- 🔭 I am a molecular and computational biologist who uses agent-based and mathematical modeling to study hematopoietic stem cell dynamics.
- 🌱 My research interests span the fields of omics, mathematical modeling, immunology, and more.
- 👯 I would love to meet, collaborate, and keep learning about different biomedical and biological fields.
- 📫 How to reach me: [email protected]
-
University of South Carolina
- https://orcid.org/0000-0001-9119-395X
- in/carlos-alfaro-quinde-b8530919a
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Differential-gene-expression-analysis
Differential-gene-expression-analysis PublicDifferential gene expression analysis using pydeseq2 package in a Python environment.
Jupyter Notebook 2
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Genomical-mechanical-features-
Genomical-mechanical-features- PublicCode used for the DNA shape and genomic analysis in the peer-review article "Molecular Characterization and Genome Mechanical Features of Two Newly Isolated Polyvalent Bacteriophages Infecting Pseu…
Jupyter Notebook
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Machine-learning-of-a-breast-cancer-dataset-
Machine-learning-of-a-breast-cancer-dataset- PublicIntegration of machine learning classification methods and pathway analysis to study different types of breast cancer
Jupyter Notebook 1
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Mathematical-modeling-in-biology
Mathematical-modeling-in-biology PublicSimple computational implementations dedicated to the study of multiple biological phenomena from a mathematical point of view
Jupyter Notebook 1
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Python-and-R-scripts-
Python-and-R-scripts- PublicContains computational analysis code scripts for common biological related tasks.
Jupyter Notebook
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Stochastic-mathematical-model-of-HSCs-dynamics
Stochastic-mathematical-model-of-HSCs-dynamics PublicComputational and mathematical implementation of a stochastic model of hematopoietic stem cells
MATLAB
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