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	Diffusion properties of the brain in health and disease Syková, Eva Diffusion parameters affect neurone-glia communication, ionic homeostasis, the movement and accumulation of neuroactive substances and, therefore, play an important role in synaptic as well as volume transmission. Detailed record
	MR tracking of transplanted stem cells labeled by iron-oxide nanoparticles Syková, Eva ; Jendelová, Pavla Our study demonstrates that grafted MSC and ESC migrate into an injured brain region. The commercially available contrast agent Endorem, based on iron-oxide nanoparticles, can be used a marker for long-term noninvasive MR tracking of implanted stem cells. Detailed record
	Changes in intrinsic optical signals and extracellular space diffusion parameters. Do they have a common mechanism? Chvátal, Alexandr ; Vargová, Lýdia ; Kubinová, Šárka ; Syková, Eva We can therefore conclude that light transmittance changes do not simply correlate with changes in ECS volume, but they are clearly associated with neuronal activity accompanied by various biochemical, biophysical and morphological changes. Detailed record
	Role of glial cells in extrasynaptic communication Syková, Eva It is evident that during neuronal activity and pathological states, the movement of substances in the brain is not only hindered by the size of the pores between the cells, but also by the structure of the glial cells. These changes, together with K+ and pH changes in the ECS, affect the efficacy of interneuronal and neurone-glia communication. Detailed record
	Implantation of bone marrow stromal cells labeled with superparamagnetic nanoparticles into injured brain and imaging their fate by magnetic resonance Jendelová, Pavla ; Herynek, V. ; Růžičková, Kateřina ; Hájek, M. ; Syková, Eva Our study demonstrates that MSCs only migrate into an injured brain region. The commercially available contrast agent Endorem can be used as a cell marker for noninvasive MR tracking of implanted stem cells. Detailed record

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