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GENERAL INFORMATION Accommodations The conference participants will be staying at the Hilton Hotel (A' class), which is located in Ixia, 9 km from the airport. Participants are asked to take a taxi from the airport to the hotel. Conference Venue The Oral Presentations An LCD projector will be available for the oral presentations. Speakers are asked to bring their USB flash drive or CD to the conference reception desk at least 30 minutes prior to the session. The allocated time for all presentations, unless otherwise indicated, includes five minutes Q&A. Posters Posters should be mounted Sunday June 8 from 5:00 – 8:00 PM on the designated boards and dismounted at the end of the meeting. The dimensions of the boards are 90W x 150H cm. Adhesive tape for mounting the posters on the boards will be available at the poster area. All Aegean Conferences events are non-smoking. |
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Sunday, June 8 |
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Open Registration |
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Welcome Reception/Dinner |
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Monday, June 9 |
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8:40 AM |
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Welcome and Opening Remarks
J Lorenzo |
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Session I. |
Niche
and Soil Chair: J Lorenzo |
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9:00 AM |
1 |
Normal
and neoplastic stem cells IL Weissman |
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9:30 AM |
2 |
Gsa
mediated signalling determines the success of stem
cell engraftment in bone marrow H Kronenberg |
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10:00 AM |
3 |
Transforming growth factor beta (TGFb): role in cancer and
bone TA Guise |
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10:30 AM |
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Coffee
Break & Poster Viewing |
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Session II |
Basic Concepts into osteoimmunology:
Inflammatory Bone diseases Chair:
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12:00 Noon |
4 |
Mechanisms
of inflammatory joint remodeling G Schett |
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12:30 PM |
5 |
Inflammatory
arthritis: how well do rodents mimic the human disease? Lessons with RANKL
inhibition DJ Zack |
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1:00 PM |
6 |
The role of bone marrow edema and lymphangiogenesis in inflammatory-erosive arthritis EM Schwarz |
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1:30 PM |
7 |
Dendritic cells and the origin of osteoclasts:
implications on osteoclastogenesis and bone loss AYT Teng |
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2:00 PM |
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Lunch |
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Dinner at a local Greek Tavern |
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The bus for the tavern will
depart from the hotel at |
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Tuesday, June 10
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Session III |
Basic
Concepts into osteoimmunology: Osteoblasts Chair: M Horowitz |
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9:00 AM |
8 |
Role of EBF2 in the stromal
support of hematopoiesis M Kieslinger, G Dobreva, I Gyory, and R Grosschedl |
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9 |
Regulation of
bone formation and immune cell development by Schnurri
proteins DC Jones and LH Glimcher |
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10:00 AM |
10 |
Role of Wnt signaling in development of
adipose tissues and bone
OA MacDougald |
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10:30 AM |
11 |
Regulation of osteoblasts
and osteoclasts by osteocytes T Komori |
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11:00 AM |
12 |
Megakaryocyte-bone
cell interactions M Kacena |
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11:30 AM |
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Coffee
Break |
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12:00 Noon |
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Poster Viewing & Poster Award Selection |
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1:30 PM |
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Lunch |
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City Tour |
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The
bus for the city tour will depart from the hotel at |
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Dinner at Local Greek Tavern |
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Wednesday, June 11 |
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Session IV |
Basic Concepts into osteoimmunology:
Osteoclasts Chair: A Zallone |
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9:00 AM |
13 |
αvβ3 Integrin
and M-CSF; partners in the osteoclast W Zou, M Croke, FP Ross, and |
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14 |
Inflammation and Innate
Receptors-Influencing Each other In Osteoclastogenesis Y
Wu, JC Charles, MB
Humphrey, LL Lanier,
and MC Nakamura |
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10:00 AM |
15 |
TREM-2 in osteoclastogenesis M Cella, H Zhao, FP Ross, SL Teitelbaum, and M Colonna |
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10:30 AM |
16 |
Regulation of RANK and TREM-2 expression and costimulation of RANK signaling by
cytokines and inflammatory factors during human osteoclast differentiation LB
Ivashkiv |
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11:00 AM |
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Coffee Break & Poster Viewing |
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Session V |
Basic Concepts into osteoimmunology:
Osteoclasts Chair:
A Zallone |
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11:30 AM |
17 |
Unexpected
link between osteoclast and the immune system H
Takayanagi |
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12:00 Noon |
18 |
NFATc1 uncouples Osteoclastogenesis
from inflammation in a mouse model of cherubism AO Aliprantis, Y Ueki, A Park, BR Olsen, and LH Glimcher |
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12:30 PM |
19 |
Regulation of skeletal homeostasis by Bcl-2 family S Tanaka, T Akiyama, H Wakeyama, Y Nagase, M Iwasawa, Y Oshima, M Nakamura, Y Kadono, and K Nakamura |
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Session VI |
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Short
Talks Chair:
H Takayanagi |
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20 |
SHIP1 associates with DAP12 and negatively reguates trem2/dap12 signaling in Osteoclasts Q Peng and MB Humphrey |
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21 |
Sphingosine-1-phosphate promotes recirculation of osteoclast precursor monocytes and dynamically regulates
bone mineral homeostasis M Ishii, JG Egen, F Klauschen, M Meier-Schellersheim,
and RN Germain |
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22 |
Molecular profiling reveals a higher similarity between osteoclasts and dendritic cells
than between monocytes and osteoclasts A
Gallois, G Despars, |
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23 |
Identification of RANK mutations in patients with osteoclast-poor
autosomal recessive osteopetrosis C Sobacchi,
M M Guerrini, B Cassani, M Abinun, S S Kilic, A Pangrazio, D Moratto, E
Mazzolari, J Clayton-Smith, P Orchard, F P Coxon, M Helfrich, J
Crockett, LD Notarangelo, M Rogers, P Vezzoni, A Frattini, and A
Villa |
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2:00 PM |
24 |
VEGF induced b-catenin stabilization leads to bone marrow fibrosis and osteosclerotic/petrotic bone
formation S Bartunkova, C Maes, S Goossens, B Drogat, L Coenegrachts, I Stockmans, K Moermans, O Nyabi, K Haigh, A Nagy, G Carmeliet, and
JJ Haigh |
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2:15 PM |
25 |
OsteOLINEAGE cells
dynamically regulate hematopoietic stem cell fucntion
in the context of diverse physiological conditions SR Mayack and AJ Wagers |
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2:30 PM |
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Lunch |
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Dinner at
a local Greek Tavern |
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The bus
for the tavern will depart from the hotel at 7:30 PM |
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Thursday, June 12 |
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Session VII |
Up
and Coming Chair: J Penninger |
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9:00 AM |
26 |
Osteoclast independent roles of RANKL and RANKJ Penninger |
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27 |
Fra1 and “danger signals” in lung injury and bone fracture K
Matsuo |
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10:00 AM |
28 |
Activation of gd T cells by bisphosphonate drugs K Thompson |
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10:30 AM |
29 |
Identification
of cell cycle-arrested osteoclast precursors in
vivo |
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11:00 AM |
30 |
Regulation of ephrinB2/EphB4 signaling
within the osteoblast lineage TJ Martin, EH Allan, |
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11:30 AM |
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Coffee
Break |
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Session VIII |
Short
Talks Chair:
Y Choi |
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12:00 Noon |
31 |
Deletion of sFRP4 in mice results in an
increased bone mass phenotype G Sabatakos, H Saito, D Ebert, C Blanton,
E Houghton, |
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32 |
High
bone mass in intact and estrogen-deficient mice lacking IL-15 signaling |
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33 |
Adenosine and osteoporosis: adenosine A1 receptor blockade
reverses bone loss in ovariectomized mice and deletion of adenosine A2A receptors leads to
diminished bone density FM Kara, SB Doty, A Boskey, B Fredholm, and BN Cronstein |
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34 |
IL-27/WSX-1 signaling inhibits RANKL-induced osteoclastogenesis through STAT1 activation: a possible involvement in TLR4/MyD88-mediated inflammatory arthritisM Furukawa, H Takaishi, M Yoda, T Tohmonda, J Takito, |
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35 |
Activated CD4+CD25+
regulatory T cells suppress osteoclastogenesis and
inhibit autoimmune arthritis in mice L Geboes, H Kelchtermans, T Mitera, D Huskens, G Leclercq, and P Matthys |
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36 |
CD40 ligand
prevents osteoclastogenesis induced by glucocorticoids |
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1:30 PM |
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Concluding remarks |
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2:00 PM |
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Lunch |
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Gala Dinner |
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Friday, June 13
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Breakfast |
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Departure |
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POSTERS |
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37 |
RANKL/RANK controls the central fever
response R Hanada, A Leibbrandt, C Pifl, and J Penninger |
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38 |
A possible
effect of CD27-CD70 interaction on osteoclast
differentiation Y Xiao, J Song,
AM Keller, TJ de Vries, T Schoenmaker, V Everts, and J Borst |
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39 |
Soluble
TRAIL enhanced bone destruction acting on Rank-ligand
in estrogen dependent/independent human breast cancer cell lines V Nicolin and P Narducci |
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40 |
Wnt5a secreted by osteoblasts
regulate osteoclasts differentiation K Maeda, Y Kobayashi, A Ishihara, N Udagawa, I Takada, S Kato, M Nishita, Y Minami, K Marumo, and N Takahashi |
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41 |
Characterization
of a novel osteoclast population in rat long bones |
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42 |
Stem cell antigen-1+ (Sca-1+)
cell-based gene therapy with MODIFIED fibroblast growth factor 2 (FGF2)
dramatically increases vertebral endosteal bone formation in mice S Hall, S Wang, S Chen, J Wergedal, |
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43 |
Expression of Estrogen Receptor in osteoblasts of patients with adolescent idiopathic
scoliosis (AIS) D Leboeuf, K Letellier,
B Azeddine, G Grimard, S
Parent, H Labelle, A Moreau, and F
Moldovan |
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44 |
Genome-wide transcriptional Profiling as an approach to
characterize osteoimmunological crosstalk LM Havill and MC Mahaney |
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45 |
CD4+CD25+Foxp3+Regulatory T cells suppress
osteoclast commitment BR Lee, KH Seo, C Li, L Zhou, and Q-Sheng Mi |
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46 |
The role of Tec
family kinases in osteoclast
differentiation M
Shinohara, T Koga, K Okamoto, T Nakashima, H Inoue, K Arai, and H Takayanagi |
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47 |
Cathepsin K regulated TH17 cell polarization through toll-like
receptor 9 signaling in dendritic cells HJ Gober, M Asagiri, T Hirai,, T Kunigami,, K Okamoto, K Nishikawa, A Suematsu, M Hayashi, P Saftig, and H Takayanagi |
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48 |
Effect of caspase
3 on bone metabolism H Amano, A Karakawa, M |
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49 |
The role of the chemokine
CXCL12 in induction of osteoclast activity and osteolytic bone disease in multiple myeloma P Diamond, SA Hampton-Smith, A Labrinidis, S K Martin, S Gronthos, L To, N Fujii, PO’Loughlin, A Evdokiou, and AC W Zannettino |
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50 |
Induction of kinin B1 receptor in
osteoarthritis is performed by vasoactive
peptide endothelin-1 LH Attalah, D Deblois, É Rich, CA Manacu, Ns Newman, A Moreau, and F Moldovan |
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51 |
Estrogen crosstalk with the melatonin signalling pathway in human osteoblasts derived from adolescent idiopathic scoliosis L Kareen, A Bouziane,
P Stefan, L Hubert, M Alain, and M Florina |
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52 |
Defective bone structure and bone marrow microenvironment
in the immunodeficient ada
ko mouse AV Sauer, E Mrak, E
Zacchi, R Jofra Hernandez, A Tabucchi, A Ambrosi, A Rubinacci, and A Aiuti |
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53 |
Osteal
tissue macrophages are critical for woven bone deposition in fracture healing KA Alexander, LJ Raggatt,
MK Chang, ER Maylin, ACK Wu, AI Cassady,
DA Hume, and AR Pettit |
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54 |
Precursor & functional analyses of
CD11C+ dendritic cells-associated osteoclastogenesis and bone loss M Alnaeeli and AYT Teng |
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55 |
Dlk1/FA1
stimulates osteoclast formation via osteoblast dependent mechanism BM Abdallah, N |
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56 |
DcR3 involvement in multiple myeloma bone disease G Brunetti, S Colucci, G Mori, A Oranger, M Centonze, R Rizzi, V Liso,
and M Grano |
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57 |
Addition of estrogen to corticosteroid
treatment in experimental arthritis prevents osteoporosis and arthritis,
possibly by induction of regulatory T-cells C Jochems, C Håkansson, M Lagerquist, C Ohlsson, and H Carlsten |
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58 |
The role of the signaling adapters LAT and
LAB in osteoclastogenesis JF Charles, G Whittaker, Y Wu, |
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59 |
Estrogen deficiency increases osteoclastogenesis upregulating
T cells activity: a key mechanism in osteoporosis
P D’Amelio, A Grimaldi, S Di Bella, MA Cristofaro, C Tamone, and G Isaia |
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60 |
Reduced bone
density in Bruton’s tyrosine kinase
deficient patients: effect of B cells on osteoclast
activity L Danks, S Workman, V Nicolaidou, B Grimbacher, BMJ Foxwell, and NJ Horwood |
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61 |
Formation of osteoclast-like cells from peripheral blood from (osteopenic) chronic liver disease and periodontitis
patients occurs without supplementation of M-CSF TJ de Vries, BJ Olivier,, STS Tjoa, T
Schoenmaker, RE Mebius, CJ Mulder, BG Loos, SW van der Merwe, and V Everts |
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62 |
Identification and characterization of a
novel loss-of-function missense mutation in the
RANKL gene causes osteopetrosis in mice E Douni, |
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63 |
The role of JAK1 in osteoclastogenesis regulation JI
Ha, Y Lee, HJ Kim, SW Hyung, HJ
Jung, SW Lee, and
HH Kim |
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64 |
Mesenchymal
cells expressing Col1a2 is required for the estrogenic effects on bone and B
cell lymphopoiesis C Håkansson, |
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65 |
Identification of primary target cells for
the classical genomic effects of estrogen and raloxifene
in bone C Håkansson, C Jochems, P van der Saag, C Ohlsson, H Carlsten, and MK Lagerquist |
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66 |
Cell cycle-arrested quiescent osteoclast
precursors (QOP) circulate to settle in the osteoclast niche A Muto,
T Mizoguchi, Y Kobayashi, T Noguchi, J M Penninger, N Udagawa, and |
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67 |
Cell-cell communication between
osteoclast precursors through ephrinA2-EphA2 interaction regulates bone
homeostasis |
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68 |
Comparison of direct osteoclastogenic potential on osteoclast
precursor cells among proinflammatory cytokines JH Ju, JS Park, HJ Oh, YM Moon, CM Kang, ML Cho, HJ Ko, SH Lee, SH Park, HY Kim |
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69 |
Long-term denosumab treatment
of non-human primates had no observed effects on leukocyte subsets or
T-cell-dependent immune responses M
Stolina, MS Ominsky, J Schroeder, JE Atkinson, SY
Smith, L LeSauteur, |
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70 |
Negative regulation of human rank
and trem2 expression by toll-like receptors JD Ji, KH Park-Min,
and LB Ivashkiv |
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71 |
Synovial fibroblasts promote osteoclastogenic activity by activation RANKL and
differentiation of monocytes via TLR3 activation in
RA KW Kim, ML Cho, HJ Oh, CM Kang, YM
Moon, JS Park, HR
Kim, HY Kim, and
SH Lee |
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72 |
Potential roles of osteoclastogenic
cytokine - NF-κB signaling in methotrexate chemotherapy-induced osteoporosis T King, |
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73 |
Expression of RANKL on
the surface of peripheral blood cells D Krenbek, U Semrad, G Hofbauer, M
Griesser, and PRM Willheim |
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74 |
The TEC family tyrosine kinase BTK regulates RANKL-induced osteocalst
maturation SH Lee, T Kim, D Jeong, N Kim, and Y Choi |
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75 |
T-lymphocytes amplify the anabolic action
of PTH through WNT10B signaling M Terauchi, Y Gao,
MS Nanes, M Zayzafoon, |
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76 |
Macrophages reside in mouse and human osteal
tissues and regualte osteoblast
mineralisation MK Chang , AR Pettit, KA Alexander, JS Kuliwaba, NL Fazzalari, K Schroder, VM Ripoll, DA Hume, and LJ Raggatt |
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77 |
Osteoclast specific dicer deficiency
suppress osteoclast differentiation and increase
bone mass F Mizoguchi, Y Izu, T Hayata, H Hemmi, K Nakashima, T Nakamura, H Kohsaka, N Miyasaka, B Harfe, S Kato, Y Ezura, and M Noda |
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78 |
The association between body composition
and bone health: The European Prospective Investigation into Cancer-Norfolk
study A
Moayyeri, RN |
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79 |
A novel neutrophil-osteoclast
signaling pathway is critically involved in the development of autoimmune
arthritis Z Jakus and A Mocsai |
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80 |
The interaction
of alpha9 integrin with its ligands
regulates the development of rheumatoid arthritis J Morimoto, M Kanayama, D Kurotaki, T Asano, Y Nakayama, K Ito, Y Saito, C Kimura, T Harada, LH Mei, J Uehara, T Miyazaki, T Uede, and S Kon |
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81 |
Regulation
of skeletal homeostasis by anti-apoptotic molecule Bcl-2 Y Nagase, M Iwasawa, T Akiyama, Y Kadono, Y Oshima, M Nakamura, T Yasui, T Miyamoto, K Nakamura, and T Sakae |
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82 |
TLR9-ligand CpG inhibits BMP-2 induced differentiation of human Mesenchymal Stem cells NN Nørgaard, A Sundan, J Bohnhorst, and T Standal |
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83 |
Regulation of human osteoclast
precursor generation by Type II cytokines KH Park-Min, JD Ji, T |
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84 |
Bone
metabolism in a RODENT model of ankylosing spondylitis M Rauner, D Stupphann,
W Sipos, I Fert, |
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85 |
Diagnostic implication of spontaneous osteoclastogenesis and IL-7 serum levels in bone
metastases from non-small cell lung cancer
I Roato, E Gorassini, L Buffoni, P Lyberis, |
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86 |
Running has a negative effect on bone metabolism and proinflammatory status in male aged rats W
Sipos, M Rauner, M Skalicky, A Viidik, G Schett, K Redlich, S Lang, and P
Pietschmann |
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87 |
NIK mutation in ALY/ALY mice causes osteopetrosis and reduce RANKL induced osteoclastogenesis NS Soysa, CNRA Alles,
AH Mian, HYasuda, |
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88 |
RANKL/osteoprotegerin
and markers of inflammation in association with bone deterioration in
patients with inflammatory Bowel Disease N Turk, |
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89 |
Contribution of multiple hematopoietic
cells in the correction of grey-lethal osteopetrosis J Vacher, M Pata, and C Héraud |
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90 |
MAYP/PSTPIP2 regulates macrophage and osteoclast development and function V Chitu, V Nacu,
PJ Ferguson, J Charles, and ER Stanley |
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91 |
The role of ITAM adapter in low calcium
diet-induced bone loss Y
Wu, LL |
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92 |
IL-6, COX-2 and VEGF expression during stress fracture
healing CKA Wu, L Kidd, N Cowling, and MR Forwood |
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93 |
Roles of injury-induced inflammatory
response in the bony repair of the growth plate cartilage CJ Xian, FH Zhou, R Chung, M Scherer, and BK Foster |
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94 |
Comprehensive analysis of the downstream effectors of
transforming growth factor-beta in osteoclastogenesis T
Yasui, Y Kadono, M
Nakamura, Y Oshima, M Iwasawa, Y Nagase, K
Nakamura, and S Tanaka |
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95 |
Osteoclast-inducing
property alteration attributable to optical isomers of beta-adrenergic agonists Y Fukawa, K Akiko, M Okazaki, K Miyamoto, H Amano, S
Yamada, and M Yamamoto |
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96 |
Functional
analysis of Bcl-xL in osteoclasts
by osteoclast-specific deletion of bcl-x gene in mice M Iwasawa, Y Nagase, Y Kadono,
M Nakamura, T Yasui, T Nakamura, S Kato, K
Nakamura, and S Tanaka |
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