I'm a second year Genomic Sciences undergrad at UNAM's Center for Genomic Sciences (CCG), passionate about computational biology, bioinformatics, systems biology, synthetic biology, inmunology, autoinmune diseases, development, neuroscience, epigenetics and the complexity of the brain.
- Synthetic biology: Optimizating E. coli proteome by targeting energetic bottlenecks in the metabolimic network
- SLE autoinmune: Transcriptomic analysis of B-cells in order to uncover the effects of risk variants assoaciated with high eqtls in systemic lupus erythematosus
- Bacterial efficiency
- Transcriptomics and regulatory network analysis
- Scientific computing and reproducible research
- Programming and algorithms development
- Stadistics and stadistic modeling
- Data science and machine learning
- Mathematical modeling
- Biochemestry models
- Inmunology
- Neurocience
- Epigenetics
- Development and stem cells
- Python (Advanced)
- R (Intermediate)
- Bash (Intermediate)
- C (Intermediate)
- Perl (Basic)
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Tools: bcftools,samtools,sratools, deeptools,PLINK,SQL, stadistical test implemented models like EdgeR, Deseq2, NOIseq, limma, DEXseq, alignment tools such as BLAST, HMMER, hisat2, STAR, kallisto, salmon, minimap2, oarfish.
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Methods: Diferential expression analysis, Differential transcript usage, RNAseq data preproccesing, Biochemycal models like cobraME, Sequence Alignment & Genome Assembly, Phylogenetics, Data Science & Machine Learning.
Undergraduate student – Genomic Sciences Center for Genomic Sciences – UNAM - 2024–present
- Spanish: native
- English: full professional proficiency
- French: elementary proficiency
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Email: [ismadlsh@lcg.unam.mx]
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GitHub: MaxHuesca