Post-doc fellow researcher at UC Irvine in Mortazavi Lab Bioinformatics Computational Biologist Pacakge/Software Developement Data Analyst
More About MeI am a Postdoc at the University of California, Irvine in Mathematical, Computational System Biology program (MCSB) in the Mortazavi lab.
I Graduated from Sharif University of Technology in 2018 with a B.S. in Information Technology, Computer Engineering. Coming from computational background, I'm mostly analysing different type of data inclusing bulk and single-cell RNA-seq data and developing software/pipeline.
My lab is part of a NIA Consortium to build better late-onset Alzheimer’s Disease models in mouse and I'm mostly in charge of developing and implementing standardized data acquisition and data analysis protocols for the UCI model-AD data such as single-cell transcriptomics in these new models.
My lab is also part of a ENCODE Consortium and IGVF (Impact of Genomic Variation on Function) Consortium to build better late-onset Alzheimer’s Disease models in mouse and I'm mostly in charge of developing and implementing data analysis protocols as well as devloping software/packages especially for short bulk and single-cell transcriptomics.
Out of work, I love to spend time with our kittens, go camping, hike and cook presion dishes.
For more informations download my CV.
2019-2024
In Mathematical, Computational System Biology program (MCSB)
Gpa: 3.98/4
2014-2018
In Information Technology, Computer Engineering
Gpa: 17.07/20
2010-2014
In Mathematics
Gpa: 19.90/20
We are part of a NIA Consortium to build better late-onset Alzheimer’s Disease models in mouse. I mostly invovle in bioinformatics parts as well as single-cell transcriptomics in these new models.
We are leveraging mouse genetic diversity to study the impact of genotype on molecular function in a variety of tissues using single-cell resolution.
I'm trying to build models of gene regulatory networks using either bulk or single-cell RNA-seq, and ATAC-seq in human, rodents, and other vertebrates in order to discover how the logic of development is encoded in the genome.
We are part of a ENCODE Consortium to build and analyse various type of data including short and long RNA-seq. As a member of this Consortium, I'm intersted in analysing them to understand how gene expression and chromatin states change during time.
Designing a statistical model to predict risk of cardiovascular disease
2218 Biological Sciences III,
University of California Irvine,
Irvine, CA 92697-2300
(949) 426-8112