My website is here and this is my GitHub Portfolio.
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🔭 My present graduate studies is in Single-Cell Spatial Profiling, AI/ML in Precision Medicine, Genomics and Biomedicine, Genetics, Spatial Biology, Multiomics, Translational Medicine, Multiomics, Immunology, Pathogenomics and Computational Biology
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Currently, I am doing my thesis research in exercise medicine, multiomics, interorgan communication, creating interactive signaling networks that build interorgan spatial genomic maps at super-resolution, near-single-cell resolution, and single-cell resolution that display measured performance of exerkines in health, resilence and disease.
You can access read my papers on Google Scholar
Research:
- Precision Bioinformatics
- Exerkines and Exercise
- Mechanisms that underlie the benefits of exercise (exercise science research)
- Exercise Biochemistry, Molecular Biology, and Physiology
- Precision Medicine to Network Medicine
- Computational biology
- Spatial Multi-Omics and Multiplex Imaging
- Single-cell sequencing (sc/snATACseq, sc/snRNAseq, CITE-seq, etc)
- Developing analytical tools to harness both high-dimensional single-cell phenotype data and spatial info
- Spatial analysis of tissue architecture & cellular niches
- Annotating spatially resolved single-cell data by spatial cell learning
- Multi-omics multi-tissue molecular mapping (Tissue- and Organism-Wide Multi-omics)
- Molecular Bioengineering, Nanotechnology, Nanomedicine, and Cell and Gene Thereapy
- Cellular Physiology Contextualization
Technique Interests:
- Genomics and Proteomics, Metabolomics (multiomics), Structural Variations and Predictions
- Systems Biology and Applications
- Biological Modeling and Evaluation, Drug Development
- Data visualization, Data analysis, Data mining
- Biological and Disease Modeling (AI/ML/DL)
- Molecular neuroimmune-pathology, psychoneuroimmunology (PNI), neuroimmunopharmacology (NIP)
- Neurotherapeutics discovery
- Morphology and imaging (histology, whole slide imaging, all kinds of microscopy)
LinkedIn: /in/danieljgomezsci/
- Data Science and Cloud Computing of Precision Medicine
- Bioinformatics and Computational Biology Tools
- Data Analysis and Data Visualization
- Computational Genomics and Genetics
- Statistical analysis and computing
- Basic Lab & Safety (GMP, BBP, IRB)
- Cell viability assays (whole blood)
- Funcational assay development and experimental design
- Sequence analysis
- DNA isolation
- PCR (qPCR), Sequencing (Sanger, capillary, NGS), & Fragment Analysis
- Phylogenetics
- Plasmid Minipreps
- RNA isolation
- Protein Purifcation
- Protein Harvesting
- Gel Electrophoresis (DNA and Protein (SDS-PAGE))
- Protein concentration assays (e.g. Bradford assay)
- Tissue (in situ) experiments (immunohistochemistry, in situ hybridization)
- Surgical methods in whole animal (in toto) to organ isolation (ex vivo), brain tumor resection and dissections
- Machine Learning & Generative AI
- Deep Learning, Reinforcement Learning
- Processing large data sets
- Neural networks
- Data Analysis
- Big Data and Omics
- Single Cell Research and Spatial Multiomics
- Exercising (strength and functional training) (cardiovascular activity, circuit training) working out
- Hiking, Cycling, and Climbing
- Reading, Listening to Audiobooks and Podcasts
- Music and Movies
- Astrophysics and Astrobiology exploration