Bio-VLSI Research Group
Molecular computing has emerged as an inter-disciplinary field that draws together molecular biology, chemistry, computer science and mathematics. DNA molecules have great potential for massive parallel computation to solve many of hard problems. In this situation, some new methods, libraries and tools should be proposed to design and evaluation of DNA-based logical systems.
Moreover, Digital Micro-Fluidic Bio-chips (DMFB) are known as responsible platforms for automating the chemical reactions. We projected this technology as a platform of realizing the DNA computers. In this research area, we are working on design, implementation and manufacturing of microfluidic biochips for DNA computing and bio-chemical reaction automation.
PhD. Students:
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Sedigheh | Seifi | 1398 | Design and improvement of DNA-based storage systems |
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Vahid | Hojjatizadeh | 1400 | DNA-based Storage Systems |
| Ali | Ghaffari | 1400 | General MFBC achitecture for DNA computation |
MSc Students:
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Homayoon | Khakpour | 1401 | Using the MEDA Biochip architecture for parallel drug testing |