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INFRA_TEACH_RESEAR Archives

Laboratorio Bio@SNS

Our Lab is able to develop recombinant antibodies against post-traslational modificated targets by means of the patented methodology PISA

MEMS Research Center

(MEMS and NEMS). The size of the laboratory is about 250 m2, including 150 m2 service area, and the clean room is class 1000. We are able to perform sub-micron pattern formation and wet/dry etching on Si wafer. The size of MEMS clean room is 100 m2 and its classification is class 1000. The ambient

Elevator technologies laboratory

Elevator Technologies Laboratory was established in 2003 at the ITU Faculty of Mechanical Engineering, in the 382 numbered space, with the support of both the university and the elevator industry, in order to respond to the needs of the elevator and its sub-industry and to carry out undergraduate and postgraduate academic studies. The working areas

Additive Manufacturing Education and Research Laboratory

Additive Manufacturing Research Center (EKAM) project is financially supported within the scope of Istanbul Development Agency’s 2018 Innovative and Creative Istanbul Financial Support Program (Contract NO: TR10 / 18 / YMP / 0005). The project manager is ITU Faculty of Mechanical Engineering. Within the scope of the project, it is planned to establish a laboratory

Neuroscience Modeling and Research Group, SİMMAG İTÜ

SIMMAG, located in Istanbul Technical University, Department of Electronics and Communication Engineering, is a team working in the field of computational neuroscience. The team focuses on understanding the computational mechanisms of brain and designing sytems that embody these mechanisms. Mathematical neuroscience and dynamical systems theory provide powerful methods to improve our knowledge about the computational

Chemical and analytical methodologies

The SEISAD team develops different chemical and analytical methodologies and tools aiming to propose valuable inshights in clinical and environmental diagnostics and therapy. The main equipement and facilities are: Capillary Electrophoresis coupled to UV-visible, fluorescence or mass spectrometry detectors Flow Chemistry 3D printing for microfabrication Miniaturised devices Optical Fluorescence Microscopes Potentiostats Scanning electrochemical microscope