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20篇 您的检索式：作者名="ELO L"

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	题名	作者	年代	出处	被引量
1	Isolation and characterisation of symbiotically effective Rhizobium resistant to arsenic and heavy metals after the toxic spill at the Aznalcóllar pyrite mine显示文摘	José Antonio Carrasco Patricia Armario Eloísa Pajuelo Araceli Burgos Miguel A. Caviedes Rafael López Manuel A. Chamber Antonio J. Palomares	2004	Soil Biology and Biochemistry2004，，6：	1
2	Dual graph partitioning for Bottom-Up BVH construction 显示文摘	Eloe N W Steurer J A Leopold J L	2014	J Visual Lang Comput2014，25，6：	1
3	Perceptions of neighborhood disorder: The role of individual and neighborhood characteristics 显示文摘	ELO I T MYKYTA L MARGOLIS R	2009	Social Science Quarterly2009，90，5：	1
4	Biofouling in water systems 显示文摘	M elo L F Bott T R	1997	Experimental Thermal and Fluid Science1997，14，4：	1
5	Three MADS-box genes similar to APETALA1 and FRUITFULL from silver birch (Betula pendula)显示文摘	Elo A Lemmetyinen J Turunen M L	2001	Physiologia Plantarum2001，112，1：	1
6	The impact of comorbidity on outcome in 12 623 Danish Head and Neck Cancer Patients: A population based study from the DAHANCA database显示文摘	Charlotte Rotb? l B? je Susanne O. Dalton Therese K. Gr? nborg Hanne Primdahl Claus A. Kristensen Elo Andersen J? rgen Johansen Lisbeth J. Andersen Jens Overgaard	2013	Acta Oncologica2013，，：	1
7	Three MADS-box genes similar to APETALA1 and FRUITFULL from silver birch(Betula pendula)显示文摘	Elo A Lemmetyinen J Turunen M L	2001	Physiol Plantarum2001，112，：	1
8	Integrating probe-level expression changes across generations of Affymetrix arrays显示文摘	ELO LL LAHTI L SKOTTMAN H	2005	Nucleic Acids Res2005，33，22：	1
9	Three MADS-box genes similar to APETALA1 and FRUITFULL from silver birch (Betula pendula) 显示文摘	Elo A Lemmetyinen J Turunen M L Tikka L Sopanen T	2001	Physiologia Plantarum2001，112，：	1
10	Three MADS-box genes similar to APETALAI and FRUITFULL from silver brich (Betufapendula) 显示文摘	Elo A Lemmetyinen J Turunen M L	2001	Physiol Plant2001，112，1：	1
11	Three MADS-box genes similar to Apetala1 and frutfullI from silver birch (Betula pendula)显示文摘	Elo A Lemmetyinen J Turunen M L	2001	Physiol Plant2001，112，1：	1
12	Three MADS-box genes similar to APETALAI and FRUITFULL from silver birch (Betula pendula )显示文摘	Elo A Lemmetyimen J Turunen M L	2001	Phy-siol Plant2001，112，：	1
13	Three MADS-box genes similar to APETALA1 and FRUITFULL from silver birch (Betula pendula )显示文摘	ELO A LEMMETYINEN J TURUNEN M L TIKKA L SOPANEN T	2001	Physiologla Plantarum2001，112，：	1
14	The Fast Fourier Transform method and ill-conditioned matrices显示文摘	Soon B L Eloe P W Kammler D	2001	Applied Mathematics and Computation2001，117，：	1
15	Improving missing value estimation in mieroarray data with gene ontology 显示文摘	TUIKKALA J ELO L NEVALAINEN O S	2006	Bioinformatics2006，22，5：	1
16	Improving missing value estimation in microarray data with gene ontology 显示文摘	Tuikkala J Elo L L Nevalainen O S	2006	Bioinformatics2006，22，5：	1
17	Missing value imputation improves clustering and interpretation of gene expression microarray data显示文摘	Tuikkala J Elo L L Nevalainen O S	2008	BMC Bioinformatics2008，9，：	1
18	Three MADS-box genes similar to APETALAl and FRUITFULL from silver brich (Betula pendula)显示文摘	ELO A LEMMETYINEN J TURUNEN M L	2001	Physiol Plant2001，112，1：	1
19	ltydrogen sulfide is produced in re- sponse to neuronal excitation 显示文摘	Elo K Ogasawara M Umemu 'a K et a l	2002	Neu-rosci2002，22，：	1
20	Dental pulp stem cells as a promising model to study imprinting diseases显示文摘Parental imprinting is an epigenetic process leading to monoallelic expression of certain genes depending on their parental origin.Imprinting diseases are characterized by growth and metabolic issues starting from birth to adulthood.They are mainly due to methylation defects in imprinting control region that drive the abnormal expression of imprinted genes.We currently lack relevant animal or cellular models to unravel the pathophysiology of growth failure in these diseases.We aimed to characterize the methylation of imprinting regions in dental pulp stem cells and during their differentiation in osteogenic cells(involved in growth regulation)to assess the interest of this cells in modeling imprinting diseases.We collected dental pulp stem cells from five controls and four patients(three with Silver-Russell syndrome and one with Beckwith-Wiedemann syndrome).Methylation analysis of imprinting control regions involved in these syndromes showed a normal profile in controls and the imprinting defect in patients.These results were maintained in dental pulp stem cells cultured under osteogenic conditions.Furthermore,we confirmed the same pattern in six other loci involved in imprinting diseases in humans.We also confirmed monoallelic expression of H19(an imprinted gene)in controls and its biallelic expression in one patient.Extensive imprinting control regions methylation analysis shows the strong potential of dental pulp stem cells in modeling imprinting diseases,in which imprinting regions are preserved in culture and during osteogenic differentiation.This will allow to perform in vitro functional and therapeutic tests in cells derived from dental pulp stem cells and generate other cell-types.	Eloïse Giabicani Aurélie Pham Céline Sélénou Marie-Laure Sobrier Caroline Andrique Julie Lesieur Agnès Linglart Anne Poliard Catherine Chaussain Irène Netchine	2022	International Journal of Oral Science2022，14，2：	0

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