Marko Korhonen

Senior Lecturer
Unit
Faculty of Sport and Health Sciences
Room number
Email
marko.t.korhonen@jyu.fi
Mobile
#+358505874569
Postal address
Rautpohjankatu 8a

Publications

Publication
2025

Journal of Cachexia, Sarcopenia and Muscle
Hendrickse, P. W.
Hutz, B.
Korhonen, M. T.
Degens, H.
Publication
2024

Journal of Cachexia, Sarcopenia and Muscle
Mpaka Messa, Guy Anselme
Korhonen, Marko T.
Degens, Hans
Publication
2024

Journal of Anatomy
Hutz, Bettina
Degens, Hans
Korhonen, Marko T.
Publication
2024

BMJ Open Sport & Exercise Medicine
Kramer, Tilmann
Ventovuori, Ville
Heinonen, Ari
Parkkari, Jari
Korhonen, Marko T
Rovio, Anja
Hoenemann, Jan-Niklas
Möstl, Stefan
Sies, Wolfram
Kaiser-Stolz, Claudia
Chilibeck, Philip
Tanaka, Hirofumi
Kramer, Mira
Rittweger, Joern
Hautala, Arto J
Publication
2023

Frontiers in Sports and Active Living
Walker, Simon
von Bonsdorff, Mikaela
Cheng, Sulin
Häkkinen, Keijo
Bondarev, Dmitriy
Heinonen, Ari
Korhonen, Marko T.
Publication
2022

Calcified Tissue International
Ireland, Alex
Mittag, Uwe
Degens, Hans
Felsenberg, Dieter
Heinonen, Ari
Koltai, Erika
Korhonen, Marko T.
McPhee, Jamie S.
Mekjavic, Igor
Pisot, Rado
Rawer, Rainer
Radak, Zsolt
Simunic, Bostjan
Suominen, Harri
Rittweger, Jörn
Publication
2022

Gerontologia
Hirvensalo, Mirja
Korhonen, Marko
Rantalainen, Timo
Publication
2022

Journal of Bone and Mineral Research
Korhonen, Marko T.
Kujala, Urho M.
Kettunen, Jyrki
Korhonen, Olga V.
Kaprio, Jaakko
Sarna, Seppo
Törmäkangas, Timo
Publication
2022

PLoS ONE
Kontro, Titta K.
Bondarev, Dmitriy
Pyykönen, Kukka-Maaria
von Bonsdorff, Mikaela
Laakso, Lauri
Suominen, Harri
Korhonen, Marko T.
Publication
2022

Gerontologia
Korhonen, Marko

Projects

Project

Athlete aging study - ATHLAS

Athlete model approach to understand the benefits of different types of regular exercise on functional capacity and musculoskeletal health in old age.
Kuvituskuva viestirakkuloista
Project

Exercise, Extracellular Vesicles and Senescence (EEVaS) - Molecular mechanisms promoting healthspan

Exercise, Extracellular Vesicles and Senescence (EEVaS) study aims to establish the key signaling molecules mediating the senolytic effects of exercise.