FRd Plant physiology 4 PF UPJŠ Faculty of Science III. Single degree study Ph.D. (Doctor of Philosophy) Full-Time Biology 7575 Doktorandské štúdium - prijímacie konanie 2026/2027 2026/2027 2026-03-01+01:00 2026-05-31+02:00 15.06.2026 - 26.06.2026 The graduate from PhD. studies of PLANT PHYSIOLOGY will acquire large theoretical knowledge and an ability of creative work in this field of science. He will master the methods of the study of plant physiological processes regulation in interaction with dynamic factors of environment. Scientific erudition in plant metabolism and problems of mechanisms of regulation and development of autotrophic organisms will contribute to the solution of problems of environment formation and protection. The graduate will acquire methodological abilities for experimental work in applied research, too, such as the methods of molecular biology, biotechnology, karyology, enzymology and some chemnical analytical methods as well as mathematical methods of experiment evaluation. Slovak 1 2 0 2 1 https://ais2.upjs.sk/repo2/repository/default/ais/studijneplany/2025-2026/PF_UPJS/EN/FRd.xml Ekofyziologická diferenciácia vybraných taxónov rodov Leontodon a Scorzoneroides (Ecophysiological differentiation of selected taxa of the genera Leontodon and Scorzoneroides) prof. RNDr. Pavol Mártonfi, PhD. 2026/2027 Fyziológia vybraných vzácnych a ohrozených machorastov z extrémneho prostredia a ich ochrana. (Conservation physiology of selected rare and threatened bryophytes from extreme environment.) doc. RNDr. Michal Goga, PhD. 2026/2027 Plasticita endoreplikácie vo vzťahu k veľkosti genómu a ekofyziologickým faktorom. (Plasticity of endoreplication in relation to genome size and ecophysiological factors.) Mgr. Vladislav Kolarčik, PhD., univerzitný docent 2026/2027 Preferencia tvorby izoflavonoidov a flavonolov v stresových podmienkach v sóji. (Preference for isoflavonoid and flavonol formation under stress conditions in soybean.) doc. RNDr. Peter Paľove-Balang, PhD. 2026/2027 Stresové metabolity v rode Lotus a ich význam v odpovedi na stres. (Stres metabilites in Lotus sp. and their relevance in stress-response.) doc. RNDr. Peter Paľove-Balang, PhD. 2026/2027 Z extrémneho prostredia k priemyselnému využitiu: Biotechnologický potenciál proteínov a sekundárnych metabolitov z vybraných druhov lišajníkov. (From extreme environments to industrial applications: Biotechnological potential of proteins and secondary metabolites from selected lichen species.) doc. RNDr. Michal Goga, PhD. 2026/2027