Head of ACF: Ferhan Ayaydin PhD
FCBI ACF provides high-throughput and high-resolution imaging services, detection of cell surface markers and intracellular markers, as well as the possibility for sorting cells based on their expressed protein markers for cellular and immunology studies. Accordingly, the mainstay of the FCBI ACF includes top quality correlative light and electron microscopy (CLEM) representing a highly advanced technological platform for the molecular analysis of biological specimens and a high-performance flow cytometer and cell sorter capable of complex cell sorting based on cell surface molecular markers and high-sensitivity analysis. Thus, one unit of the core facility enables the users to perform 3D array tomography electron microscopy with a wide range of analytic applications and possibilities for in situ experiments, while the other unit offers the capabilities of a flow cytometer with advanced cell sorter capacities. The main goal of this ACF is to provide for high-throughput and high-resolution imaging, cell surface and intracellular marker detection as well as the possibility for sorting cells based on their expressed protein markers for cellular and immunology studies.
Instruments of ACF
The major available techniques at FCBI ACF include conventional (wide-field, confocal) and advanced (super resolution) light microscopy, scanning electron microscopy optimized for biological samples (including array tomography and correlative light and electron microscopy), an advanced cell sorter facility and a molecular biology facility.
Leica Stellaris laser scanning super-resolution confocal microscope
Zeiss LSM880 laser scanning confocal microscope
Olympus FV10i self-contained confocal microscope
Oxford Nanoimager super resolution microscope
Zeiss Sigma 300 scanning electron microscope
RMC Powertome with ATUMtome tape collection
Quorum Q150R Plus rotary pumped carbon coater
BD FACS Aria Fusion
Molecular Biology Support