Genetics & Regenerative Medicine Team
Overview
The mission of Genetics & Regenerative Medicine (GRM) team is to promote and advance knowledge in the genetics of human disease and regenerative medicine using molecular and genomic methods. The team is committed to understanding the function of the human genome under physiological and disease states, with the aim of elucidating its complex interactions with tissues, organs, and systems.
Researchers within GRM have diverse interests, including development, neurobiology, stem cell biology and organ regeneration, molecular biology of cancer, evolutionary medicine, pharmacogenetics, bioethics, and clinical genetics. To support these interests, GRM researchers employ various methods, such as using animal models like zebrafish, cultivating cells and organoids, and analysing patient samples to address critical research questions.
Our Objectives
- Promote and advance knowledge in the genetics of human disease and regenerative medicine.
- Understanding the function of the human genome under physiological and disease states.
- Elucidating complex interactions between genomic elements and tissues, organs, and systems.
Primary Research Areas
- Developmental Biology
- Regerative Medicine
- Neurobiology
- Stem Cells
- Human Genetics
- Clinical Genetics
- Evolutionary Medicine
- Pharmacogenetics
- Cancer Biology
- Bioethics
- Dysmorphology
- Epilepsy
Coordinator
- Konstantinos Voskarides, PhD
- Associate Professor of Genetics and Molecular Biology
Members
- Annita Achilleos, MSc, PhD
- Assistant Professor in Developmental Biology and Developmental Genetics
- George Tanteles, PhD
- Clinical Professor of Clinical Genetics
- Christiana Charalambous, PhD
- Associate Professor of Molecular Biology
- Christodoulos Xinaris, PhD
- Professor of Stem Cell Biology and Regenerative Medicine
- Katerina Prokopiou, MSc, PhD
- Assistant Professor of Pharmacology
- Adonis Ioannides, MBChB, PhD
- Professor of Developmental Biology / Dean
Selected Research Projects
The effects of omega-3 fatty acids in eye diseases
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Development of zebrafish as a model to study the anatomical and neurodevelopmental effects of anti-epileptic medication exposure during embryogenesis
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Prognostic significance of Estrogen receptor-β as a novel biomarker with a role in tamoxifen resistance in Cypriot breast cancer patients
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Investigating the role of genetic variants in patients with Systemic LuPus ErythEmatosus and Depression
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Engineering a nephron-on-chip from iPSCs
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Regenerating the heart and kidney by using stress-specific thyroid hormone nanocarriers
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Human induced pluripotent stem cells as an in vitro model of podocyte development and Alport disease (HUSMAD)
Research Project Description:
Chronic kidney disease affects 5-7 % of the population worldwide, and its incidence is increasing at an alarming rate. It is characterized by progressive loss of kidney function and defects in glomerular filtration, […]
Engineering a glomerulus-on-a-chip for modeling kidney diseases (GlomOnChip)
Research Project Description:
Chronic kidney disease (CKD) is a major health problem, as it affects 10% of the global population and kills millions of patients every year. One of the major barriers for the development of […]