Batuhan Görkem İrez Email & Phone Number

Istanbul, Turkey

İstanbul, Türkiye

İstanbul, Türkiye

Seilwell Technology aims to create systems that contribute to the quality of life of users with innovative solutions.

The mission of the CRISTAR team is to use CRISPR technology to improve the resilience of astronauts to the harsh environmental conditions they face during long-duration space missions and to develop genetic engineering applications to improve the resilience of biological systems in the space environment.

The Microbiome and Space Research Team (MSRT) is an international group of scientists and engineers working to investigate and understand the microbiome, which is critical for human settlement in space. the MSRT team investigates how the human microbiome will adapt to living conditions and how the microbiome can be used for sustainable human settlement on space.

I am developing my data analysis, data visualization and bioinformatics skills by taking part in Plant Analysis and Female Repro Analysis Working Groups.

TUBITAK 2209-A University Students Research Project: In Vitro Evaluation of Plasma Clot Formation Rheology in the Presence of S1 Subunit of SARS CoV-2 Spike Protein

İstanbul, Türkiye

Preparation of different proteins by crystallisation, structure elucidation and characterisation by X-ray chromatography.

Within this bootcamp;- New Generation Sequencing Technologies (Genome Assembly)- Bioinformatics Databases and Methods- APIs and Software Tools in Bioinformatics- Comparative Genomic AnalysesUnder the topics, it is aimed to enter the vast data forest of life sciences and explore the possibilities and limits of bioinformatics methods in the field of genomics.

TUBITAK 2247-C Trainee Researcher (STAR) Scholarship Programme Undergraduate Project: In-vitro Investigation of Haemostasis, Anticoagulant and Antithrombotic Drug Activities in the Presence of SARS-CoV-2 Spike Protein and Subunits (S1,S2)

Investigation of DNA Damage Response and RNA Modifications at Genome Level in S. cerevisiae

Diagnosis and analysis of phytoplasma parasite in plants

Artificial Bone Tissue Production by Electrospinning MethodThe repair of advanced bone damage in tissue engineering requires the development of three-dimensional (3D) porous scaffolds with mechanical properties similar to natural bone tissue. Polymeric materials can be easily processed into various porous microstructural or nanostructural forms that can serve as scaffolds for tissue engineering. The aim of this study is to obtain polymeric nanofibre scaffolds by electropinning and to increase the osteoindication and osteoconduction of these scaffolds and to observe the proliferation of specialised bone cells and osteogenic differentiation of mesenchymal stem cells in the scaffold.

Diagnosis of sexual diseases (STD 10 Test)