- 👋 Hi, I’m @evanpeikon
- 🧪 I'm a bioinformatics scientist and physiologist with a background in wearable biosensor development, multi-omics data analysis, and biomarker discovery.
- 🏋️♂️ I began my career as a physiologist and data scientist working with professional athletes, teams, and military special operations before co-founding NNOXX, where I lead the biosensor and bio-algorithm development teams.
- 🚀 In my free time, I'm an active contributor to NASA GeneLab's Alzheimer's Disease & Brain Resilience analysis working group where I apply bioinformatics approaches to understand neurodegenerative disease mechanisms and countermeasures.
- 🧬 I'm also pursuing a PhD in Bioinformatics & Computational Biology part-time at George Mason Universities School of Systems Biology. Currently, I'm working on identifying differences in signaling architecture between tumor samples with high and low expression of ADC targets.
- 💻 I write about bioinformatics, wearable technology, and biotechnology at Decoding Biology.
- 📬 You can reach me at evanpeikon@gmail.com
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NNOXX
- Hudson Valley, NY
- https://decodingbiology.substack.com
- in/evan-peikon-418b6280
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Bioinformatics_Toolkit
Bioinformatics_Toolkit PublicA growing collection of bioinformatics tutorials, project guides, tools, and articles I’ve developed to make bioinformatics more accessible.
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SmallSeqFlow
SmallSeqFlow PublicSmallSeqFlow: A streamlined, notebook-based bulk RNA-seq analysis pipeline optimized for small-sample studies.
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Amilioride_Drug_MOA
Amilioride_Drug_MOA PublicUncovering Amiloride's Mechanisms of Action in Multiple Myeloma: A Bioinformatics Approach
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PhysioNexus
PhysioNexus PublicPhysioNexus maps complex cause-and-effect relationships between time-series physiological variables using Granger causality to transform data into interpretable networks of system interactions.
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Mouse_Alz_Models
Mouse_Alz_Models PublicExploring mutual features between the 5xFAD, 3xTG-AD, and PS3O1S Alzheimer's Disease Mouse Models
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GSE_130646
GSE_130646 PublicAnalysis of single-cell transcriptional profiles in human skeletal muscle
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