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| Magyar Radiológusok Társasága |
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| TRT Területi Radiológus Továbbképzés: Mozgásszervi diagnosztika |
 Rendezvény kezdete: 2007.03.24. | Rendezvény vége: 2007.03.24. |
| Tudományos információ: Dr. Mester Ádám |
| Munkahely neve: Semmelweis Egyetem Radiológiai és Onkoterápiás Klinika |
Címe: 1082 Üllői út 78/A
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| Tel: 06 20 825 8809 |
| E-mail: mester@radi.sote.hu |
| Szervező: Dr. Mester Ádám |
| Munkahely neve: Semmelweis Egyetem Radiológiai és Onkoterápiás Klinika |
Címe: 1082. Üllői út 78/A
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| Tel: 06 20 825 8809 |
| E-mail: mester@radi.sote.hu |
| Helyszín: Semmelweis Egyetem Radiológiai és Onkoterápiás Klinika tanterme |
| A rendezvény Web oldala: http://www.oftex.hu |
Jelentkezés:
OFTEX portálon on-line
E-mail: mester@radi.sote.hu
Levélben: 1082 Üllői út 78/A
10:00 45 Endokrin és metabolikus osteoarthropathiák. Forgács Sándor dr.
10:45 45 Renális és hepatogén osteoarthropathiák. Gyarmati János dr.
11:30 45 Gyulladásos és degenerativ betegségek. Farbaky Zsófia dr.
12:15 45 Gyermekkori mozgásszervi radiológia. Lombay Béla dr.
13:00 45 Mozgásszervi sérülések radiológiája. Mester Ádám dr.
13:45 45 Mozgásszervi daganatos betegségek. Köllő Katalin dr.
14:30 45 Tesztvizsga. |
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| Magyar Immunológiai Társaság |
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| 15th International Symposium on Dendritic Cells |
| Rendezvény kezdete: 2018.06.10. | Rendezvény vége: 2018.06.14. |
| Szakterület(ek): Allergológia, klinikai immunológia |
| Helyszín: Germany, Aachen, |
| A rendezvény Web oldala: http://www.dc-2018.com/ |
Thirty years of Dendritic Cell Symposia created a unique and world-wide operating network of research groups dedicating their work to better understand the role of dendritic cells in health and disease and to harness their therapeutic potential. Initiated by the discovery of Ralph Steinman at Rockefeller University, New York, in the early 1970s, European scientists were attracted by this exciting field of research early on and continue to make major contributions.
Thus, it is our great pleasure to invite you to join us at the 15th International Symposium on Dendritic Cells in historic Aachen. This city is not only located in today’s tri-state-area between, Belgium, The Netherlands and Germany but also represents a true European place having been home to Celtics, Romans, Merovingians and Franconians alike in the past.
Abstract topics
1 – DC ontogeny & development
2 – Transcriptional & epigenetic regulation of DC
3 – Antigen processing & presentation
4 – T cell priming & polarization
5 – DC subsets & functional specialization
6 – DC interaction with commensal microbiota
7 – DC in tolerance & tissue homeostasis
8 – DC in allergy & autoimmunity
9 – DC in chronic infections
10 – DC in cancer & cancer immunotherapy
11 – DC vaccination & immunotherapy (beyond cancer)
12 – Omics approaches to dissect DC heterogeneity & networks
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| Magyar Immunológiai Társaság |
|
| 15th International Symposium on Dendritic Cells |
| Rendezvény kezdete: 2018.06.10. | Rendezvény vége: 2018.06.14. |
| Szakterület(ek): Allergológia, klinikai immunológia |
| Helyszín: Germany, Aachen, |
| A rendezvény Web oldala: http://www.dc-2018.com/ |
Thirty years of Dendritic Cell Symposia created a unique and world-wide operating network of research groups dedicating their work to better understand the role of dendritic cells in health and disease and to harness their therapeutic potential. Initiated by the discovery of Ralph Steinman at Rockefeller University, New York, in the early 1970s, European scientists were attracted by this exciting field of research early on and continue to make major contributions.
Thus, it is our great pleasure to invite you to join us at the 15th International Symposium on Dendritic Cells in historic Aachen. This city is not only located in today’s tri-state-area between, Belgium, The Netherlands and Germany but also represents a true European place having been home to Celtics, Romans, Merovingians and Franconians alike in the past.
Abstract topics
1 – DC ontogeny & development
2 – Transcriptional & epigenetic regulation of DC
3 – Antigen processing & presentation
4 – T cell priming & polarization
5 – DC subsets & functional specialization
6 – DC interaction with commensal microbiota
7 – DC in tolerance & tissue homeostasis
8 – DC in allergy & autoimmunity
9 – DC in chronic infections
10 – DC in cancer & cancer immunotherapy
11 – DC vaccination & immunotherapy (beyond cancer)
12 – Omics approaches to dissect DC heterogeneity & networks
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