Plan du - CAMPUS BRABOIS SANTÉ
FACULTÉ DE PHARMACIE BIOPÔLE. 16. HALL DES SPORTS. 4. FACULTÉ DE MÉDECINE. ADMINISTRATION ... Centre de Recherche Automatique de Nancy.
9èmes Jounées Hospitalo-Universitaires de Pharmacologie du Nord
Articulaire » (IMoPA) Biopôle de l'Université de Lorraine
Schéma daménagement du Campus Biologie-Santé
Communauté urbaine du Grand Nancy // Vandoeuvre-lès-Nancy 01 // Une faculté de médecine aujourd'hui bien située mais peu identifiable.
FACULTE DE MEDECINE DE NANCY AMPHITHEÂTRE LEPOIS
5 juil. 2016 Tramway ligne 1 (en rouge sur le plan) / Direction « Vandoeuvre- CHU Brabois ». ? Arrêt « Campus Brabois - Faculté de médecine (VANDOEUVRE ...
Étude des potentialités chondrogéniques des cellules souches
14 janv. 2020 Biopôle Faculté de Médecine
Traitement par les cellules souches de la dysfonction érectile d
24 juin 2017 a Service d'urologie hôpitaux de Brabois
Immunomodulation of endothelial differentiated mesenchymal
7 mars 2022 ... Batiment Biopole Faculté de Médecine
Traitement par les cellules souches de la dysfonction érectile d
24 juin 2017 a Service d'urologie hôpitaux de Brabois
UMR 7561 CNRS-UHP Physiopathologie Pharmacologie et
Biopôle (Octobre 2010). Page 2. 2 UMR. INSERM. UHP. Biopôle 3200 m2. Faculté de Médecine Nancy I - Institut National Polytechnique de Lorraine.
COMITÉ STRATÉGIQUE « RECHERCHE - UNIVERSITÉ - SANTÉ »
17 févr. 2021 Fondateur du Biopôle Nancy. • Ancien doyen de la Faculté de médecine de Nancy. • Ancien Directeur des sciences de la vie au CNRS.
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3Le prsent travail a t effectu au sein de lÕquipe Ç Ingnierie Cellulaire et
Tissulaire, Vectorisation, Imagerie È de lÕUMR 7365 CNRS-Universit de LorraineÇ Ingnierie Molculaire et Pharmacologie Articulaire È IIMoPAV de la Facult de Mdecine
de Nancy.Je remercie Monsieur
Jean-Yves JOUZEAU, directeur dÕIMoPA, pour son accueil au sein du laboratoire. Je tiens remercier vivement Monsieur Jacques MAGDALOU, prcdent directeur de lÕUMR 7561 CNRS-UHP, Nancy I Ç Physiopathologie, Pharmacologie et IngnierieArticulaires È, de mÕavoir accord sa confiance en me donnant la possibilit de raliser ma
gentillesse ainsi que mon profond respect. JÕadresse mes vifs remerciements et mon profond respect Monsieur Pierre GILLET pour son aide, son encadrement, ses conseils scientifiques, son soutien et sa disponibilit ainsi que pour la confiance quÕil mÕa tmoigne tout au long de ce s annes. prcieuse, son encadrement remarquable, ses conseils aviss, sa rigueur, sa gentillesse et son soutien au quotidien. Je lui suis galement extrmement reconnaissante pour la confiance respect. Je remercie chaleureusement Madame Christel HENRIONNET pour mÕavoir formeaux diffrentes techniques qui mÕont permis de raliser ce travail, sa contribution une partie
de ce travail, son soutien au quotidien en particulier durant la rdaction de ce manuscrit et sa gentillesse. ept de juger ce travail. JÕadresse mes remerciements Messieurs Olivier BEUF et Denis GRENIER du laboratoire CREATIS-LRMN, UMR 5220 CNRS, Inserm U1044 de Villeurbanne et Jean- Christophe GOEBEL pour leur collaboration dans lÕvaluation de nos biomatriaux in vitro et in vivo en IRM haut champs dans le cadre du projetE2ê Dl1n4 ()7EDPê E2êt,qt
DTE2t ,vx,t,vdÕobtenir des vacations IRM, pour ses conseils aviss, sa disponibilit, ses explications sur le
principe de lÕIRM et ses applications ainsi que pour sa patience. Merci galement Madame Marine BEAUMONT, Monsieur Pierre-Andr VUISSOZ et Madame Bailiang CHEN pour leur collaboration dans le travail de visualisationde nos biomatriaux in vitro en IRM clinique, leur collaboration pour lÕvaluation du cartilage
par cartographie T2 et cartographie du tenseur de diffusion Nx vivo chez le porc. Didier MAINARD et Laurent GALOIS, et biologistes IUTCTV, Monsieur Jean FranoisICSMV nÕaura
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7Liste des abréviations
3D : trois dimensions
ADN : Acide dsoxyribonucliqueARN : Acide ribonuclique
bFGF-2 : basic Fibroblastic Growth Factor Ð 2 B 0 : champ magntique principal B 1 : champ magntique appliquBA : Bleu
Alcian
BMP : Bone Morphogenic Protein
C4S : Chondrotine-4-Sulfate
C6S : Chondrotine-6-Sulfate
CMF : Cytomtrie en Flux
COMP : Cartilage Oligomeric Matrix Protein
CSMCellules souches Msenchymateuses
CSSsCellules souches Synoviales
dGEMRIC : Delayed Contrast-Enhanced MRI of Cartilage DMB : Dimethyl methylene blue D-PBSPhosphate Buffered S
alin eFCD : Densit de charges fixes
FNa : Fluorure de Sodium I 18 FV FOVField of view
GAGs : Glycoaminoglycannes sulfats GdGE ou GRE : Echo de Gradient
HCl : Acide chlorhydrique
HES : Hmatoxyline Ð Eosine Ð Safran Hz HertzIGF-1 : Insuline Growth Factor 1
IRM : Imagerie par Rsonance Magntique
ITS : Insuline Ð Transferrine Ð SlniumMEC : Matrice Extracellulaire
TEP : Microtomographie par Emission de PositonsMIA : Monoiodoactate
MMPs : Mtalloprotases MO : Moelle Osseuse NaOH : Hydroxyde de Sodium h 2)k ' 2om8rN VÕNx4it1tion 25' 7onoxyVN VÕEzotN FE ' Fhosph1t1sN El41linN FEy ' FrolinN Ð E4iVN Es4or8iquN Ð yNx1mth1sonN
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I. TRAVAUX ISSUS DE LA THESE
Mo t scléMKleywrdMywrdIw rnIisIwrMréeulKIrdIrcIéKsnIr E. Roeder
cr (g SNnrionnNtcr Og(g CoN8Nlr 2g C1m8iNrr 5g DNufr yg CrNniNrr Dg (hNnr FgEg :uissozr Fg CillNtr Eg Finz1nog Dose(Response of superparamagnetic iron5 Oxide labelling on Mesenchymal Stem Cells chondrogenic diffrentiation l a multi(scale in vitro study g PLOS OneG Rn rvision
g EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor
E. Roeder
r Fg CillNtr yg CrNniNrr 5g DNufg Design of a four(channel surface coil for high(resolution rat knee MR imaging l design without preamplifiers for the decoupling between elements5 P))) -Nnsors journ1l m,vjr vjopn'mdx,th
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(g SNnrionnNtr E. Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
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Gene expression profile of undifferentiated and chondrogenic differentiated human mesenchymal stem cells using array technology. 1n4yr dtx fvriNr m,v,
(Poster) (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
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I. TRAVAUX ISSUS DE LA THESE
Mo t scléMKleywrdMywrdIw rnIisIwrMréeulKIrdIrcIéKsnIr E. Roeder
cr (g SNnrionnNtcr Og(g CoN8Nlr 2g C1m8iNrr 5g DNufr yg CrNniNrr Dg (hNnr FgEg :uissozr Fg CillNtr Eg Finz1nog Dose(Response of superparamagnetic iron5 Oxide labelling on Mesenchymal Stem Cells chondrogenic diffrentiation l a multi(scale in vitro study g PLOS OneG Rn rvision
g EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor
E. Roeder
r Fg CillNtr yg CrNniNrr 5g DNufg Design of a four(channel surface coil for high(resolution rat knee MR imaging l design without preamplifiers for the decoupling between elements5 P))) -Nnsors journ1l m,vjr vjopn'mdx,th
Dg (hNncr E. Roedercr FgEg :uissozr Fg CillNtr Og èNl8lingNrr 7g DN1umontr Eg Finz1nog Respective interest of T) mapping and diffusion tensor imaging in assessing porcine knee cartilage with MR at R Teslas5 DiomNV 71tNr )ng m,vjg mjodn'mpjt.mgcNqu1l 4ontri8ution (g SNnrionnNtr wg -1ngr E. Roederr 2g C1m8iNrr Tg C1loisr yg 71in1rVr yg DNnsouss1nr Fg CillNtr Eg Finz1nog
Effect of dynamic loading on MSCs chondrogenic differentiation in RD alginate culture5 DiomNV 71tNr )ng m,vmr mmodn' m,qtvhg
(g SNnrionnNtr E. Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
Expression of chondrogenic genes by undifferentiated vs5 differentiated human mesenchymal stem cells using array technology5 DiomNV 71tNr )ng m,v,r m,ojn'v.xthvg
o tnIwIyKMKleywrdMywrcIwréeyanIwrMiIérMéKIwrtsclIwr 5g DNufr Og(gr CoN8Nlr E. Roederr EgTg FNrriNrr yg CrNniNrr Fg CillNtr Eg Finz1nog Diot
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Gene expression profile of undifferentiated and chondrogenic differentiated human mesenchymal stem cells using array technology. 1n4yr dtx fvriNr m,v,
(Poster) (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
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I. TRAVAUX ISSUS DE LA THESE
Mo t scléMKleywrdMywrdIw rnIisIwrMréeulKIrdIrcIéKsnIr E. Roeder
cr (g SNnrionnNtcr Og(g CoN8Nlr 2g C1m8iNrr 5g DNufr yg CrNniNrr Dg (hNnr FgEg :uissozr Fg CillNtr Eg Finz1nog Dose(Response of superparamagnetic iron5 Oxide labelling on Mesenchymal Stem Cells chondrogenic diffrentiation l a multi(scale in vitro study g PLOS OneG Rn rvision
g EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor
E. Roeder
r Fg CillNtr yg CrNniNrr 5g DNufg Design of a four(channel surface coil for high(resolution rat knee MR imaging l design without preamplifiers for the decoupling between elements5 P))) -Nnsors journ1l m,vjr vjopn'mdx,th
Dg (hNncr E. Roedercr FgEg :uissozr Fg CillNtr Og èNl8lingNrr 7g DN1umontr Eg Finz1nog Respective interest of T) mapping and diffusion tensor imaging in assessing porcine knee cartilage with MR at R Teslas5 DiomNV 71tNr )ng m,vjg mjodn'mpjt.mgcNqu1l 4ontri8ution (g SNnrionnNtr wg -1ngr E. Roederr 2g C1m8iNrr Tg C1loisr yg 71in1rVr yg DNnsouss1nr Fg CillNtr Eg Finz1nog
Effect of dynamic loading on MSCs chondrogenic differentiation in RD alginate culture5 DiomNV 71tNr )ng m,vmr mmodn' m,qtvhg
(g SNnrionnNtr E. Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
Expression of chondrogenic genes by undifferentiated vs5 differentiated human mesenchymal stem cells using array technology5 DiomNV 71tNr )ng m,v,r m,ojn'v.xthvg
o tnIwIyKMKleywrdMywrcIwréeyanIwrMiIérMéKIwrtsclIwr 5g DNufr Og(gr CoN8Nlr E. Roederr EgTg FNrriNrr yg CrNniNrr Fg CillNtr Eg Finz1nog Diot
intgr1tion 1ssNssmNnt of r1t knNN 41rtil1gN rNp1ir using in vivo 7êP 1t .zg
P-7ê7r -1lt T1kN (ityr m,vj
aConfrencer EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor E. Roederr Fg CillNtr yg CrNniNrr 5g DNufg yNsign of 1 fourt4h1nnNl 1rr1y 4oil for Vu1l hightrNsolution r1t knNN 7ê im1gingg P-7ê7r -1lt T1kN (ityr m,vj
aConfrencer Og(g CoN8Nlr EgTg FNrriNrr yg CrNniNrr E. Roederr (g SNnrionnNtr Eg Finz1nor Fg CillNtr 5g DNufg MRI contribution to physiopathology assessment in animals models of oste oarthritis5 ,vv èunV1mNnt1l é (lini41l Fh1rm14ology m,vvr mx -uppl v (g SNnrionnNtr E. Roederr Og(g CoN8Nlr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog )ffN4ts of supNrp1r1m1gnNti4 iron oxiVN l18Nling on 4honVro4ytN vm ViffNrNnti1tion of mNsNn4hym1l stNm 4Nlls in 4oll1gNn spongNg 5stNo1rthritis (1rtil1gN m,v, vh -upplNmNnt' m F1gNs' -hjt-hj om,v, -orlV (ongrNss on 5stNo1rthritisr DrussNlsr DNlgium -NptNm8Nr mj Ð mpr m,v,gg
In 0/,/+ViVo*+,-.i+,-r/,-I*+30/,-,i+,-iIV/,-vtro/,- (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
Gene expression profile of undifferentiated and chondrogenic differentiated human mesenchymal stem cells using array technology. 1n4yr dtx fvriNr m,v,
(Poster) (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
quotesdbs_dbs27.pdfusesText_33
HiRVI.-IIVt+iin58i
4ivt+.1-IVt+iin5Ci
niPAQ3.*V@Iiin5Fi5iJ/*<0V31Ii3*iJ<*;t,3Iiin5Fi
8iI HiRVI.-IIVt+iin8ni
4ivt+.1-IVt+iin88i
niPAQ3.*V@Iiin84i 5iJ/*<0V31Ii3*iJ<*;t,3Iiin84i
8iI HiRVI.-IIVt+iinH=i
4ivt+.1-IVt+iinH4i
S) S%) S%%)($==3/31( ( ( ( ( ( ( ( (((8YI(
I. TRAVAUX ISSUS DE LA THESE
Mo t scléMKleywrdMywrdIw rnIisIwrMréeulKIrdIrcIéKsnIr E. Roeder
cr (g SNnrionnNtcr Og(g CoN8Nlr 2g C1m8iNrr 5g DNufr yg CrNniNrr Dg (hNnr FgEg :uissozr Fg CillNtr Eg Finz1nog Dose(Response of superparamagnetic iron5 Oxide labelling on Mesenchymal Stem Cells chondrogenic diffrentiation l a multi(scale in vitro study g PLOS OneG Rn rvision
g EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor
E. Roeder
r Fg CillNtr yg CrNniNrr 5g DNufg Design of a four(channel surface coil for high(resolution rat knee MR imaging l design without preamplifiers for the decoupling between elements5 P))) -Nnsors journ1l m,vjr vjopn'mdx,th
Dg (hNncr E. Roedercr FgEg :uissozr Fg CillNtr Og èNl8lingNrr 7g DN1umontr Eg Finz1nog Respective interest of T) mapping and diffusion tensor imaging in assessing porcine knee cartilage with MR at R Teslas5 DiomNV 71tNr )ng m,vjg mjodn'mpjt.mgcNqu1l 4ontri8ution (g SNnrionnNtr wg -1ngr E. Roederr 2g C1m8iNrr Tg C1loisr yg 71in1rVr yg DNnsouss1nr Fg CillNtr Eg Finz1nog
Effect of dynamic loading on MSCs chondrogenic differentiation in RD alginate culture5 DiomNV 71tNr )ng m,vmr mmodn' m,qtvhg
(g SNnrionnNtr E. Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
Expression of chondrogenic genes by undifferentiated vs5 differentiated human mesenchymal stem cells using array technology5 DiomNV 71tNr )ng m,v,r m,ojn'v.xthvg
o tnIwIyKMKleywrdMywrcIwréeyanIwrMiIérMéKIwrtsclIwr 5g DNufr Og(gr CoN8Nlr E. Roederr EgTg FNrriNrr yg CrNniNrr Fg CillNtr Eg Finz1nog Diot
intgr1tion 1ssNssmNnt of r1t knNN 41rtil1gN rNp1ir using in vivo 7êP 1t .zg
P-7ê7r -1lt T1kN (ityr m,vj
aConfrencer EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor E. Roederr Fg CillNtr yg CrNniNrr 5g DNufg yNsign of 1 fourt4h1nnNl 1rr1y 4oil for Vu1l hightrNsolution r1t knNN 7ê im1gingg P-7ê7r -1lt T1kN (ityr m,vj
aConfrencer Og(g CoN8Nlr EgTg FNrriNrr yg CrNniNrr E. Roederr (g SNnrionnNtr Eg Finz1nor Fg CillNtr 5g DNufg MRI contribution to physiopathology assessment in animals models of oste oarthritis5 ,vv èunV1mNnt1l é (lini41l Fh1rm14ology m,vvr mx -uppl v (g SNnrionnNtr E. Roederr Og(g CoN8Nlr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog )ffN4ts of supNrp1r1m1gnNti4 iron oxiVN l18Nling on 4honVro4ytN vm ViffNrNnti1tion of mNsNn4hym1l stNm 4Nlls in 4oll1gNn spongNg 5stNo1rthritis (1rtil1gN m,v, vh -upplNmNnt' m F1gNs' -hjt-hj om,v, -orlV (ongrNss on 5stNo1rthritisr DrussNlsr DNlgium -NptNm8Nr mj Ð mpr m,v,gg
In 0/,/+ViVo*+,-.i+,-r/,-I*+30/,-,i+,-iIV/,-vtro/,- (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
Gene expression profile of undifferentiated and chondrogenic differentiated human mesenchymal stem cells using array technology. 1n4yr dtx fvriNr m,v,
(Poster) (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
quotesdbs_dbs27.pdfusesText_33
HiRVI.-IIVt+iin8ni
4ivt+.1-IVt+iin88i
niPAQ3.*V@Iiin84i5iJ/*<0V31Ii3*iJ<*;t,3Iiin84i
8iI HiRVI.-IIVt+iinH=i
4ivt+.1-IVt+iinH4i
S) S%) S%%)($==3/31( ( ( ( ( ( ( ( (((8YI(
I. TRAVAUX ISSUS DE LA THESE
Mo t scléMKleywrdMywrdIw rnIisIwrMréeulKIrdIrcIéKsnIr E. Roeder
cr (g SNnrionnNtcr Og(g CoN8Nlr 2g C1m8iNrr 5g DNufr yg CrNniNrr Dg (hNnr FgEg :uissozr Fg CillNtr Eg Finz1nog Dose(Response of superparamagnetic iron5 Oxide labelling on Mesenchymal Stem Cells chondrogenic diffrentiation l a multi(scale in vitro study g PLOS OneG Rn rvision
g EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor
E. Roeder
r Fg CillNtr yg CrNniNrr 5g DNufg Design of a four(channel surface coil for high(resolution rat knee MR imaging l design without preamplifiers for the decoupling between elements5 P))) -Nnsors journ1l m,vjr vjopn'mdx,th
Dg (hNncr E. Roedercr FgEg :uissozr Fg CillNtr Og èNl8lingNrr 7g DN1umontr Eg Finz1nog Respective interest of T) mapping and diffusion tensor imaging in assessing porcine knee cartilage with MR at R Teslas5 DiomNV 71tNr )ng m,vjg mjodn'mpjt.mgcNqu1l 4ontri8ution (g SNnrionnNtr wg -1ngr E. Roederr 2g C1m8iNrr Tg C1loisr yg 71in1rVr yg DNnsouss1nr Fg CillNtr Eg Finz1nog
Effect of dynamic loading on MSCs chondrogenic differentiation in RD alginate culture5 DiomNV 71tNr )ng m,vmr mmodn' m,qtvhg
(g SNnrionnNtr E. Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
Expression of chondrogenic genes by undifferentiated vs5 differentiated human mesenchymal stem cells using array technology5 DiomNV 71tNr )ng m,v,r m,ojn'v.xthvg
o tnIwIyKMKleywrdMywrcIwréeyanIwrMiIérMéKIwrtsclIwr 5g DNufr Og(gr CoN8Nlr E. Roederr EgTg FNrriNrr yg CrNniNrr Fg CillNtr Eg Finz1nog Diot
intgr1tion 1ssNssmNnt of r1t knNN 41rtil1gN rNp1ir using in vivo 7êP 1t .zg
P-7ê7r -1lt T1kN (ityr m,vj
aConfrencer EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor E. Roederr Fg CillNtr yg CrNniNrr 5g DNufg yNsign of 1 fourt4h1nnNl 1rr1y 4oil for Vu1l hightrNsolution r1t knNN 7ê im1gingg P-7ê7r -1lt T1kN (ityr m,vj
aConfrencer Og(g CoN8Nlr EgTg FNrriNrr yg CrNniNrr E. Roederr (g SNnrionnNtr Eg Finz1nor Fg CillNtr 5g DNufg MRI contribution to physiopathology assessment in animals models of oste oarthritis5 ,vv èunV1mNnt1l é (lini41l Fh1rm14ology m,vvr mx -uppl v (g SNnrionnNtr E. Roederr Og(g CoN8Nlr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog )ffN4ts of supNrp1r1m1gnNti4 iron oxiVN l18Nling on 4honVro4ytN vm ViffNrNnti1tion of mNsNn4hym1l stNm 4Nlls in 4oll1gNn spongNg 5stNo1rthritis (1rtil1gN m,v, vh -upplNmNnt' m F1gNs' -hjt-hj om,v, -orlV (ongrNss on 5stNo1rthritisr DrussNlsr DNlgium -NptNm8Nr mj Ð mpr m,v,gg
In 0/,/+ViVo*+,-.i+,-r/,-I*+30/,-,i+,-iIV/,-vtro/,- (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
Gene expression profile of undifferentiated and chondrogenic differentiated human mesenchymal stem cells using array technology. 1n4yr dtx fvriNr m,v,
(Poster) (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog
quotesdbs_dbs27.pdfusesText_33
HiRVI.-IIVt+iinH=i
4ivt+.1-IVt+iinH4i
S) S%)S%%)($==3/31( ( ( ( ( ( ( ( (((8YI(
I. TRAVAUX ISSUS DE LA THESE
Mo t scléMKleywrdMywrdIw rnIisIwrMréeulKIrdIrcIéKsnIrE. Roeder
cr (g SNnrionnNtcr Og(g CoN8Nlr 2g C1m8iNrr 5g DNufr yg CrNniNrr Dg (hNnr FgEg :uissozr Fg CillNtr Eg Finz1nog Dose(Response of superparamagnetic iron5 Oxide labelling on Mesenchymal Stem Cells chondrogenic diffrentiation l a multi(scale in vitro study gPLOS OneG Rn rvision
gEgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor
E. Roeder
r Fg CillNtr yg CrNniNrr 5g DNufg Design of a four(channel surface coil for high(resolution rat knee MR imaging l design without preamplifiers for the decoupling between elements5P))) -Nnsors journ1l m,vjr vjopn'mdx,th
Dg (hNncr E. Roedercr FgEg :uissozr Fg CillNtr Og èNl8lingNrr 7g DN1umontr Eg Finz1nog Respective interest of T) mapping and diffusion tensor imaging in assessing porcine knee cartilage with MR at R Teslas5 DiomNV 71tNr )ng m,vjg mjodn'mpjt.mgcNqu1l 4ontri8ution (g SNnrionnNtr wg -1ngr E. Roederr 2g C1m8iNrr Tg C1loisr yg 71in1rVr yg DNnsouss1nr FgCillNtr Eg Finz1nog
Effect of dynamic loading on MSCs chondrogenic differentiation in RD alginate culture5DiomNV 71tNr )ng m,vmr mmodn' m,qtvhg
(g SNnrionnNtr E. Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr FgCillNtr Eg Finz1nog
Expression of chondrogenic genes by undifferentiated vs5 differentiated human mesenchymal stem cells using array technology5DiomNV 71tNr )ng m,v,r m,ojn'v.xthvg
o tnIwIyKMKleywrdMywrcIwréeyanIwrMiIérMéKIwrtsclIwr5g DNufr Og(gr CoN8Nlr E. Roederr EgTg FNrriNrr yg CrNniNrr Fg CillNtr Eg Finz1nog Diot
intgr1tion 1ssNssmNnt of r1t knNN 41rtil1gN rNp1ir using in vivo 7êP1t .zg
P-7ê7r -1lt T1kN (ityr m,vj
aConfrencer EgTg FNrriNrr Og(g CoN8Nlr Eg Finz1nor E. Roederr Fg CillNtr yg CrNniNrr 5g DNufg yNsign of 1 fourt4h1nnNl 1rr1y 4oil for Vu1l hightrNsolution r1t knNN 7ê im1ginggP-7ê7r -1lt T1kN (ityr m,vj
aConfrencer Og(g CoN8Nlr EgTg FNrriNrr yg CrNniNrr E. Roederr (g SNnrionnNtr Eg Finz1nor Fg CillNtr 5g DNufg MRI contribution to physiopathology assessment in animals models of oste oarthritis5 ,vv èunV1mNnt1l é (lini41l Fh1rm14ology m,vvr mx -uppl v (g SNnrionnNtr E. Roederr Og(g CoN8Nlr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr Fg CillNtr Eg Finz1nog )ffN4ts of supNrp1r1m1gnNti4 iron oxiVN l18Nling on 4honVro4ytN vm ViffNrNnti1tion of mNsNn4hym1l stNm 4Nlls in 4oll1gNn spongNg 5stNo1rthritis (1rtil1gN m,v, vh -upplNmNnt' m F1gNs' -hjt-hj om,v, -orlV (ongrNss on 5stNo1rthritisr DrussNlsrDNlgium -NptNm8Nr mj Ð mpr m,v,gg
In 0/,/+ViVo*+,-.i+,-r/,-I*+30/,-,i+,-iIV/,-vtro/,- (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr FgCillNtr Eg Finz1nog
Gene expression profile of undifferentiated and chondrogenic differentiated human mesenchymal stem cells using array technology.1n4yr dtx fvriNr m,v,
(Poster) (g SNnrionnNtr Ed Roederr êg CillNtr Tg C1loisr yg DNnsouss1nr yg 71in1rVr Fg 2NttNrr FgCillNtr Eg Finz1nog
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