DNA Tests
Soil DNA Test – Bulk Microbiome Health & Pathogen Screen
SKU: SO-01 Technology: Shotgun Metagenomics Read Depth: 10M
This test analyzes bulk soil microbiomes using shotgun metagenomics. It is ideal for evaluating post-harvest or pre-season microbial health, oxygen availability, and pathogen pressure in soil environments. Unlike rhizosphere-based DNA tests, this method focuses on carbon degradation, VOC production, and disturbance levels rather than nutrient cycling pathways. Farmers, agronomists, and consultants use this analysis to identify volatile organic compounds, flag anaerobic conditions, or screen for pathogens before planting or after harvest. Often run in combination with Haney or total digest chemistry tests, the Soil DNA Test gives critical insight into microbial readiness and risks for the upcoming season.
- Bulk Soil Microbiome Profiling (Not Rhizosphere)
- Targets Rhizophagy Zone for Functional Microbiome Insights
- Detects VOCs and Organic Matter Breakdown Potential
- Screens for Soil Pathogens Pre- or Post-Harvest
- Complements Haney and Nutrient Digest Tests
$224 /test
- 21-day turnaround from sample receipt
SO-01
Soil DNA Test
This test profiles the bulk soil microbiome using shotgun metagenomics. It provides insight into microbial-driven nutrient availability, pathogen presence, and environmental resilience indicators, supporting smarter in-season soil management strategies.
$224.00
Soil Submittal Sheet →
IF-01
Root DNA Test
This test utilizes shotgun metagenomic sequencing to examine root-associated microbial communities in field-grown crops. It reveals how microbes influence plant nutrient uptake, root health, and stress response. Ideal for evaluating in-field biological input effectiveness and guiding fertility decisions.
$249.00
SM-01
Seed DNA Test
This test investigates the microbial and pathogen composition of livestock manure. Using metagenomics, it identifies microbial populations that contribute to nutrient cycling or disease risk, guiding safe, sustainable use in cropping systems.
$249.00
Seed Report Example →
Seed Submittal Sheet →
Seed Collection Protocol →
CO-01
Compost DNA Test
Targeting compost inputs, this test evaluates microbial diversity and functional potential through metagenomic sequencing. It determines compost maturity, stability, and biological quality to inform application decisions and optimize microbial inputs.
$224.00
GH-01
Greenhouse Root DNA Test
Designed for controlled trials, this test applies shotgun metagenomic DNA sequencing to roots grown in greenhouse conditions. By minimizing environmental variability, it isolates microbial effects on plant health and response to treatments with higher signal clarity
$299.00
GH-01
Greenhouse Root DNA Test
Designed for controlled trials, this test applies shotgun metagenomic DNA sequencing to roots grown in greenhouse conditions. By minimizing environmental variability, it isolates microbial effects on plant health and response to treatments with higher signal clarity
$299.00
MA-01
Manure DNA Test
This test investigates the microbial and pathogen composition of livestock manure. Using metagenomics, it identifies microbial populations that contribute to nutrient cycling or disease risk, guiding safe, sustainable use in cropping systems.
$224.00
Manure Submittal Sheet →
Why Rhizebio Testing?
Our advanced testing methods provide actionable insights that help you make informed decisions for your agricultural practices.

Cutting-Edge Science
Advanced microbiome analysis using the latest sequencing technology.

Actionable Insights
Advanced microbiome analysis using the latest sequencing technology.

Sustainable Future
Helping you build healthier soils and more sustainable agricultural systems.
Ready to Transform Your Agricultural Practices?
Start your journey toward sustainable agriculture with Rhizebio’s advanced microbiome testing services.
Frequently Asked Questions
What makes RhizeBio™ different from other soil tests?
Unlike traditional soil testing that measures chemical nutrients, the Rhize Soil Health Test uses advanced metagenomic tools to measure soil biodiversity to predict function. Soil is one of the most complex environments on earth, with billions of microbes in each gram. The only reliable way to measure soil biodiversity is through advanced next generation sequencing platforms and metagenomic applications.
How does the microbiome relate to soil?
The microbiome represents all of the microorganisms that inhabit a particular environment. In the case of soil, the microbiome is complex and diverse and it functions to retain nutrients, cycle nutrients for plant availability, promote aggregate formation, mineralize nutrients, suppress disease and degrade organic and inorganic compounds. In short, a healthy soil microbiome increases crop yield and protects crops from disease and other stresses.
What is the importance of genomics in RhizeBio's approach to soil health?
Genomics allows us to understand the genetic makeup of the soil’s microbiome. This knowledge is crucial in assessing soil health and biodiversity. At RhizeBio, we use genomics to transform raw soil DNA sequencing data into user-friendly and informative soil health reports, empowering farmers to make informed decisions about their soil management practices.
How are microbes beneficial to soil and why is it important to measure the microbes in my soil?
The microbes in soil improve crop production in many ways. Here are just a few:
- Producing horomones that promote root growth
- Increasing water intake
- Adding nutrients to the soil through the breakdown of organic and inorganic compounds
- Improving nutrient absorption by breaking down vitamins and other compounds into bioavailable forms
- Improving soil structure
- Improving crop immunity
- Protecting crops from harmful bacteria, fungi, nematodes, and other pests
Get in Touch
Ready to transform your agricultural practices? Contact our team of experts to learn more about our advanced soil testing services.
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