Genomics · Metagenomics · Expedition Science
From human biology to extreme environments. Genomics researcher and scientific leader advancing our understanding of microbial ecosystems through next-generation sequencing, metagenomic analysis, and expedition-driven research.
01 — About
I'm the co-founder and Director of Operations of the Two Frontiers Project, where I lead initiatives leveraging cutting-edge scientific approaches to explore the most extreme environments on our planet. Our expeditions integrate advanced DNA sequencing methods with rigorous machine learning, genomic, and metabolic analyses to uncover the mysteries of microbial life.
My work spans field sampling, molecular biology, computational analysis, and data infrastructure — from marine volcanic seeps and coral reef systems to astronaut biology aboard the ISS. I've contributed to research published in Cell, Nature, Nature Communications, and Nature Microbiology.
I hold a Bachelor's in Biology with a concentration in Bioinformatics from Hunter College.
Based in
Boston, MA
Affiliation
The Two Frontiers Project
h-index
20
Education
B.S. Biology, Hunter College
02 — Experience
Leading scientific programs focused on exploring microbial diversity through expedition-driven research. Managing ongoing projects, expeditions, sample processing, and data generation across sites including Vulcano (Italy), Red Sea (Saudi Arabia), Papua New Guinea, Bermuda, Japan, Romania, Elba (Italy), and more.
Visiting Scientist at the Department of Biomedical Informatics, contributing to advanced computational and genomic research initiatives.
Oversaw all operational aspects of the genomics laboratory. Managed sequencing using PacBio, Oxford Nanopore, and Illumina platforms while maintaining the highest standards of data integrity and quality control. Led and mentored laboratory staff.
Orchestrated global sample and metadata organization for Global City Sampling Day across 100+ cities worldwide. Coordinated NYC MetaSUB efforts and organized international conferences in Istanbul, Miami, and Tokyo with 100+ attendees each.
Bridged computational and wet-lab research by analyzing high-throughput sequencing data and performing bench experiments. Contributed to studies on metagenomics and transcriptomics. Promoted to Lab Director based on performance and expertise.
Conducted DNA extractions from Red Sea coral samples. Achieved certification in Scientific Diving, performed three research dives, and collected 150+ coral fragments for sequencing and microbiome analysis.
03 — Research Focus
01
Leading field sequencing expeditions to understudied ecosystems — marine volcanic seeps, coral reefs, geothermal environments, and methane seeps — integrating field sampling with advanced DNA sequencing for comprehensive microbial characterization.
02
Contributing to pioneering research on the physiological effects of spaceflight through the Inspiration4 mission and Space Omics and Medical Atlas (SOMA), analyzing astronaut blood, urine, and multi-omic profiles to understand how space affects human biology.
03
Through the MetaSUB Consortium, contributed to mapping microbial ecosystems across the world's cities and transit systems, generating large-scale metagenomic datasets for antimicrobial resistance monitoring and microbial provenance.
04
Designing databases, bioinformatic pipelines, and data management systems for large-scale genomic research. Contributing to tools like The Microbe Directory (80,000+ microbial species profiled) and MAGUS for modular metagenomic analysis across the tree of life.
05
Field sequencing workshop instructor for UC Berkeley/USC in Moorea, French Polynesia. Mentor for high school students through Cold Spring Harbor Laboratory's DNA Learning Center. Board member for the Heart-to-Heart mobile free clinic campaign serving underserved NYC communities.
04 — Selected Publications
A global metagenomic map of urban microbiomes and antimicrobial resistance
The Space Omics and Medical Atlas (SOMA) and international astronaut biobank
Shotgun transcriptome, spatial omics, and isothermal profiling of SARS-CoV-2 infection
Longitudinal multi-omics analysis of host microbiome architecture and immune responses during short-term spaceflight
Collection of biospecimens from the Inspiration4 mission establishes the standards for SOMA
A history of the MetaSUB consortium: Tracking urban microbes around the globe
Full list of 38+ publications available on Google Scholar.
05 — Expertise
06 — Talks & Presentations
Presented the MAGUS workflow for resolving multi-domain genomes from coral holobionts using ultra-deep sequencing on the Ultima Genomics UG100 platform, with results from 3,500+ public and 2FP-collected coral samples.
Presented an end-to-end toolkit for optimized coral metagenomics, including the MAGUS co-assembly pipeline and XTree aligner, applied across 200+ coral fragments from the Red Sea and Izu Islands on multiple sequencing platforms.
Presented the Two Frontiers Project's end-to-end field-operable pipeline for standardized sampling, preservation, portable sequencing, and geochemistry-informed cultivation, validated across 10 high-CO₂ hot spring sites in Colorado.
Spoke as Director of Operations and Co-Founder of the Two Frontiers Project on microbial approaches to environmental and climate challenges.
Conducted a hands-on field sequencing workshop for undergraduate students at the Gump Research Station, teaching use of the Oxford Nanopore MinION sequencer in a remote field setting.
Presented on the MetaSUB Consortium's work characterizing the global microbiome and establishing planetary-scale metagenomic surveillance across urban environments worldwide.
Organized and presented at four MetaSUB international conferences, each convening 100+ scientists and industry experts to share research on urban microbiomes and metagenomic surveillance.
07 — In the Press
Undersea Bacteria Feast on Methane. Can They Help Cool the Planet?
Featured alongside the Two Frontiers Project team diving to methane seeps in the Tyrrhenian Sea off Italy, collecting and studying methane-eating microbes that could help slow climate change.
Read article ↗Earth's Ancient Microbes Offer Lessons for a More Livable Future
Read ↗American Researchers Study Life Forms in the Mud Volcanoes Area
Read ↗Preparing Students for the New Space Economy
Read ↗08 — Contact
I'm always interested in new collaborations, expedition opportunities, and conversations about advancing genomics research. Whether you're a researcher, institution, or organization — let's talk.
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