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8篇 您的检索式：作者名="Buzhor"

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		题名	作者	年代	出处	被引量
	1	Cell-based therapy approaches: the hope for incurable diseases 显示文摘	Buzhor E Leshansky L Blumenthal J	2014	Regen Med2014，9，5：	1
	2	Kidney spheroids recapitulate tubular oi^anoids leading to enhanced tubulogenic potency of human kidney-derived cells显示文摘	Buzhor E Harari -Steinberg O Omer D	2011	Tissue Eng Part A2011，17，：	1
	3	Cell-based therapy approaches: the hope for incurable diseases 显示文摘	Buzhor E Leshansky L Blumenthal J	2014	Regen Med2014，9，5：	1
	4	Reactivation of NCAM I defines a subpopulation of human adult kidney epithelial cells with clonogenic and stemlprogenitor properties 显示文摘	Buzhor E Orner D Harari-Steinberg O	2013	Am J Pathol2013，183，5：	1
	5	Expression of stem cell markers in the human fetal kidney显示文摘	Metsuyanim S Harari-Steinberg O Buzhor E	2009	PloS one2009，4，8：	1
	6	Cell-based therapy approaches: the hope for incurable diseases 显示文摘	Buzhor E Leshansky L Blumenthal J	2014	Regen Med2014，9，5：	1
	7	Cell-based therapy approaches: the hope for incurable diseases显示文摘	Ella Buzhor Lucy Leshansky Jacob Blumenthal Hila Barash David Warshawsky Yaron Mazor Ronit Shtrichman	2014	Regen. Med2014，，5：	1
	8	Tough PEG-only hydrogels with complex 3D structure enabled by digital light processing of“all-PEG”resins显示文摘Digital light processing(DLP)of structurally complex poly(ethylene glycol)(PEG)hydrogels with high mechanical toughness represents a long-standing challenge in theﬁeld of 3D printing.Here,we report a 3D printing approach for the high-resolution manufacturing of structurally complex and mechanically strong PEG hydrogels via heat-assisted DLP.Instead of using aqueous solutions of photo-crosslinkable monomers,PEG macromonomer melts wereﬁrst printed in the absence of water,resulting in bulk PEG networks.Then,post-printing swelling of the printed networks was achieved in water,producing high-ﬁdelity 3D hydrogels with complex structures.By employing a dual-macromonomer resin containing a PEG-based four-arm macrophotoinitiator,“all-PEG”hydrogel constructs were pro-duced with compressive toughness up to 1.3 MJ m^(-3).By this approach,porous 3D hydrogel scaffolds with trabecular-like architecture were fabricated,and the scaf-fold surface supported cell attachment and the formation of a monolayer mimicking bone-lining cells.This study highlights the promises of heat-assisted DLP of PEG photopolymers for hydrogel fabrication,which may accelerate the development of 3D tissue-like constructs for regenerative medicine.	Safira Noor Anindita Riccardo Conti Doris Zauchner Nevena Paunovi´c Wanwan Qiu Marina Green Buzhor Adva Krivitsky Zhi Luo Ralph Müller Hansjörg Grützmacher Xiao-Hua Qin Jean-Christophe Leroux Yinyin Bao	2023	Aggregate2023，4，6：	0

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