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1.	Omar, MI, et al. (author) Introducing PIONEER: a project to harness big data in prostate cancer research 2020 In: Nature reviews. Urology. - : Springer Science and Business Media LLC. - 1759-4820 .- 1759-4812. ; 17:6, s. 351-361 Journal article (peer-reviewed)
2.	Dutta, Joydeep, et al. (author) Multilayered silicon/silicon nitride thin films deposited by plasma-CVD : Effects of crystallization 1995 In: Nanostructured Materials. - : Elsevier BV. - 0965-9773. ; 6:5-8, s. 843-846 Journal article (peer-reviewed)
3.	Elbadawi, Mohammed, 1987-, et al. (author) Guar Gum: A Novel Binder for Ceramic Extrusion 2017 In: Ceramics International. - : Elsevier. - 0272-8842 .- 1873-3956. ; 43:18, s. 16727-16735 Journal article (peer-reviewed)abstract Ceramic honeycomb extrusion is a technique capable of attaining high strength, porous ceramics. However, challenges prevent the realisation of its potential. These include the design of an intricate honeycomb die and the formulation of an extrudable paste. The present study addresses the latter by using guar gum (GG) as a binder. GG was rationally selected because hydrogels thereof exhibit strong shear-thinning and high stiffness properties, which are required for extrusion. Rheological analyses demonstrated ceramic pastes with similar qualities were achieved, with hydroxyapatite (HA) used as the model ceramic. The shear stiffness modulus of HA pastes was determined as 8.4 MPa with a yield stress of 1.1 kPa. Moreover, this was achieved with GG as the sole additive, which further facilitates the overall fabrication process. The binder extraction notably occurred at relatively low temperatures when other high molecular weight polymers demand temperatures above 1000 °C; therefore the latter precludes the use of ceramics with low sintering onset. The process culminated in a porous HA scaffold with similar porosity to that of a commercial HA graft, but with higher compressive strength. Lastly, the study notes that the biological and water-soluble properties of GG can broaden its application into other ceramic fabrication processes.

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Type of publication: journal article (3)

Type of content: peer-reviewed (3)

Author/Editor: Reaney, I. M. (2); Andersson, E (1); Auffray, C (1); De Meulder, B (1); Auvinen, A (1); Kermani, NZ (1); show more...; Schalken, J (1); Wirth, M. (1); Beyer, K (1); Hugosson, Jonas, 195 ... (1); Bjartell, Anders (1); Josefsson, Andreas, ... (1); Abbott, T (1); Dutta, Joydeep (1); Lindgren, P (1); Lawson, J (1); Meredith, J. (1); Araujo, S (1); Van Hemelrijck, M (1); Lancet, D. (1); van Poppel, H (1); Bangma, C (1); Nicholls, C (1); Reich, C. (1); Tilki, D (1); Briganti, A (1); Robinson, P (1); Hofmann, H. (1); McVie, G (1); Roobol, MJ (1); Reaney, M (1); Huber, J. (1); Kreuz, M (1); Evans Axelsson, Susa ... (1); Gasi Tandefelt, Deli ... (1); Van den Broeck, T (1); Lambrecht, M (1); Smith, Emma Jane (1); Dimitropoulos, K (1); Roca i Cabarrocas, P ... (1); Moris, L. (1); Elbadawi, Mohammed, ... (1); Mosalagae, M. (1); Fridhammar, A. (1); Remmers, S (1); Gandaglia, G (1); Fossati, N (1); Pang, KH (1); Esperto, F (1); Lejeune, S (1); show less...

University: University of Gothenburg (1); Royal Institute of Technology (1); Luleå University of Technology (1); Lund University (1); Karolinska Institutet (1)

Language: English (3)

Research subject (UKÄ/SCB): Engineering and Technology (2); Medical and Health Sciences (1)

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