The use of substrate topography is explored...