2025. November 1., Saturday
Szegedi Tudományegyetem Szent-Györgyi Albert Orvostudományi Kar

University of Szeged
Albert Szent-Györgyi Medical School
 
Foreign Students' Secretariat




Your Education. Our Mission.

Class of 2020

Aganaba Tokoni Tamara

Alam Klode

Aldabet Sandy Mustafa Mohammad

Alfa Joseph Arome

Algaier Nathaniel

Ali Munira Hussein

Ansara Khaled Assenai Osman

Antoniades Periclis

Asli Amir

Barayan Sarah Ali

Baum Sarah

Bockemühl Deliah

Campos Tapia Lorena

Carmona Company Laura

Çermik Aylin Dilara

Cisneros Pérez Blanca Aurora

Daradkeh Khaled Waleed Hussein

Dawreeawoo Tahseen Muhammad

Decock Lucas Franck Marie Quentin Clément

Dodd Leopold

Elgazar Omar Mohamed Abdelfattah Mohamed

Elshahati Nourhan Mohamed

Gawi Hussien

Gofrehi Arghavan

Harper Harry Nowrang

Hensman Scott André

Huh Bo Young

Ikeda Toichiro

Itani Sami Chafic

Iwe Udochukwu Tobias

Jozaki Go

Kaemmerer Ann-Sophie

Kashefi Fard Mohammad

Kashio Nobuko

Keenan Orlagh

Khan Shazrah

Kobayashi Eri

Kotani Noriko

Lafarge Camille Marie Andrée

Laszik Laura Maria

Maar Wybke Eva

Mammen Ashish Varughese

Mansour Mahmud Nuraldyn

Masued Ahmed Momin

Molina Sánchez Fabiola

Muhareb Asil

Nahab Peter Hassan

Ogunsola Abidemi Ruth

Okwuosa Ngozi Precious

Olajoyegbe Teledalase Emioluwa

Parjiea Chirag Pravin

Park Sungjoon

Philotheou Elena

Qayoumi Masoud

Ramadan Basel

Ramirez Christopher Michael Fidencio

Roca Garcés Marta

Rodrigues de Sá Pereira João Miguel

Sadiq Adnan

Safaee Taraneh

Saito Chihiro

Schmidt Fabian Thomas

Shaikh Asim Fawad

Tomii Kenji

Totonji Ahmad Salah Mahmoud

Trager Shira

Ukpevo Eloho Blessing Edugie

Vázquez Lestón Antía

Yamakawa Takeshi


Latest news

a_honap_alma_mater_tagja_30

Interview with Dr. Shilpa Srinivasan, Alumna of the Month By SZTE Alma Mater on October 29, 2025

szegedi kutatók metánnal kapcsolatos felfedezései

More than twenty-five years ago, a research initiative on methane was launched in Szeged, opening entirely new perspectives on how inflammatory processes can be treated. Today, methane – once dismissed as an inert atmospheric bystander – is emerging as a surprising ally in the fight against inflammation. Building on this long-running work, Professor Dr. Mihály Boros and his team are now exploring methane’s biological effects in research that may reshape how we understand and treat inflammatory diseases. We spoke with Professor Boros about the discoveries emerging from their project, supported by HU-rizon, an international research-excellence program funded by Hungary’s National Research, Development and Innovation Office (NRDI Office).