PEOPLE

Postdoctoral Researchers

Akash Mali

Postdoctoral Researcher

akash.mali@uef.fi

I am focusing on the development of the 3D organoid model for Alzheimer’s disease (AD) exhibiting disease-related pathology.

Anastasia Shakirzyanova

Anastasia Shakirzyanova

Postdoctoral Researcher

anastasia.shakirzyanova@uef.fi

I study neurodegenerative diseases utilizing human iPSC-derived cells, organoids and mouse brain slices, using imaging and electrophysiological methods.

Anssi Pelkonen

Anssi Pelkonen

Postdoctoral Researcher

anssi.pelkonen@uef.fi

Henna Jäntti

Henna Jäntti

Postdoctoral researcher

henna.jantti@uef.fi

I use human stem cell derived brain cells to uncover glia-synapse interactions in brain diseases with psychiatric symptoms.

Liudmila Saveleva

Liudmila Saveleva

Postdoctoral researcher

liudmila.saveleva@uef.fi

Luca Giudice

Luca Giudice

Postdoctoral researcher

luca.giudice@uef.fi

I am the first in Italy to have completed a full academic career in Bioinformatics. As a Postdoctoral Researcher, I specialize in bioinformatics, data analysis, network science, and artificial intelligence. I focus on developing and applying machine learning to patient similarity networks for investigating neurological disorders, such as Simpati and StellarPath methods to study Alzheimer’s disease and Stroke. I am particularly interested in networks because they transform complex data into interpretable graphs (helping in pattern recognition), and offer an interpretable and explanative data structure for machine learning algorithms. My experience includes successfully solving real biological problems, collaborating with experts in various scientific fields, and self-learning mathematical and biomedical concepts.

Nataliia Novosolova

Nataliia Novosolova

Visiting Researcher

nataliia.novosolova@uef.fi

I perform electrophysiological measurements on human brain samples to understand neurodegenerative diseases.

Paula Korhonen

Paula Korhonen

Senior Researcher

paula.korhonen@uef.fi

I utilize human iPSC-derived brain organoids to understand microglial impact on brain diseases.

Polina Abushik

Polina Abushik

Postdoctoral Researcher

polina.abushik@uef.fi

I measure functional electrophysiological outcomes on human brain samples to understand Alzheimer’s disease.

Susanne Michels

Susanne Michels

Postdoctoral Researcher

susanne.michels@uef.fi

Using human iPSC-derived brain organoids, I study microglia-neuron interactions in psychiatric and neurodevelopmental disorders.

PhD students

Ahmed Mohamed

Ahmed Mohamed

Early-Stage Researcher

ahmed.mohamed@uef.fi

I am working on Alzheimer disease and Air pollution (ADAIR) EU-JPND project. We will provide insights on how air pollution affects peripheral immunity, possibly providing mechanistic explanation on the increased risks on human health.

Ilkka Fagerlund

Ilkka Fagerlund

Doctoral Researcher

ilkka.fagerlund@uef.fi

Mireia Gomez Budia

Mireia Gomez Budia

Early-Stage Researcher

mireia.gomez.budia@uef.fi

I am using human samples and cortical organoids to unravel synaptic plasticity mechanisms as well as their neuronal network functions with MicroElectrode arrays.

Olga Neustroeva

Olga Neustroeva

Doctoral Researcher

olga.neustroeva@uef.fi

I work on extracellular vesicles

Valeriia Sitnikova

Valeriia Sitnikova

Doctoral Researcher

valeriia.sitnikova@uef.fi

Vera Lezhneva

Vera Lezhneva

Doctoral Researcher

vera.lezhneva@uef.fi

Mohammadamin Beheshti Dehkordi

Mohammadamin Beheshti Dehkordi

Doctoral Researcher

mohammadamin.beheshti.dehkordi@uef.fi

I am working on the bioinformatics side of the lab, developing software to analyze LTP signals using computational and machine learning techniques to unravel the mechanisms behind neurodegenerative diseases, such as Alzheimer.

Mohammad Taghi Rezaie

Mohammad Taghi Rezaie

Doctoral Researcher

mohammad.rezaie@uef.fi

I work on sophisticated software solutions for Multi-Electrode Array (MEA) data analysis to integrate cutting-edge methodologies with standardized protocols, facilitating seamless adoption and enhancing efficiency in biomedical research endeavors.

Minna-Mari Tervo

Minna-Mari Tervo

Doctoral Researcher

minna-mari.tervo@uef.fi

I use iPSC-derived brain cells to identify molecular mechanisms mediating the beneficial effects of focused ultrasound, a technique suggested for the treatment of Alzheimer’s disease.

Erasmus+ mobility

Giusy Di Franco

Master student

giusydif@uef.fi