文献
J-GLOBAL ID:201502220401870180
整理番号:15A1397962
ボイド形成ヒドロゲル基体弾性が移植幹細胞媒介骨形成を制御
Matrix elasticity of void-forming hydrogels controls transplanted-stem-cell-mediated bone formation
著者 (40件):
HUEBSCH Nathaniel
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
HUEBSCH Nathaniel
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
HUEBSCH Nathaniel
(Harvard-MIT Div. Health Sci. and Technol., Massachusetts, USA)
,
HUEBSCH Nathaniel
(Gladstone Inst. Cardiovascular Disease, California, USA)
,
LIPPENS Evi
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
LIPPENS Evi
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
LEE Kangwon
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
LEE Kangwon
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
LEE Kangwon
(Seoul National Univ., Seoul, KOR)
,
MEHTA Manav
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
MEHTA Manav
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
MEHTA Manav
(Charite-Universitaetsmedizin Berlin, Berlin, DEU)
,
MEHTA Manav
(Berlin-Brandenburg Center for Regenerative Therapies, Berlin, DEU)
,
KOSHY Sandeep T.
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
KOSHY Sandeep T.
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
KOSHY Sandeep T.
(Harvard-MIT Div. Health Sci. and Technol., Massachusetts, USA)
,
DARNELL Max C.
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
DARNELL Max C.
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
DESAI Rajiv M.
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
DESAI Rajiv M.
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
MADL Christopher M.
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
XU Maria
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
ZHAO Xuanhe
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
ZHAO Xuanhe
(Massachusetts Inst. Technol., Massachusetts, USA)
,
CHAUDHURI Ovijit
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
CHAUDHURI Ovijit
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
CHAUDHURI Ovijit
(Stanford Univ., California, USA)
,
VERBEKE Catia
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
VERBEKE Catia
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
KIM Woo Seob
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
KIM Woo Seob
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
KIM Woo Seob
(Chung-Ang Univ., Seoul, KOR)
,
ALIM Karen
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
MAMMOTO Akiko
(Harvard Medical School, Massachusetts, USA)
,
INGBER Donald E.
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
,
INGBER Donald E.
(Wyss Inst. Biologically Inspired Engineering, Massachusetts, USA)
,
INGBER Donald E.
(Harvard Medical School, Massachusetts, USA)
,
DUDA Georg N.
(Charite-Universitaetsmedizin Berlin, Berlin, DEU)
,
DUDA Georg N.
(Berlin-Brandenburg Center for Regenerative Therapies, Berlin, DEU)
,
MOONEY David J.
(Harvard Univ. School of Engineering and Applied Sci., Massachusetts, USA)
資料名:
Nature Materials
(Nature Materials)
巻:
14
号:
12
ページ:
1269-1277
発行年:
2015年12月
JST資料番号:
W1364A
ISSN:
1476-1122
資料種別:
逐次刊行物 (A)
記事区分:
原著論文
発行国:
イギリス (GBR)
言語:
英語 (EN)