Eline E van Haaften
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Explore the profile of Eline E van Haaften including associated specialties, affiliations and a list of published articles.
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13
Citations
163
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Recent Articles
1.
van Haaften E, Quicken S, Huberts W, Bouten C, Kurniawan N
Commun Biol
. 2021 May;
4(1):546.
PMID: 33972658
Disturbed shear stress is thought to be the driving factor of neointimal hyperplasia in blood vessels and grafts, for example in hemodialysis conduits. Despite the common occurrence of neointimal hyperplasia,...
2.
Koch S, van Haaften E, Wissing T, Cuypers L, Bulsink J, Bouten C, et al.
J Vis Exp
. 2020 Dec;
(166).
PMID: 33369601
The use of resorbable biomaterials to induce regeneration directly in the body is an attractive strategy from a translational perspective. Such materials induce an inflammatory response upon implantation, which is...
3.
Ippel B, van Haaften E, Bouten C, Dankers P
ACS Appl Polym Mater
. 2020 Sep;
2(9):3742-3748.
PMID: 32954355
The mechanical properties of scaffolds used for mechanically challenging applications such as cardiovascular implants are unequivocally important. Here, the effect of supramolecular additive functionalization on mechanical behavior of electrospun scaffolds...
4.
Duijvelshoff R, Di Luca A, van Haaften E, Dekker S, Sontjens S, Janssen H, et al.
Tissue Eng Part A
. 2020 Sep;
27(13-14):894-904.
PMID: 32873211
There is a continuous search for the ideal bioresorbable material to develop scaffolds for vascular tissue engineering. As these scaffolds are exposed to the harsh hemodynamic environment during the entire...
5.
van Haaften E, Wissing T, Kurniawan N, Smits A, Bouten C
Adv Biosyst
. 2020 May;
4(6):e1900249.
PMID: 32390338
Resorbable synthetic scaffolds designed to regenerate living tissues and organs inside the body have emerged as a clinically attractive technology to replace diseased blood vessels. However, mismatches between scaffold design...
6.
Wissing T, van Haaften E, Koch S, Ippel B, Kurniawan N, Bouten C, et al.
Biomater Sci
. 2019 Nov;
8(1):132-147.
PMID: 31709425
Biomaterials are increasingly used for in situ vascular tissue engineering, wherein resorbable fibrous scaffolds are implanted as temporary carriers to locally initiate vascular regeneration. Upon implantation, macrophages infiltrate and start...
7.
Pennings I, van Haaften E, Jungst T, Bulsink J, Rosenberg A, Groll J, et al.
Biofabrication
. 2019 Sep;
12(1):015009.
PMID: 31553965
Bioengineered grafts have the potential to overcome the limitations of autologous and non-resorbable synthetic vessels as vascular substitutes. However, one of the challenges in creating these living grafts is to...
8.
Wissing T, Bonito V, van Haaften E, van Doeselaar M, Brugmans M, Janssen H, et al.
Front Bioeng Biotechnol
. 2019 May;
7:87.
PMID: 31080796
tissue engineering is a technology in which non-cellular biomaterial scaffolds are implanted in order to induce local regeneration of replaced or damaged tissues. Degradable synthetic electrospun scaffolds are a versatile...
9.
van Haaften E, van Turnhout M, Kurniawan N
Soft Matter
. 2019 Mar;
15(16):3353-3361.
PMID: 30924833
Uniaxial ring test is a widely used mechanical characterization method for a variety of materials, from industrial elastomers to biological materials. Here we show that the combination of local material...
10.
van Haaften E, Wissing T, Rutten M, Bulsink J, Gashi K, van Kelle M, et al.
Tissue Eng Part C Methods
. 2018 Jun;
24(7):418-429.
PMID: 29877143
The success of cardiovascular tissue engineering (TE) strategies largely depends on the mechanical environment in which cells develop a neotissue through growth and remodeling processes. This mechanical environment is defined...