Theses Completed in the Laboratory

This list is generated automatically from our database. While it includes all theses currently recorded, some older theses may not yet be included.

Karimi, H. (2026). Development of Computational and Statistical Methods for Fluorescence-Based Diffusion Measurements [PhD, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/90803401-981a-48bd-ae0e-a63995d29885

Nuka, L. (2026). Kaltsium-sparkide 3D asukoha määramine südamelihasrakus rakendades üksikmolekuli lokalisatsioonimikroskoopiat [BSc]. Tallinn University of Technology.

Palmiste, R. (2026). Kofeiini protokolli matemaatiline modelleerimine südamelihasrakus [MSc]. Tallinn University of Technology.

Melles, H. (2026). Studies of diffusion in cardiac muscle cells [MSc]. Tallinn University of Technology.

Rätsepso, T. (2026). The creatine analogue guanidinoacetate does not stimulate respiration in permeabilized mouse cardiomyocytes [MSc]. Tallinn University of Technology.

Toming, M. (2026). Mathematical modelling of calcium binding in solution [BSc]. Tallinn University of Technology.

Samuli, M. (2026). Assessing phosphorylation, acetylation and protein synthesis in heart and skeletal muscles of creatine-deficient AGAT KO mice [BSc]. Tallinn University of Technology.

Bernasconi, R. (2025). Unravelling the Mechanisms of Energetics-Induced Fast-to-Slow Phenotypic Shift in Creatine-Deficient Mice [PhD, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/fbb5b632-4e79-49ac-a0b7-e81a44703974

Pärg, M. (2025). Implementing 3D Imaging in Single Molecule Localization Microscopy with Astigmatism [MSc]. Tallinn University of Technology.

Gusev, D. (2025). Expression of proteins involved in sarcoplasmic reticulum-mitochondria calcium signalling during postnatal development of rat heart [BSc]. Tallinn University of Technology.

Gustavson, O. (2025). Studies of diffusion in cardiac muscle cells [MSc]. Tallinn University of Technology.

Širinov, M. M. (2025). Calcium activation in cardiac muscle: experimental and modelling studies [MSc]. Tallinn University of Technology.

Soodla, K. (2025). The expression and phosphorylation of AMPK-activated protein kinase varies between intracellular compartments in a muscle specific manner [MSc, Tallinn University of Technology]. https://digikogu.taltech.ee/et/Item/d9c89e2c-b6a0-49d9-95d4-8de5356711c3

Grahv, C. (2024). A Bayesian approach for super-resolution microscopy image reconstruction [MSc]. Tallinn University of Technology.

Kaelep, J. (2024). Mitokondrite paigutus kreatiini puudulikkusega hiirte südamelihasrakus [BSc]. Tallinn University of Technology.

Palmiste, R. (2024). Südamelihasraku kaltsiumi dünaamika matemaatiline modelleerimine kreatiini puudulikes hiirtes [BSc]. Tallinn University of Technology.

Rätsepso, T. (2024). Sarcolipin expression in cardiac and skeletal muscles from creatine deficient mice [BSc]. Tallinn University of Technology.

Soodla, K. (2023). Links between energetics and muscle phenotype: pure creatine deficiency leads to skeletal muscle atrophy and shift in myosin heavy chain composition [BSc, Tallinn University of Technology]. https://digikogu.taltech.ee/et/Item/bf741f46-d5a1-422e-8cb3-fd231c315da8

Käsper, J. (2023). Mitokondriaalsete protsesside modelleermine [BSc]. Tallinn University of Technology.

Širinov, M. M. (2023). Design and implementation of a system for single myofibril force measurements [BSc]. Tallinn University of Technology.

Hendrikson, E. (2023). Rakusisese kaltsiumi kontsentratsiooni määramine fluorestsentssignaali põhjal [BSc]. Tallinn University of Technology.

Beljaev, K. (2023). Diffusion in fixed cardiomyocytes [BSc, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/cedffa13-cff7-45ca-bfab-57e12873bbfe

Grahv, C. (2022). Kolmedimensionaalsete epifluorestsentsmikroskoobi piltide dekonvuleerimine [BSc]. Tallinn University of Technology.

Krigul, C. (2022). Distributsioonimomentide lähenduse rakendamine kooperatiivsust sisaldavale lihasjõu tekkimise mudelile [BSc]. Tallinn University of Technology.

Kütt, J., Margus, G., & Kask, L. (2022). Software for protein determination [BSc]. Tallinn University of Technology.

Branovets, J. (2022). Energetics and Calcium Handling in Hearts from Creatine-Deficient Mice [PhD]. Tallinn University of Technology.

Gustavson, O. (2022). Südamelihaseraku bioenergeetika modelleerimine [BSc]. Tallinn University of Technology.

Stolova, J. (2022). Ryanodine receptor and phospholamban expression and phosphorylation in cardiomyocytes from creatine deficient mice. [MSc]. Tallinn University of Technology.

Hiis-Hommuk, K. (2022). Applying RICS for analysis of heterogeneous solutions [MSc]. Tallinn University of Technology.

Ogorodnik, V. (2021). Veebiliides relatsiooniliste andmete teisendamiseks RDF kujule [BSc]. Tallinn University of Technology.

Jepihhina, N. (2017). Heterogeneity of diffusion restrictions in cardiomyocytes [PhD, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/8d825ab4-2ba2-4622-81b4-cd3b7c217765

Laasmaa, M. (2016). Revealing Aspects of Cardiac Function from Fluorescence and Electrophysiological Recordings [PhD, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/5e9f5bd2-8295-4f7e-8f6d-65d0b8002a74

Roosioks, M. (2016). Mitochondrial organization in AGAT-/- mice cardiomyocytes [BSc]. Tallinn University of Technology.

Kalda, M. (2015). Mechanoenergetics of a Single Cardiomyocyte [PhD, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/82b888e3-c5d9-4747-a0e8-6eee51265c92

Sepp, M. (2013). Estimation of Diffusion Restrictions in Cardiomyocytes Using Kinetic Measurements [PhD, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/5af5c697-bfdd-4fa5-aeea-3d28e33ae5b3

Schryer, D. W. (2012). Metabolic Flux Analysis of Compartmentalized Systems using Dynamic Isotopologue Modeling [PhD, Tallinn University of Technology]. https://digikogu.taltech.ee/et/item/246b7110-b548-4811-8727-a7c4340b8cc5

Illaste, A. (2012). Analysis of molecular movements in cardiac myocytes [PhD]. Tallinn University of Technology.

Simson, P. (2011). Muutuva põhjaga vabapinna ülesanne hüdromehaanikas ja selle lahendamine konformse kujutamise meetodil [MSc]. Tallinn University of Technology.

Saaliste, Ü. (2010). Konfokaalmikroskoobi valideerimine müra mõõtmistega ühtlasel väljal [BSc]. Tallinn University of Technology.

Laasmaa, M. (2009). The Analysis of Richardson-Lucy Deconvolution Algorithm with Application to Microscope Images [MSc]. Tallinn University of Technology.