Genome Assembly Grant Program

Grant Overview

Our mission is to empower researchers with advanced genomic tools to decode the intricacies of life, facilitating breakthroughs in diverse scientific fields. We prioritize projects that utilize Arima’s cutting-edge Hi-C technology to unravel genomic complexities and drive innovations across various research areas.

Learn more about assembling genomes using 3D genomics.

Grant Value: Up to $10,000 worth of kits or services tailored to the researcher’s needs, in addition to technical support throughout the project.
Eligibility: Grant applications from researchers across all career stages are encouraged. Those new to 3D genomics as well as experts are invited to apply.

Research Focus Areas

We invite proposals that ambitiously tackle challenges within these key areas:

Chromosome Scale Genome Assembly: Leveraging Hi-C technology to construct reference-quality, chromosome-spanning genome assemblies, overcoming traditional assembly limitations.
Investigating Genome Structure and Evolution: Employing Hi-C data to explore genome organization and evolutionary dynamics, providing insights into species adaptation and diversity.
Comparative Genomics and Conservation Studies: Utilizing Hi-C-driven assemblies to compare genomic structures across species, enhancing conservation strategies and biodiversity preservation.
Population Genomics and Biodiversity Monitoring: Integrating Hi-C data into population studies, enabling precise monitoring of genetic diversity and evolutionary trends.

How to Apply

Submit a compelling proposal, not to exceed 200 words, that tackles a research focus area and meets the selection criteria below.

Selection Criteria

Scientific Impact: The proposed study’s potential to make a landmark contribution.
Feasibility: The practical execution of the project, showcasing how Arima technology will be incorporated to address the research question.
Alignment: The proposal’s resonance with the grant’s research focus areas.