Poster Sessions
Guided poster tours II
October 11, 2018 | 1:00 – 2:30 pm
| P II – 1-11 | Impact of NKG2D signaling on T cell and NK cell function in cerebral ischemia | Christina David (Essen, GER) |
| P II – 1-12 | Effect of spinal cord root compression on pain sensitivity in white rats | Anna Semina (Moscow, RUS) |
| P II – 1-13 | Study of the effect of co-application of the E. Coli lipopolisaccharide and toxic doses of glutamate to the cultured neurons | Natalia Lizunova (Moscow, RUS) |
| P II – 1-14 | The influence of PAR1 agonists on the development of glutamate-induced toxicity | Irina Babkina (Moscow, RUS) |
| P II – 1-16 | Weight-drop model of TBI results in more severe outcomes in animals with skull fracture | Gundega Vikmane (Riga, LVA) |
| P II – 1-17 | Experimental stroke differentially affects discrete subpopulations of splenic macrophages | Laura McCulloch (Edinburgh, UK) |
| P II – 1-19 | Spinal neural progenitor cells reduce inflammation after spinal cord injury via modulation of NFkB pathway | Kristyna Kárová (Praha, CZE) |
| P II – 1-20 | Nerve Growth factor (NGF) and dehydroepiandrosterone (DHEA) attenuate microglia-mediated neuroinflammmation | Georgia Fodelianaki (Dresden, GER) |
| P II – 2-4 | Adaptation of tape removal test for sensation measurement in perineal area of rat | Katerina Neumannova (Praha, CZE) |
| P II – 2-5 | Triiodothyronine modulates mechanisms of brain plasticity after experimental stroke | Daniela Talhada (Lund, SWE) |
| P II – 2-6 | Significant neuroprotective activity of the small molecule #117 in a mouse model of photothrombotic focal ischemia when given up to 12 hours post-injury | Petrine Wellendorph (Copenhagen, DNK) |
| P II – 3-9 | Nanoparticle-mediated Blood-Brain Barrier Transport for Neuronal Delivery in Focal Brain Ischemia | Sofia Santos (Porto, PRT) |
| P II – 3-10 | The effect of erythropoietin receptor activation with carbamylated darbepoetin (CdEPO) in the brain cells on cognitive functions of C57BL/6 mice | Mariya Glyavina (Nizhny Novgorod, RUS) |
| P II – 3-11 | Peptide-agonist of protease-activated receptor 1 as modulator of photothrombosis-induced damage to mouse brain | Maksim Galkov (Moscow, RUS) |
| P II – 3-12 | Post-stroke intranasal (+)-naloxone delivery reduces microglial activation and improves behavioral recovery from ischemic injury | Jenni Anttila (Helsinki, FIN) |
| P II – 3-14 | The effects of R-phenibut in the experimental model of fluid percussion injury in mice | Liga Zvejniece (Riga, LVA) |
| P II – 3-15 | Does the death of brain pericytes contribute to no-reflow? A study on rat primary culture. | Zoran Redzic (Kuwait, KWT) |
| P II – 3-16 | Identification of novel neuroprotective drug combinations for the treatment of ischemic stroke through a systems biology-based drug repositioning approach | Laura Ramiro (Bercelona, ESP) |
| P II – 4-7 | Metabolic disorders and long-term cognitive decline : a preclinical approach | Michele Bastide (Lille cedex, FRA) |
| P II – 4-8 | Expression of neurogenesis, angiogenesis and inflammatory markers in brain beyond the subacute phase after experimental stroke in female rats | Maryam Mostajeran (Lund, SWE) |
| P II – 4-9 | Cardiovascular disease risk, menopause and uric acid level | Seung Hee Kim (Daejeon, KOR) |
| P II – 4-10 | Sex Differences in Spatial Frame of Reference Switching Using the Octagon Navigation Task | Kate Chua (Lethbridge, CAN) |
| P II – 4-11 | Sex differences in Allocentric vs. Egocentric spatial frame of reference preference in resting state fMRI activity in Men and Women using a novel Octagon Navigation Task | Mashal Fida (Lethbridge, CAN) |
| P II – 4-12 | Reproductive Age Affects Microbiome and Stroke Outcome in Female Rats | Farida Sohrabji (Bryan, USA) |
| P II – 5-21 | Role of ADAMTS-4 in the development of Intracranial Aneurysm in mice | Matthieu Lepine (Caen, FRA) |
| P II – 5-22 | Acute cardiac injury following ischemic stroke | Stine Mencl (Essen, GER) |
| P II – 5-23 | Ischaemia-induced neurofilament affection in various models of experimental stroke | Bianca Mages (Leipzig, GER) |
| P II – 5-24 | Understanding the role of circulating extracellular vesicles in systemic response to ischemic stroke | Livia Rosa-Fernandes (Odense, DNK) |
| P II – 5-25 | The role of systemic inflammation on cortical blood flow during the acute phase after experimental stroke | Ohud Saleh (Manchester, UK) |
| P II – 5-26 | Lesional and perilesional tissue characterisation by automated image processing in a novel gyrencephalic animal model of peracute intracerebral haemorrhage | Björn Nitzsche (Leipzig, GER) |
| P II – 5-27 | Non-pulsed sinusoidal electromagnetic field rescues animals from severe stroke through induction of angiogenesis and nitric oxide. | Annelies Bronckaers (Diepenbeek, BEL) |
| P II – 5-28 | Microglial derived interleukin 1 is essential for myeloid recruitment and has neuroprotective actions after intracerebral haemorrhage | Jack Barrington (Manchester, UK) |
| P II – 5-29 | Hypoxia-induced changes to endoplasmic reticulum calcium and proteostasis | Kathleen Trychta (Baltimore, USA) |
| P II – 5-30 | Accumulation of β-amyloid variants in correlation with post-stroke neuroinflammation pathology, at cortical stroke model in rats with distal middle cerebral artery occlusion | Safak Er (Helsinki, FIN) |
| P II – 5-31 | Role of FXII in long-term stroke recovery | Rebecca Dorothee Steubing (Essen, GER) |
| P II – 5-32 | Interleukin 1α is profoundly neuroprotective and neurorestorative following experimental ischemic stroke | Gregory Bix (Lexington, USA) |
| P II – 5-33 | Neuroprotective therapy both for acute ischemic stroke and ALS | Koji Abe (Okayama, JPN) |
| P II – 5-34 | Reduced tonic inhibition after stroke promotes motor perfomance and epileptic seizures | Christiane Frahm (Jena, GER) |
| P II – 5-35 | A 3D Labeling Approach In Solvent-Cleared Brains To Analyse Axonal Projection Profiles After Cortical Stroke | Christof Kugler (Bonn, GER) |
| P II – 5-36 | Analyzing post-stroke recovery by widefield cortical calcium imaging | Julia Cramer (Munich, GER) |
| P II – 5-37 | Silent cerebral microbleeds induce long-term cognitive decline in the non-diseased mouse. | Maud Pétrault (Lille, FRA) |
| P II – 5-38 | Long-Term Dynamics after Transient Cerebral Artery Occlusion(tMCAO) in Mice | Roxane-Isabelle Kestner (Frankfurt, GER) |
| P II – 5-39 | The impact of collaterals on reperfusion in stroke | Mohamad El Amki (Zurich, CHE) |
| P II – 6-11 | Thalamic neurodegeneration after focal cortical stroke in rats does not induce thermal or mechanical hypersensitivity | Suvi Pöyhönen (Helsinki, FIN) |
| P II – 6-12 | TGF-β Signaling Regulates Hypobaric Hypoxia-induced Early Glio Vascular Dysfunction and associated Pathological Responses. | Gaurav Kumar (New Delhi, IND) |
| P II – 6-13 | Effects of CDNF on the alpha-synuclein fibrils model in young and aged rodents | Katrina Albert (Helsinki, FIN) |
| P II – 6-14 | Implementation of neural networks to quantify substantia nigra dopamine neurons and Lewy bodies | Ilmari Parkkinen (Helsinki, FIN) |
| P II – 6-15 | Neuroprotective efficacy of microRNA biogenesis pathway stimulation in primary dopaminergic neurons | Andrii Domanskyi (Helsinki, FIN) |
| P II – 6-17 | Degeneration of muscles supplied by the external carotid artery in the intraluminal filament mouse model of middle cerebral artery occlusion | Markus Vaas (Zurich, CHE) |
| P II – 6-18 | Modified extracellular matrix can support post stroke neuroplasticity | Egor Dzyubenko (Essen, GER) |
| P II – 6-19 | Alterations in Brain tissue redox status and blood-brain barrier permeability in presymptomatic hSOD1 G93A ALS rats | Stefan Stamenković (Belgrade, SRB) |
| P II – 6-20 | Effect of perineuronal net inhibitor on memory retention in mice | Jana Dubišová (Praha, CZE) |
| P II – 6-21 | Proliferation and differentiation of NG2-glia following different types of brain disorders | Denisa Kirdajova (Praha, CZE) |
| P II – 6-22 | hiPSC cell models for the validation of small molecule inhibitors of the TRPM4 ion channel – a novel target for multiple sclerosis | Sheraz Gul (Hamburg, GER) |
| P II – 6-23 | Dementia and beyond – A new collaborative research initiative between Kobe and Germany – The C-CNS Project | Sheraz Gul (Kobe, Japan) |