Magyar Hypertonia Társaság II. Tavaszi Hypertonia Nap
Rendezvény kezdete: 2010.05.13.Rendezvény vége: 2010.05.13. Szervező: Ócsai Ágnes Munkahely neve: SZERVIZ Iroda Utazásszervező Kft. Címe: 3530 Miskolc, Mártírok u. 1. Tel: 46/ 509-979; 46/ 509-980 Fax: 46/414-399 E-mail: a.ocsai@szerviziroda.hu Helyszín: 3517 Miskolc – Lillafüred, Erzsébet sétány 1., Hunguest Hotel Palota A Magyar Hypertonia Társaság és az MTA Miskolci Akadémiai Bizottság Nefrológiai Munkabizottsága II. Tavaszi Hypertonia Nap címmel továbbképző tanfolyamot rendez. A továbbképzést ajánljuk családorvos, belgyógyász, gyermekgyógyász, kardiológus, nefrológus, diabetológus, angiológus szakorvosok és szakorvos jelöltek, rezidensek és a téma iránt érdeklődő egyéb társszakmában dolgozó kollégák számára.Jelentkezési határidő: 2010. május 05. 18:00 A részvétel ingyenes, de az ebéd miatt szükséges a regisztráció.Jelentkezés és további információ: Ócsai Ágnes, SZERVIZ Iroda Utazásszervező Kft. 3530 Miskolc, Mártírok u. 1. Telefon: 46/ 509-979, 509-980 Fax: 46/414-399 E-mail: a.ocsai@szerviziroda.hu A meghívó letölthető a "Kapcsolódó dokumentumok" alól. Kapcsolódó dokumentumok (1)
Magyar Dermatológiai Társulat EADV-ESDR Summer Research Workshop for residents
Rendezvény kezdete: 2019.06.17.Rendezvény vége: 2019.06.21. Helyszín: France, Orsay, Paris, A rendezvény Web oldala: https://www.eadv.org/article/268 This summer school, held in English, is specifically aimed at dermatology residents/trainees and at PhD students and postdocs affiliated to dermatological research focusing on the melanocyte lineage including hypo/hyper-pigmentation of the skin and hair and on melanoma with limited experience in experimental research and in molecular biology.
The workshop will comprise a mixture of research presentations, and interactive and practical sessions. An electronic and printed booklet of methods and protocols presented during the course will be given to participants at the beginning of the course.
Main Topics will include:
* Establishment of the melanocyte lineage
* Homeostasis of the melanocyte lineage
* Congenital and acquired hypo/hyper-pigmentation
* Melanoma
Specific Topics will cover:
* Establishment of the melanocyte lineage, in vivo and in vitro imaging - Melanosome
* Congenital Giant nevus, Vitiligo - Preclinical development in vitiligo
* Autophagy and pigmentation, Single cells analysis, Genetic of pigmentation and melanoma
* Mechanisms of melanomagenesis, Microbiota and melanomagenesis
* Interaction Melanocyte – Microenvironment, Clinical update on melanoma
Practical courses will include:
* Establishment of melanocytes and melanoma cells in culture from mouse models
* Overexpression and KD (transfection and infection) of genes in cell lines
* Read out: auto-fluorescence, immunofluorescence, WB, RT-PCR, and RNAscope
Localization of melanoblasts in the embryo – labeling (Dct::LacZ, ZEG)
Magyar Dermatológiai Társulat EADV-ESDR Summer Research Workshop for residents
Rendezvény kezdete: 2019.06.17.Rendezvény vége: 2019.06.21. Helyszín: France, Orsay, Paris, A rendezvény Web oldala: https://www.eadv.org/article/268 This summer school, held in English, is specifically aimed at dermatology residents/trainees and at PhD students and postdocs affiliated to dermatological research focusing on the melanocyte lineage including hypo/hyper-pigmentation of the skin and hair and on melanoma with limited experience in experimental research and in molecular biology.
The workshop will comprise a mixture of research presentations, and interactive and practical sessions. An electronic and printed booklet of methods and protocols presented during the course will be given to participants at the beginning of the course.
Main Topics will include:
* Establishment of the melanocyte lineage
* Homeostasis of the melanocyte lineage
* Congenital and acquired hypo/hyper-pigmentation
* Melanoma
Specific Topics will cover:
* Establishment of the melanocyte lineage, in vivo and in vitro imaging - Melanosome
* Congenital Giant nevus, Vitiligo - Preclinical development in vitiligo
* Autophagy and pigmentation, Single cells analysis, Genetic of pigmentation and melanoma
* Mechanisms of melanomagenesis, Microbiota and melanomagenesis
* Interaction Melanocyte – Microenvironment, Clinical update on melanoma
Practical courses will include:
* Establishment of melanocytes and melanoma cells in culture from mouse models
* Overexpression and KD (transfection and infection) of genes in cell lines
* Read out: auto-fluorescence, immunofluorescence, WB, RT-PCR, and RNAscope
Localization of melanoblasts in the embryo – labeling (Dct::LacZ, ZEG)
Magyar Dermatológiai Társulat EADV-ESDR Summer Research Workshop for residents
Rendezvény kezdete: 2019.06.17.Rendezvény vége: 2019.06.21. Helyszín: France, Orsay, Paris, A rendezvény Web oldala: https://www.eadv.org/article/268 This summer school, held in English, is specifically aimed at dermatology residents/trainees and at PhD students and postdocs affiliated to dermatological research focusing on the melanocyte lineage including hypo/hyper-pigmentation of the skin and hair and on melanoma with limited experience in experimental research and in molecular biology.
The workshop will comprise a mixture of research presentations, and interactive and practical sessions. An electronic and printed booklet of methods and protocols presented during the course will be given to participants at the beginning of the course.
Main Topics will include:
* Establishment of the melanocyte lineage
* Homeostasis of the melanocyte lineage
* Congenital and acquired hypo/hyper-pigmentation
* Melanoma
Specific Topics will cover:
* Establishment of the melanocyte lineage, in vivo and in vitro imaging - Melanosome
* Congenital Giant nevus, Vitiligo - Preclinical development in vitiligo
* Autophagy and pigmentation, Single cells analysis, Genetic of pigmentation and melanoma
* Mechanisms of melanomagenesis, Microbiota and melanomagenesis
* Interaction Melanocyte – Microenvironment, Clinical update on melanoma
Practical courses will include:
* Establishment of melanocytes and melanoma cells in culture from mouse models
* Overexpression and KD (transfection and infection) of genes in cell lines
* Read out: auto-fluorescence, immunofluorescence, WB, RT-PCR, and RNAscope
Localization of melanoblasts in the embryo – labeling (Dct::LacZ, ZEG)