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Linkek, dokumentumok oldalon belüli megjelenítése
Külön ablakban történő megjelenítés (gyorsabb!)
Kongresszusok, rendezvények
 
Ezen az oldalon hazai és nemzetközi rendezvényekről szóló információkat helyezünk el, időrendi sorrendben.

Tipp: A kongresszusokhoz különböző linkek, dokumentumok tartoz(hat)nak, melyeket a "kapcsolódó dokumentumok/linkek" feliratra kattintva érhet el. A felirat mögött zárójelben megjelenő szám a kapcsolódó anyagok számát jelöli.
Hazai kongresszusok rendezvények
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Magyar Hypertonia Társaság
Korányi Sándor Hipertónia Nefrológia Nap 2025
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2025.04.12.Rendezvény vége: 2025.04.12.

Tisztelt Kolléganők és Kollégák!

Tisztelettel meghívjuk Önöket a 15. alkalommal, online formában megszervezésre kerülő Korányi Sándor Hipertónia Nefrológia Napra a Semmelweis Egyetem Belgyógyászati és Onkológiai Klinika rendezésében, 2025. április 12-én, szombaton.

Korányi Sándor Professzor, a magyarországi nefrológia megalapítójának és a keringési rendszer kutatójának neve összeforrt a Belklinika történetével - rendezvényünkkel előtte is tisztelgünk. Az időpontnak keretet ad a Vese Világnapja március 14.-én és a Hipertónia Világnapja május 17.-én, aktualitása ugyanakkor Korányi Sándor professzor halálának 81. évfordulója 2025. április 12-én.

Az elmúlt év sok, a mindennapi klinikai munkát befolyásoló eredményt hozott a hipertónia és nefrológia területén, kiemelve az újabb antihipertenzív kezelési lehetőségeket, valamint a krónikus vesebetegség és kardiorenális-metabolikus tünetegyüttes progressziójának gátlására alkalmazható szerek széles tárházát. Emellett ugyanakkor olyan nefrológiai vonatkozású témák is megbeszélésre kerülnek a továbbképzésen, amelyekkel minden gyakorló orvos találkozik, és amelyek diagnosztikus vagy terápiás nehézség elé állítják őket.

Bár a belklinikai előadóterem múlt század eleji varázsának és a személyes találkozások baráti körének élvezetére nem ad lehetőséget (amit szomorúan veszünk tudomásul), ugyanakkor a minél szélesebb körű - akár a határon túlnyúló - részvétel és a tanfolyam díjmentességének biztosítása iránti igény miatt a tanfolyam online folytatása mellett döntöttünk.
A szabadon választható továbbképzést ajánljuk családorvos, belgyógyász, diabetológus, kardiológus és nefrológus kollégák számára.

A továbbképzés a Semmelweis Egyetem Továbbképzési Központban került akkreditálásra.

Időpont: 2025.04.12. szombat, 08:50-15.30
Helyszín: ONLINE (Zoom linket a rendezvény előtt küldjük)Részvétei díj: nincs, de jelentkezés szükséges a www.oftex.hu oldalon

Továbbbi információ: Kiss-Láng Zsuzsanna titkárnőnél (lang.zsuzsanna@semmelweis.hu)

 

Dr. Barna István
egyetemi docens 
Szervező

 

Dr. Tislér András
egyetemi tanár
Szervező

 
Magyar Gyermekaneszteziológiai és Intenzív Terápiás Társaság
MGYAITT Kongresszus
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2025.04.10.Rendezvény vége: 2025.04.12.
Helyszín: Miskolc,
Tisztelt Kollégák!


Társaságunk éves kongresszusának tudományos programja és minden további tudnivalója elérhető az esemény weboldalán: https://gyermekaneszteziologia.szerviziroda.hu/
Az eseményen sok szeretettel várjuk minden kedves szakmabeli és érdeklődő orvos és szakdolgozó kollégánkat!

A Velkey László Gyermekegészségügyi Központ Gyermekaneszteziológiai és Intenzív Osztálya idén 40 éve, 1985-ben vált önálló osztállyá. Legutóbb 9 éve adott otthont a rendezvénynek a lillafüredi Palotaszállóban, amit Társaságunk már kinőtt, a résztvevők létszáma évről-évre számottevően gyarapszik. Így esett a választás a térségi tudományos és kulturális központként is funkcionáló Miskolci Egyetemre és Miskolctapolcára, mint helyszínre. Az Egyetem díszaulája alkalmas lesz a tudományos előadások meghallgatására, a workshop-ok lebonyolítására és a díszvacsorára, a tapolcai egymás mellett található szállodák pedig szeretettel várják vendégeiket, az üdülőövezet megújított sétányai, jó hangulata felüdülés lesz a tudományos program után.

Az MGYAITT vezetősége által összeállított szakmai program idén is kiváló lehetőséget kínál a hazai és nemzetközi aktualitások megbeszélésére, színes előadásokat várunk az ország minden szegletéből, számítunk a társszakmák részvételére és a szakdolgozók aktív jelenlétére is. A tavaly kirívó sikerrel megrendezett workshop-okkal idén is igyekszünk elmélyíteni a betegágy melletti gyakorlati tudást, (POCUS kardiológia, vérgázelemzés, légútbiztosítás, pszichológiai témakörök, stb.) nemcsak a fiatal kollégák-szakdolgozók, hanem az újra mindig nyitott szakemberek tudáséhségének is eleget téve.

A referátumok, előadások az anesztézia és intenzív terápia terén egyaránt aktuális témákkal (Pertussis, myasthenia, autismus, delírium, inhalációs gyógyszerterápia, digitális lázlap és aneszteziológiai jegyzőkönyv, donáció anesztéziája, pszichológus szerepe, transzfúziológia, stb.) jelentkeznek.

A Miskolci Egyetem a tudományos programban is részt vesz, egy szatellita szimpóziummal készül, legfőbb témája a mesterséges intelligencia, de lesz előadás képalkotó diagnosztika, gazdaságpolitika és jogi témakörökben is.

Ismét hangsúlyozva nagy szeretettel várjuk a társszakmák résztvevőit, felnőtt ellátásban dolgozó „testvéreinket”, a gyermekmentésben résztvevőket, orvosokat, szakdolgozókat.

Bízunk benne, hogy tovább bővülő létszámban, baráti légkörben találkozunk újra, ismereteinket bővítve magas színvonalon, jó hangulatban – Miskolcon.

További részletes információk a rendezvény weboldalán: https://gyermekaneszteziologia.szerviziroda.hu/

Ormay Cecília osztályvezető főorvos
Velkey László Gyermekegészségügyi Központ
Gyermekaneszteziológiai és Intenzív Osztály
MGYAITT vezetőségi tag, szervező
 
Magyar Nephrologiai Társaság
Semmelweis Egyetem, Nefropatológiai Esetmegbeszélések
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2025.04.10.Rendezvény vége: 2025.04.10.
Helyszín: Online,
 
Magyar Nephrologiai Társaság
Semmelweis Egyetem, Nefropatológiai Esetmegbeszélések
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2025.04.10.Rendezvény vége: 2025.04.10.
Helyszín: Online,
 
Magyar Nephrologiai Társaság
Semmelweis Egyetem, Nefropatológiai Esetmegbeszélések
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2025.04.10.Rendezvény vége: 2025.04.10.
Helyszín: Online,
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Magyar Dermatológiai Társulat
EADV/ESDR Summer Research Workshop (Madrid, Spain, 2024.07.01-05.)
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2024.07.01.Rendezvény vége: 2024.07.05.
Helyszín: Spain, Madrid,
A rendezvény Web oldala: https://esdr.org/events/eadv-esdr-summer-research-workshop-2024/


Chairs: Dr Fernando Larcher (CIEMAT-UC3M), Dr Diego Velasco (UC3M)

To be eligible to a course, you should be an active ESDR member OR an EADV Resident and you should fully complete the application procedure.
Application deadline 2024.03.31. 

GENERAL INFORMATION


The number of available course places per year is 20.
The selection of candidates is made based on CVs, year of residency and the number of courses previously attended. Complete the document “EADVESDR Summer Research Workshop 2024″ and send it to Office@esdr.org
EADV/ESDR Resident courses are for dermatology and venereology residents (either EADV members or ESDR members).
EADV/ESDR also offers accommodation, catering, and a social event during the course.
Preliminary program – as of 7.02.2024
Course Description
This workshop offers a comprehensive examination of experimental skin regenerative medicine, emphasizing on cell and gene-based approaches. Participants will gain proficiency in culture and manipulation of skin cells in both 2D and 3D modalities, focusing on preserving stem cell functionality and regenerative capacities. The course addresses the application of these strategies in scenarios such as chronic wounds, large skin losses from trauma, and genetic disorders. Essential wound healing concepts are covered, enabling participants to tackle specific challenges with appropriate therapeutic tools.
The curriculum also delves into advanced skin gene therapy strategies (e.g. genome editing) to address inherited skin defects impairing regeneration. Discussions extend to pre-clinical models and clinical applications, providing a comprehensive understanding of translational aspects in regenerative medicine.
Additionally, the course explores the complexity of cellular populations influencing skin physiology. Participants will learn to analyze and manage large datasets derived from regenerative skin approaches, incorporating artificial intelligence methods. This course offers a thorough exploration of theoretical foundations and practical applications in experimental skin regenerative medicine.
Learning Objectives
  1. Skin Cell Culture Mastery:

Attain proficiency in cultivating and managing skin cells in 2D and 3D, emphasizing the preservation of stem cell functionality for effective regenerative applications.
  1. Application of Cell-based and other advanced skin Regenerative approaches:

Gain insight on the use of skin regenerative therapies strategically, grounded in a solid understanding of wound healing concepts, to address specific challenges like chronic wounds, traumatic skin losses, and genetic disorders.
  1. Advanced Gene Therapy Skills:

Development of competence in advanced skin gene therapy strategies to address inherited skin defects, encompassing both theoretical insights and practical considerations in pre-clinical models and clinical applications.
  1. Data Analysis and AI Integration:

Explore the complexity of cellular populations in skin physiology and acquire skills in analyzing large datasets from regenerative skin approaches, incorporating artificial intelligence methods for comprehensive data management and interpretation.
Day 1. Keratinocyte Biology and culture (2D)
14.00-14:30 Reception and registration of participants
14:30-14:45 Welcome Address – Fernando Larcher; Diego Velasco
14.45-15.45 Keynote conference: Human epidermal stem cells in skin regeneration – Michele De Luca
15.45-16.15 Coffee break
16.15-16.45 Human and mouse keratinocyte culture methods I – Fernando Larcher
16.45-17.30 Human and mouse keratinocyte culture methods II. Derivation from iPSC – Christine Baldeschi
Day 2. 3D skin cultures
09.00-09.30 Overview 3D skin cultures – Fernando Larcher
09.30-10.15 Plasma-based skin equivalents – Sara Llames
10.15-10.45 Complex organotypic skin models – John Connelly
10.45-11.15 Coffee Break
11.15-11.45 Skin organoids – Julia Reichelt
11.45.12.15 Skin Bioprinting – Diego Velasco
12.15-13.30 Demonstration organotypic culture preparation – Sara Llames; Diego Velasco
13.30-14.30 Lunch Break
14.30-16.00 Demonstration Skin Bio-printing – Diego Velasco
16.00-18.00 Presentations by participants
Day 3. Wound healing and skin diseases models
09.00-09.45 Critical players in normal and impaired wound healing – Sabine Werner
09.45-10.15 GPCR in skin homeostasis and regeneration- Marta Carretero
10.15-11.00 Mesenchymal stem cells to treat chronic skin wounds – María J Escamez
11.00-11.30 Coffee break
11.30-12.15 Skin substitutes for chronic ulcers, burns and large wounds – Sara Llames
12.15-12.45 Advanced wound healing therapies – Marta Carretero
12.45-14.00 Lunch Break
14.00-14.30 Introduction 3D, KO mice, skin-humanized models – Fernando Larcher
14.30-15.15 Animal skin disease models I. Prevalent diseases – Paloma Pérez
15.15-16.00 Animal skin disease models II (rare diseases) – Alex Nystrom
16.00-16.30 Coffee break
16.30-18.00 Presentations by participants.
Day 4. Gene therapy and clinical studies
09.00-09.30 Skin gene therapy overview – Fernando Larcher
09.30-10.15 Genome editing I – Ulrich Koller
10.15-11.00 Genome editing II (in vivo) – Marta García
11.00-11.30 Coffee Break
11.30-12.15 Exon skipping / AONs – Matthias Titeux
12.15-12.45 Overview of Cell and gene therapy clinical trials for genodermatoses – Fernando Larcher, María José Escamez
12.45-13.30 Ex vivo gene therapy in the clinic – Peter Marinkovich
13.30-14.00 In vivo gene therapy in the clinic – Peter Marinkovich
14.00-15.00 Lunch Break
15.00-16.30 Demonstration: keratinocyte genome editing – TBD
16.30-18.00 Presentations by participants
20.30-22.30 Networking Dinner with participants and faculty members
Day 5. Omics and AI in dermatological research
09.00-09.45 Multiomic studies of skin biology and pathology. Overview – Carlos León
09.45-10.15 Dissecting complex cutaneous traits trough RNAseq – Ramón G. Escudero
10.15-11.00 Cell heterogeneity. Single cell RNAsec-studies – Clarisse Ganier
11.00-11.30 Coffee Break
11.30-12.00 Artificial intelligence to study rare diseases including genodermatoses – Joaquin Dopazo
12.00-14.00 Presentations by participants
14.00 Closing of the course and farewell – Fernando Larcher
Faculty
Course Chair:                     Fernando LARCHER, CIEMAT-UC3M, Madrid
Course Co-Chair:                    Diego VELASCO, UC3M, Madrid
International Speakers:           Sabine WERNER, ETH, Zurich
Michele DE LUCA                   UNIMORE, Modena
Christine BALDESCHI             iSTEM, Evry
John CONNELLY                    Queen Mary University, London
Peter MARINKOVICH  Stanford University, USA
Ulrich KOLLER                        DEBRA Haus, Salzburg
Julia REICHELT                       Hamad Medical Corporation, Qatar
Clarisse GANIER                      King’s College, London
Matthias TITEUX                     INSERM, Paris
Alexander NYSTROM              University Freiburg, Freiburg
Tutors /Local Speakers:
Sara G LLAMES                       CCST, Oviedo
Marta GARCÍA                         UC3M, Madrid
María J ESCAMEZ                   UC3M, Madrid
Paloma PEREZ                       IBV, Valencia
Marta CARRETERO                 CIEMAT, Madrid
Carlos LEÓN                            UC3M, Madrid
Ramón G ESCUDERO            CIEMAT, Madrid
Joaquin DOPAZO                  Fundación Progreso y Saluds, Sevilla
Assistants:
Blanca DUARTE
Angélica CORRAL
 
Magyar Dermatológiai Társulat
EADV/ESDR Summer Research Workshop (Madrid, Spain, 2024.07.01-05.)
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2024.07.01.Rendezvény vége: 2024.07.05.
Helyszín: Spain, Madrid,
A rendezvény Web oldala: https://esdr.org/events/eadv-esdr-summer-research-workshop-2024/


Chairs: Dr Fernando Larcher (CIEMAT-UC3M), Dr Diego Velasco (UC3M)

To be eligible to a course, you should be an active ESDR member OR an EADV Resident and you should fully complete the application procedure.
Application deadline 2024.03.31. 

GENERAL INFORMATION


The number of available course places per year is 20.
The selection of candidates is made based on CVs, year of residency and the number of courses previously attended. Complete the document “EADVESDR Summer Research Workshop 2024″ and send it to Office@esdr.org
EADV/ESDR Resident courses are for dermatology and venereology residents (either EADV members or ESDR members).
EADV/ESDR also offers accommodation, catering, and a social event during the course.
Preliminary program – as of 7.02.2024
Course Description
This workshop offers a comprehensive examination of experimental skin regenerative medicine, emphasizing on cell and gene-based approaches. Participants will gain proficiency in culture and manipulation of skin cells in both 2D and 3D modalities, focusing on preserving stem cell functionality and regenerative capacities. The course addresses the application of these strategies in scenarios such as chronic wounds, large skin losses from trauma, and genetic disorders. Essential wound healing concepts are covered, enabling participants to tackle specific challenges with appropriate therapeutic tools.
The curriculum also delves into advanced skin gene therapy strategies (e.g. genome editing) to address inherited skin defects impairing regeneration. Discussions extend to pre-clinical models and clinical applications, providing a comprehensive understanding of translational aspects in regenerative medicine.
Additionally, the course explores the complexity of cellular populations influencing skin physiology. Participants will learn to analyze and manage large datasets derived from regenerative skin approaches, incorporating artificial intelligence methods. This course offers a thorough exploration of theoretical foundations and practical applications in experimental skin regenerative medicine.
Learning Objectives
  1. Skin Cell Culture Mastery:

Attain proficiency in cultivating and managing skin cells in 2D and 3D, emphasizing the preservation of stem cell functionality for effective regenerative applications.
  1. Application of Cell-based and other advanced skin Regenerative approaches:

Gain insight on the use of skin regenerative therapies strategically, grounded in a solid understanding of wound healing concepts, to address specific challenges like chronic wounds, traumatic skin losses, and genetic disorders.
  1. Advanced Gene Therapy Skills:

Development of competence in advanced skin gene therapy strategies to address inherited skin defects, encompassing both theoretical insights and practical considerations in pre-clinical models and clinical applications.
  1. Data Analysis and AI Integration:

Explore the complexity of cellular populations in skin physiology and acquire skills in analyzing large datasets from regenerative skin approaches, incorporating artificial intelligence methods for comprehensive data management and interpretation.
Day 1. Keratinocyte Biology and culture (2D)
14.00-14:30 Reception and registration of participants
14:30-14:45 Welcome Address – Fernando Larcher; Diego Velasco
14.45-15.45 Keynote conference: Human epidermal stem cells in skin regeneration – Michele De Luca
15.45-16.15 Coffee break
16.15-16.45 Human and mouse keratinocyte culture methods I – Fernando Larcher
16.45-17.30 Human and mouse keratinocyte culture methods II. Derivation from iPSC – Christine Baldeschi
Day 2. 3D skin cultures
09.00-09.30 Overview 3D skin cultures – Fernando Larcher
09.30-10.15 Plasma-based skin equivalents – Sara Llames
10.15-10.45 Complex organotypic skin models – John Connelly
10.45-11.15 Coffee Break
11.15-11.45 Skin organoids – Julia Reichelt
11.45.12.15 Skin Bioprinting – Diego Velasco
12.15-13.30 Demonstration organotypic culture preparation – Sara Llames; Diego Velasco
13.30-14.30 Lunch Break
14.30-16.00 Demonstration Skin Bio-printing – Diego Velasco
16.00-18.00 Presentations by participants
Day 3. Wound healing and skin diseases models
09.00-09.45 Critical players in normal and impaired wound healing – Sabine Werner
09.45-10.15 GPCR in skin homeostasis and regeneration- Marta Carretero
10.15-11.00 Mesenchymal stem cells to treat chronic skin wounds – María J Escamez
11.00-11.30 Coffee break
11.30-12.15 Skin substitutes for chronic ulcers, burns and large wounds – Sara Llames
12.15-12.45 Advanced wound healing therapies – Marta Carretero
12.45-14.00 Lunch Break
14.00-14.30 Introduction 3D, KO mice, skin-humanized models – Fernando Larcher
14.30-15.15 Animal skin disease models I. Prevalent diseases – Paloma Pérez
15.15-16.00 Animal skin disease models II (rare diseases) – Alex Nystrom
16.00-16.30 Coffee break
16.30-18.00 Presentations by participants.
Day 4. Gene therapy and clinical studies
09.00-09.30 Skin gene therapy overview – Fernando Larcher
09.30-10.15 Genome editing I – Ulrich Koller
10.15-11.00 Genome editing II (in vivo) – Marta García
11.00-11.30 Coffee Break
11.30-12.15 Exon skipping / AONs – Matthias Titeux
12.15-12.45 Overview of Cell and gene therapy clinical trials for genodermatoses – Fernando Larcher, María José Escamez
12.45-13.30 Ex vivo gene therapy in the clinic – Peter Marinkovich
13.30-14.00 In vivo gene therapy in the clinic – Peter Marinkovich
14.00-15.00 Lunch Break
15.00-16.30 Demonstration: keratinocyte genome editing – TBD
16.30-18.00 Presentations by participants
20.30-22.30 Networking Dinner with participants and faculty members
Day 5. Omics and AI in dermatological research
09.00-09.45 Multiomic studies of skin biology and pathology. Overview – Carlos León
09.45-10.15 Dissecting complex cutaneous traits trough RNAseq – Ramón G. Escudero
10.15-11.00 Cell heterogeneity. Single cell RNAsec-studies – Clarisse Ganier
11.00-11.30 Coffee Break
11.30-12.00 Artificial intelligence to study rare diseases including genodermatoses – Joaquin Dopazo
12.00-14.00 Presentations by participants
14.00 Closing of the course and farewell – Fernando Larcher
Faculty
Course Chair:                     Fernando LARCHER, CIEMAT-UC3M, Madrid
Course Co-Chair:                    Diego VELASCO, UC3M, Madrid
International Speakers:           Sabine WERNER, ETH, Zurich
Michele DE LUCA                   UNIMORE, Modena
Christine BALDESCHI             iSTEM, Evry
John CONNELLY                    Queen Mary University, London
Peter MARINKOVICH  Stanford University, USA
Ulrich KOLLER                        DEBRA Haus, Salzburg
Julia REICHELT                       Hamad Medical Corporation, Qatar
Clarisse GANIER                      King’s College, London
Matthias TITEUX                     INSERM, Paris
Alexander NYSTROM              University Freiburg, Freiburg
Tutors /Local Speakers:
Sara G LLAMES                       CCST, Oviedo
Marta GARCÍA                         UC3M, Madrid
María J ESCAMEZ                   UC3M, Madrid
Paloma PEREZ                       IBV, Valencia
Marta CARRETERO                 CIEMAT, Madrid
Carlos LEÓN                            UC3M, Madrid
Ramón G ESCUDERO            CIEMAT, Madrid
Joaquin DOPAZO                  Fundación Progreso y Saluds, Sevilla
Assistants:
Blanca DUARTE
Angélica CORRAL
 
Magyar Dermatológiai Társulat
EADV/ESDR Summer Research Workshop (Madrid, Spain, 2024.07.01-05.)
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2024.07.01.Rendezvény vége: 2024.07.05.
Helyszín: Spain, Madrid,
A rendezvény Web oldala: https://esdr.org/events/eadv-esdr-summer-research-workshop-2024/


Chairs: Dr Fernando Larcher (CIEMAT-UC3M), Dr Diego Velasco (UC3M)

To be eligible to a course, you should be an active ESDR member OR an EADV Resident and you should fully complete the application procedure.
Application deadline 2024.03.31. 

GENERAL INFORMATION


The number of available course places per year is 20.
The selection of candidates is made based on CVs, year of residency and the number of courses previously attended. Complete the document “EADVESDR Summer Research Workshop 2024″ and send it to Office@esdr.org
EADV/ESDR Resident courses are for dermatology and venereology residents (either EADV members or ESDR members).
EADV/ESDR also offers accommodation, catering, and a social event during the course.
Preliminary program – as of 7.02.2024
Course Description
This workshop offers a comprehensive examination of experimental skin regenerative medicine, emphasizing on cell and gene-based approaches. Participants will gain proficiency in culture and manipulation of skin cells in both 2D and 3D modalities, focusing on preserving stem cell functionality and regenerative capacities. The course addresses the application of these strategies in scenarios such as chronic wounds, large skin losses from trauma, and genetic disorders. Essential wound healing concepts are covered, enabling participants to tackle specific challenges with appropriate therapeutic tools.
The curriculum also delves into advanced skin gene therapy strategies (e.g. genome editing) to address inherited skin defects impairing regeneration. Discussions extend to pre-clinical models and clinical applications, providing a comprehensive understanding of translational aspects in regenerative medicine.
Additionally, the course explores the complexity of cellular populations influencing skin physiology. Participants will learn to analyze and manage large datasets derived from regenerative skin approaches, incorporating artificial intelligence methods. This course offers a thorough exploration of theoretical foundations and practical applications in experimental skin regenerative medicine.
Learning Objectives
  1. Skin Cell Culture Mastery:

Attain proficiency in cultivating and managing skin cells in 2D and 3D, emphasizing the preservation of stem cell functionality for effective regenerative applications.
  1. Application of Cell-based and other advanced skin Regenerative approaches:

Gain insight on the use of skin regenerative therapies strategically, grounded in a solid understanding of wound healing concepts, to address specific challenges like chronic wounds, traumatic skin losses, and genetic disorders.
  1. Advanced Gene Therapy Skills:

Development of competence in advanced skin gene therapy strategies to address inherited skin defects, encompassing both theoretical insights and practical considerations in pre-clinical models and clinical applications.
  1. Data Analysis and AI Integration:

Explore the complexity of cellular populations in skin physiology and acquire skills in analyzing large datasets from regenerative skin approaches, incorporating artificial intelligence methods for comprehensive data management and interpretation.
Day 1. Keratinocyte Biology and culture (2D)
14.00-14:30 Reception and registration of participants
14:30-14:45 Welcome Address – Fernando Larcher; Diego Velasco
14.45-15.45 Keynote conference: Human epidermal stem cells in skin regeneration – Michele De Luca
15.45-16.15 Coffee break
16.15-16.45 Human and mouse keratinocyte culture methods I – Fernando Larcher
16.45-17.30 Human and mouse keratinocyte culture methods II. Derivation from iPSC – Christine Baldeschi
Day 2. 3D skin cultures
09.00-09.30 Overview 3D skin cultures – Fernando Larcher
09.30-10.15 Plasma-based skin equivalents – Sara Llames
10.15-10.45 Complex organotypic skin models – John Connelly
10.45-11.15 Coffee Break
11.15-11.45 Skin organoids – Julia Reichelt
11.45.12.15 Skin Bioprinting – Diego Velasco
12.15-13.30 Demonstration organotypic culture preparation – Sara Llames; Diego Velasco
13.30-14.30 Lunch Break
14.30-16.00 Demonstration Skin Bio-printing – Diego Velasco
16.00-18.00 Presentations by participants
Day 3. Wound healing and skin diseases models
09.00-09.45 Critical players in normal and impaired wound healing – Sabine Werner
09.45-10.15 GPCR in skin homeostasis and regeneration- Marta Carretero
10.15-11.00 Mesenchymal stem cells to treat chronic skin wounds – María J Escamez
11.00-11.30 Coffee break
11.30-12.15 Skin substitutes for chronic ulcers, burns and large wounds – Sara Llames
12.15-12.45 Advanced wound healing therapies – Marta Carretero
12.45-14.00 Lunch Break
14.00-14.30 Introduction 3D, KO mice, skin-humanized models – Fernando Larcher
14.30-15.15 Animal skin disease models I. Prevalent diseases – Paloma Pérez
15.15-16.00 Animal skin disease models II (rare diseases) – Alex Nystrom
16.00-16.30 Coffee break
16.30-18.00 Presentations by participants.
Day 4. Gene therapy and clinical studies
09.00-09.30 Skin gene therapy overview – Fernando Larcher
09.30-10.15 Genome editing I – Ulrich Koller
10.15-11.00 Genome editing II (in vivo) – Marta García
11.00-11.30 Coffee Break
11.30-12.15 Exon skipping / AONs – Matthias Titeux
12.15-12.45 Overview of Cell and gene therapy clinical trials for genodermatoses – Fernando Larcher, María José Escamez
12.45-13.30 Ex vivo gene therapy in the clinic – Peter Marinkovich
13.30-14.00 In vivo gene therapy in the clinic – Peter Marinkovich
14.00-15.00 Lunch Break
15.00-16.30 Demonstration: keratinocyte genome editing – TBD
16.30-18.00 Presentations by participants
20.30-22.30 Networking Dinner with participants and faculty members
Day 5. Omics and AI in dermatological research
09.00-09.45 Multiomic studies of skin biology and pathology. Overview – Carlos León
09.45-10.15 Dissecting complex cutaneous traits trough RNAseq – Ramón G. Escudero
10.15-11.00 Cell heterogeneity. Single cell RNAsec-studies – Clarisse Ganier
11.00-11.30 Coffee Break
11.30-12.00 Artificial intelligence to study rare diseases including genodermatoses – Joaquin Dopazo
12.00-14.00 Presentations by participants
14.00 Closing of the course and farewell – Fernando Larcher
Faculty
Course Chair:                     Fernando LARCHER, CIEMAT-UC3M, Madrid
Course Co-Chair:                    Diego VELASCO, UC3M, Madrid
International Speakers:           Sabine WERNER, ETH, Zurich
Michele DE LUCA                   UNIMORE, Modena
Christine BALDESCHI             iSTEM, Evry
John CONNELLY                    Queen Mary University, London
Peter MARINKOVICH  Stanford University, USA
Ulrich KOLLER                        DEBRA Haus, Salzburg
Julia REICHELT                       Hamad Medical Corporation, Qatar
Clarisse GANIER                      King’s College, London
Matthias TITEUX                     INSERM, Paris
Alexander NYSTROM              University Freiburg, Freiburg
Tutors /Local Speakers:
Sara G LLAMES                       CCST, Oviedo
Marta GARCÍA                         UC3M, Madrid
María J ESCAMEZ                   UC3M, Madrid
Paloma PEREZ                       IBV, Valencia
Marta CARRETERO                 CIEMAT, Madrid
Carlos LEÓN                            UC3M, Madrid
Ramón G ESCUDERO            CIEMAT, Madrid
Joaquin DOPAZO                  Fundación Progreso y Saluds, Sevilla
Assistants:
Blanca DUARTE
Angélica CORRAL
 
Magyar Dermatológiai Társulat
EADV/ESDR Summer Research Workshop (Madrid, Spain, 2024.07.01-05.)
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2024.07.01.Rendezvény vége: 2024.07.05.
Helyszín: Spain, Madrid,
A rendezvény Web oldala: https://esdr.org/events/eadv-esdr-summer-research-workshop-2024/


Chairs: Dr Fernando Larcher (CIEMAT-UC3M), Dr Diego Velasco (UC3M)

To be eligible to a course, you should be an active ESDR member OR an EADV Resident and you should fully complete the application procedure.
Application deadline 2024.03.31. 

GENERAL INFORMATION


The number of available course places per year is 20.
The selection of candidates is made based on CVs, year of residency and the number of courses previously attended. Complete the document “EADVESDR Summer Research Workshop 2024″ and send it to Office@esdr.org
EADV/ESDR Resident courses are for dermatology and venereology residents (either EADV members or ESDR members).
EADV/ESDR also offers accommodation, catering, and a social event during the course.
Preliminary program – as of 7.02.2024
Course Description
This workshop offers a comprehensive examination of experimental skin regenerative medicine, emphasizing on cell and gene-based approaches. Participants will gain proficiency in culture and manipulation of skin cells in both 2D and 3D modalities, focusing on preserving stem cell functionality and regenerative capacities. The course addresses the application of these strategies in scenarios such as chronic wounds, large skin losses from trauma, and genetic disorders. Essential wound healing concepts are covered, enabling participants to tackle specific challenges with appropriate therapeutic tools.
The curriculum also delves into advanced skin gene therapy strategies (e.g. genome editing) to address inherited skin defects impairing regeneration. Discussions extend to pre-clinical models and clinical applications, providing a comprehensive understanding of translational aspects in regenerative medicine.
Additionally, the course explores the complexity of cellular populations influencing skin physiology. Participants will learn to analyze and manage large datasets derived from regenerative skin approaches, incorporating artificial intelligence methods. This course offers a thorough exploration of theoretical foundations and practical applications in experimental skin regenerative medicine.
Learning Objectives
  1. Skin Cell Culture Mastery:

Attain proficiency in cultivating and managing skin cells in 2D and 3D, emphasizing the preservation of stem cell functionality for effective regenerative applications.
  1. Application of Cell-based and other advanced skin Regenerative approaches:

Gain insight on the use of skin regenerative therapies strategically, grounded in a solid understanding of wound healing concepts, to address specific challenges like chronic wounds, traumatic skin losses, and genetic disorders.
  1. Advanced Gene Therapy Skills:

Development of competence in advanced skin gene therapy strategies to address inherited skin defects, encompassing both theoretical insights and practical considerations in pre-clinical models and clinical applications.
  1. Data Analysis and AI Integration:

Explore the complexity of cellular populations in skin physiology and acquire skills in analyzing large datasets from regenerative skin approaches, incorporating artificial intelligence methods for comprehensive data management and interpretation.
Day 1. Keratinocyte Biology and culture (2D)
14.00-14:30 Reception and registration of participants
14:30-14:45 Welcome Address – Fernando Larcher; Diego Velasco
14.45-15.45 Keynote conference: Human epidermal stem cells in skin regeneration – Michele De Luca
15.45-16.15 Coffee break
16.15-16.45 Human and mouse keratinocyte culture methods I – Fernando Larcher
16.45-17.30 Human and mouse keratinocyte culture methods II. Derivation from iPSC – Christine Baldeschi
Day 2. 3D skin cultures
09.00-09.30 Overview 3D skin cultures – Fernando Larcher
09.30-10.15 Plasma-based skin equivalents – Sara Llames
10.15-10.45 Complex organotypic skin models – John Connelly
10.45-11.15 Coffee Break
11.15-11.45 Skin organoids – Julia Reichelt
11.45.12.15 Skin Bioprinting – Diego Velasco
12.15-13.30 Demonstration organotypic culture preparation – Sara Llames; Diego Velasco
13.30-14.30 Lunch Break
14.30-16.00 Demonstration Skin Bio-printing – Diego Velasco
16.00-18.00 Presentations by participants
Day 3. Wound healing and skin diseases models
09.00-09.45 Critical players in normal and impaired wound healing – Sabine Werner
09.45-10.15 GPCR in skin homeostasis and regeneration- Marta Carretero
10.15-11.00 Mesenchymal stem cells to treat chronic skin wounds – María J Escamez
11.00-11.30 Coffee break
11.30-12.15 Skin substitutes for chronic ulcers, burns and large wounds – Sara Llames
12.15-12.45 Advanced wound healing therapies – Marta Carretero
12.45-14.00 Lunch Break
14.00-14.30 Introduction 3D, KO mice, skin-humanized models – Fernando Larcher
14.30-15.15 Animal skin disease models I. Prevalent diseases – Paloma Pérez
15.15-16.00 Animal skin disease models II (rare diseases) – Alex Nystrom
16.00-16.30 Coffee break
16.30-18.00 Presentations by participants.
Day 4. Gene therapy and clinical studies
09.00-09.30 Skin gene therapy overview – Fernando Larcher
09.30-10.15 Genome editing I – Ulrich Koller
10.15-11.00 Genome editing II (in vivo) – Marta García
11.00-11.30 Coffee Break
11.30-12.15 Exon skipping / AONs – Matthias Titeux
12.15-12.45 Overview of Cell and gene therapy clinical trials for genodermatoses – Fernando Larcher, María José Escamez
12.45-13.30 Ex vivo gene therapy in the clinic – Peter Marinkovich
13.30-14.00 In vivo gene therapy in the clinic – Peter Marinkovich
14.00-15.00 Lunch Break
15.00-16.30 Demonstration: keratinocyte genome editing – TBD
16.30-18.00 Presentations by participants
20.30-22.30 Networking Dinner with participants and faculty members
Day 5. Omics and AI in dermatological research
09.00-09.45 Multiomic studies of skin biology and pathology. Overview – Carlos León
09.45-10.15 Dissecting complex cutaneous traits trough RNAseq – Ramón G. Escudero
10.15-11.00 Cell heterogeneity. Single cell RNAsec-studies – Clarisse Ganier
11.00-11.30 Coffee Break
11.30-12.00 Artificial intelligence to study rare diseases including genodermatoses – Joaquin Dopazo
12.00-14.00 Presentations by participants
14.00 Closing of the course and farewell – Fernando Larcher
Faculty
Course Chair:                     Fernando LARCHER, CIEMAT-UC3M, Madrid
Course Co-Chair:                    Diego VELASCO, UC3M, Madrid
International Speakers:           Sabine WERNER, ETH, Zurich
Michele DE LUCA                   UNIMORE, Modena
Christine BALDESCHI             iSTEM, Evry
John CONNELLY                    Queen Mary University, London
Peter MARINKOVICH  Stanford University, USA
Ulrich KOLLER                        DEBRA Haus, Salzburg
Julia REICHELT                       Hamad Medical Corporation, Qatar
Clarisse GANIER                      King’s College, London
Matthias TITEUX                     INSERM, Paris
Alexander NYSTROM              University Freiburg, Freiburg
Tutors /Local Speakers:
Sara G LLAMES                       CCST, Oviedo
Marta GARCÍA                         UC3M, Madrid
María J ESCAMEZ                   UC3M, Madrid
Paloma PEREZ                       IBV, Valencia
Marta CARRETERO                 CIEMAT, Madrid
Carlos LEÓN                            UC3M, Madrid
Ramón G ESCUDERO            CIEMAT, Madrid
Joaquin DOPAZO                  Fundación Progreso y Saluds, Sevilla
Assistants:
Blanca DUARTE
Angélica CORRAL
 
Magyar Dermatológiai Társulat
EADV/ESDR Summer Research Workshop (Madrid, Spain, 2024.07.01-05.)
Az ikonra kattintva az eseményt letöltheti a kalendárium programjába. (Például: Microsoft Outlook) Rendezvény kezdete: 2024.07.01.Rendezvény vége: 2024.07.05.
Helyszín: Spain, Madrid,
A rendezvény Web oldala: https://esdr.org/events/eadv-esdr-summer-research-workshop-2024/


Chairs: Dr Fernando Larcher (CIEMAT-UC3M), Dr Diego Velasco (UC3M)

To be eligible to a course, you should be an active ESDR member OR an EADV Resident and you should fully complete the application procedure.
Application deadline 2024.03.31. 

GENERAL INFORMATION


The number of available course places per year is 20.
The selection of candidates is made based on CVs, year of residency and the number of courses previously attended. Complete the document “EADVESDR Summer Research Workshop 2024″ and send it to Office@esdr.org
EADV/ESDR Resident courses are for dermatology and venereology residents (either EADV members or ESDR members).
EADV/ESDR also offers accommodation, catering, and a social event during the course.
Preliminary program – as of 7.02.2024
Course Description
This workshop offers a comprehensive examination of experimental skin regenerative medicine, emphasizing on cell and gene-based approaches. Participants will gain proficiency in culture and manipulation of skin cells in both 2D and 3D modalities, focusing on preserving stem cell functionality and regenerative capacities. The course addresses the application of these strategies in scenarios such as chronic wounds, large skin losses from trauma, and genetic disorders. Essential wound healing concepts are covered, enabling participants to tackle specific challenges with appropriate therapeutic tools.
The curriculum also delves into advanced skin gene therapy strategies (e.g. genome editing) to address inherited skin defects impairing regeneration. Discussions extend to pre-clinical models and clinical applications, providing a comprehensive understanding of translational aspects in regenerative medicine.
Additionally, the course explores the complexity of cellular populations influencing skin physiology. Participants will learn to analyze and manage large datasets derived from regenerative skin approaches, incorporating artificial intelligence methods. This course offers a thorough exploration of theoretical foundations and practical applications in experimental skin regenerative medicine.
Learning Objectives
  1. Skin Cell Culture Mastery:

Attain proficiency in cultivating and managing skin cells in 2D and 3D, emphasizing the preservation of stem cell functionality for effective regenerative applications.
  1. Application of Cell-based and other advanced skin Regenerative approaches:

Gain insight on the use of skin regenerative therapies strategically, grounded in a solid understanding of wound healing concepts, to address specific challenges like chronic wounds, traumatic skin losses, and genetic disorders.
  1. Advanced Gene Therapy Skills:

Development of competence in advanced skin gene therapy strategies to address inherited skin defects, encompassing both theoretical insights and practical considerations in pre-clinical models and clinical applications.
  1. Data Analysis and AI Integration:

Explore the complexity of cellular populations in skin physiology and acquire skills in analyzing large datasets from regenerative skin approaches, incorporating artificial intelligence methods for comprehensive data management and interpretation.
Day 1. Keratinocyte Biology and culture (2D)
14.00-14:30 Reception and registration of participants
14:30-14:45 Welcome Address – Fernando Larcher; Diego Velasco
14.45-15.45 Keynote conference: Human epidermal stem cells in skin regeneration – Michele De Luca
15.45-16.15 Coffee break
16.15-16.45 Human and mouse keratinocyte culture methods I – Fernando Larcher
16.45-17.30 Human and mouse keratinocyte culture methods II. Derivation from iPSC – Christine Baldeschi
Day 2. 3D skin cultures
09.00-09.30 Overview 3D skin cultures – Fernando Larcher
09.30-10.15 Plasma-based skin equivalents – Sara Llames
10.15-10.45 Complex organotypic skin models – John Connelly
10.45-11.15 Coffee Break
11.15-11.45 Skin organoids – Julia Reichelt
11.45.12.15 Skin Bioprinting – Diego Velasco
12.15-13.30 Demonstration organotypic culture preparation – Sara Llames; Diego Velasco
13.30-14.30 Lunch Break
14.30-16.00 Demonstration Skin Bio-printing – Diego Velasco
16.00-18.00 Presentations by participants
Day 3. Wound healing and skin diseases models
09.00-09.45 Critical players in normal and impaired wound healing – Sabine Werner
09.45-10.15 GPCR in skin homeostasis and regeneration- Marta Carretero
10.15-11.00 Mesenchymal stem cells to treat chronic skin wounds – María J Escamez
11.00-11.30 Coffee break
11.30-12.15 Skin substitutes for chronic ulcers, burns and large wounds – Sara Llames
12.15-12.45 Advanced wound healing therapies – Marta Carretero
12.45-14.00 Lunch Break
14.00-14.30 Introduction 3D, KO mice, skin-humanized models – Fernando Larcher
14.30-15.15 Animal skin disease models I. Prevalent diseases – Paloma Pérez
15.15-16.00 Animal skin disease models II (rare diseases) – Alex Nystrom
16.00-16.30 Coffee break
16.30-18.00 Presentations by participants.
Day 4. Gene therapy and clinical studies
09.00-09.30 Skin gene therapy overview – Fernando Larcher
09.30-10.15 Genome editing I – Ulrich Koller
10.15-11.00 Genome editing II (in vivo) – Marta García
11.00-11.30 Coffee Break
11.30-12.15 Exon skipping / AONs – Matthias Titeux
12.15-12.45 Overview of Cell and gene therapy clinical trials for genodermatoses – Fernando Larcher, María José Escamez
12.45-13.30 Ex vivo gene therapy in the clinic – Peter Marinkovich
13.30-14.00 In vivo gene therapy in the clinic – Peter Marinkovich
14.00-15.00 Lunch Break
15.00-16.30 Demonstration: keratinocyte genome editing – TBD
16.30-18.00 Presentations by participants
20.30-22.30 Networking Dinner with participants and faculty members
Day 5. Omics and AI in dermatological research
09.00-09.45 Multiomic studies of skin biology and pathology. Overview – Carlos León
09.45-10.15 Dissecting complex cutaneous traits trough RNAseq – Ramón G. Escudero
10.15-11.00 Cell heterogeneity. Single cell RNAsec-studies – Clarisse Ganier
11.00-11.30 Coffee Break
11.30-12.00 Artificial intelligence to study rare diseases including genodermatoses – Joaquin Dopazo
12.00-14.00 Presentations by participants
14.00 Closing of the course and farewell – Fernando Larcher
Faculty
Course Chair:                     Fernando LARCHER, CIEMAT-UC3M, Madrid
Course Co-Chair:                    Diego VELASCO, UC3M, Madrid
International Speakers:           Sabine WERNER, ETH, Zurich
Michele DE LUCA                   UNIMORE, Modena
Christine BALDESCHI             iSTEM, Evry
John CONNELLY                    Queen Mary University, London
Peter MARINKOVICH  Stanford University, USA
Ulrich KOLLER                        DEBRA Haus, Salzburg
Julia REICHELT                       Hamad Medical Corporation, Qatar
Clarisse GANIER                      King’s College, London
Matthias TITEUX                     INSERM, Paris
Alexander NYSTROM              University Freiburg, Freiburg
Tutors /Local Speakers:
Sara G LLAMES                       CCST, Oviedo
Marta GARCÍA                         UC3M, Madrid
María J ESCAMEZ                   UC3M, Madrid
Paloma PEREZ                       IBV, Valencia
Marta CARRETERO                 CIEMAT, Madrid
Carlos LEÓN                            UC3M, Madrid
Ramón G ESCUDERO            CIEMAT, Madrid
Joaquin DOPAZO                  Fundación Progreso y Saluds, Sevilla
Assistants:
Blanca DUARTE
Angélica CORRAL
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