|
Forecast Period
|
2026-2030
|
|
Market Size (2024)
|
USD 64.38 Million
|
|
Market Size (2030)
|
USD 124.95 Million
|
|
CAGR (2025-2030)
|
11.66%
|
|
Fastest Growing Segment
|
Product Authentication and Quality Control
|
|
Largest Market
|
Mid-West
|
Market Overview
The United States DNA Barcoding Services
Market was valued at USD 64.38 Million in 2024 and is expected to reach USD 124.95
Million by 2030 with a CAGR of 11.66%. The DNA barcoding services market in
the United States is experiencing significant growth, driven by advancements in
sequencing technologies and increasing demand for accurate species
identification across various sectors. The integration of next-generation sequencing
(NGS) has enhanced the precision and efficiency of DNA barcoding, making it a
valuable tool in fields such as biodiversity research, environmental
monitoring, and forensic analysis. This technological progress has led to a
broader adoption of DNA barcoding services, as organizations seek reliable
methods for species authentication and genetic analysis.
A key driver of this market expansion is
the rising emphasis on biodiversity conservation and environmental
sustainability. DNA barcoding offers a rapid and non-invasive approach to
cataloging species, detecting invasive organisms, and monitoring ecosystem
health. As environmental policies become more stringent and the need for
biodiversity data increases, the demand for DNA barcoding services is expected
to grow. This trend is particularly evident in sectors like agriculture and
forestry, where accurate species identification is crucial for managing
resources and ensuring compliance with environmental regulations.
Despite its growth, the DNA barcoding
services market faces challenges that could impact its trajectory. High costs
associated with sequencing technologies and data analysis can limit
accessibility for smaller organizations and researchers. Additionally, the
complexity of interpreting genetic data requires specialized expertise, which
may not be readily available in all sectors. These factors can hinder the
widespread adoption of DNA barcoding services, particularly in regions or
industries with limited resources. Addressing these challenges will be
essential for realizing the full potential of DNA barcoding in various
applications.
Key Market Drivers
Expansion
of Biodiversity and Conservation Programs
The expansion of biodiversity and conservation
programs in the United States has significantly contributed to the growth of
the DNA barcoding services market. In 2023, the U.S. Fish and Wildlife
Service (FWS) reported that its biologists completed 1,896 wildlife habitat
projects across all states and U.S. territories, restoring and enhancing over
167,000 acres of habitat. These initiatives have increased the demand
for accurate and efficient species identification methods, such as DNA
barcoding, to monitor and assess biodiversity effectively. Similarly, the U.S.
Geological Survey (USGS) has been at the forefront of utilizing environmental
DNA (eDNA) technologies to monitor marine biodiversity.
In 2023, USGS researchers conducted
eDNA sampling from the surface to the seafloor, utilizing remotely operated
vehicles and other instruments to investigate biological communities in
deepwater habitats. This approach underscores the growing reliance on
DNA-based methods for comprehensive biodiversity assessments.
These government-led conservation efforts highlight
the increasing integration of DNA barcoding into biodiversity monitoring
programs. The ability to identify species through genetic markers enables more
precise tracking of species distributions, detection of invasive species, and
assessment of ecosystem health. As conservation programs expand and evolve, the
demand for DNA barcoding services is expected to rise, further driving market
growth. The adoption of DNA barcoding aligns with the need for scalable,
non-invasive, and accurate tools to support large-scale biodiversity monitoring
and conservation strategies. This trend reflects a broader shift towards
incorporating advanced molecular techniques into environmental management
practices.
In summary, the expansion of biodiversity and
conservation programs in the United States has created a favorable environment
for the growth of the DNA barcoding services market. Government agencies'
commitment to enhancing biodiversity monitoring and conservation efforts has
led to increased demand for advanced genetic tools, positioning DNA barcoding
as a critical component in the nation's environmental stewardship initiatives.
Growth
of Environmental DNA (eDNA) Applications
The growth of environmental DNA (eDNA) applications is
significantly driving the United States DNA barcoding services market. eDNA
refers to genetic material shed by organisms into their surroundings, such as
water, soil, or air. By analyzing these genetic traces, researchers can
identify species without the need for direct sampling or observation. This has
revolutionized the way biodiversity is monitored, enabling non-invasive
assessments of ecosystems. The ability to collect and analyze eDNA has expanded
the scope of DNA barcoding, making it a critical tool in environmental science.
A key driver behind the growth of eDNA applications is
the increasing need for accurate and efficient biodiversity assessments,
especially in aquatic ecosystems. eDNA enables scientists to detect rare,
invasive, or endangered species with minimal disturbance to their habitats.
This is particularly beneficial in monitoring aquatic environments, where
traditional survey methods can be invasive, time-consuming, or costly. The
ability to track a broad range of species, from microorganisms to large
animals, using water or soil samples is valuable for conservation efforts.
In 2023, the U.S. Geological Survey
(USGS) initiated efforts to incorporate eDNA data into the Nonindigenous
Aquatic Species (NAS) database, which houses over 570,000 records of
nonindigenous species nationally. This integration aims to enhance invasive species
monitoring and management across the country. Similarly, the National
Oceanic and Atmospheric Administration (NOAA) conducted an eDNA survey in 2023
to characterize marine communities across the northeast U.S. continental shelf
and slope, highlighting the growing reliance on eDNA for large-scale
environmental monitoring. These initiatives underscore the expanding
role of eDNA in environmental monitoring and its impact on the DNA barcoding
services market.
Technological
Advancements in Genomic Sequencing
Technological advancements in genomic sequencing have
significantly propelled the growth of the United States DNA barcoding services
market. The integration of next-generation sequencing (NGS) technologies has
enhanced the accuracy, speed, and cost-effectiveness of DNA barcoding, making
it a preferred method for species identification across various sectors. These
advancements have enabled the processing of large volumes of genetic data,
facilitating comprehensive biodiversity assessments and environmental
monitoring. The increased accessibility and efficiency of genomic sequencing
have expanded the applications of DNA barcoding, particularly in areas such as
food safety, conservation biology, and forensic science.
A notable application of DNA barcoding is in combating
seafood fraud. The National Oceanic and Atmospheric Administration (NOAA) has
utilized DNA barcoding to build comprehensive genetic reference libraries,
aiding in the identification of seafood species and ensuring consumer safety. In
June 2023, NOAA highlighted the importance of these genetic libraries in
protecting consumers from seafood fraud, underscoring the role of DNA barcoding
in maintaining food integrity.
Despite its advantages, the DNA barcoding services
market faces challenges related to the high costs of sequencing technologies
and the need for specialized expertise in data analysis. These factors can
limit the widespread adoption of DNA barcoding, particularly among smaller
organizations and institutions with limited resources. Addressing these
challenges through technological innovations and training programs is essential
for enhancing the accessibility and effectiveness of DNA barcoding services.
Download Free Sample Report
Key Market Challenges
High Cost
of Equipment and Analysis
The high cost of equipment and analysis poses a
significant challenge to the United States DNA barcoding services market. DNA
barcoding requires specialized instruments, such as sequencers and other
high-performance analytical tools, which come with substantial upfront and
maintenance costs. These devices are essential for sequencing DNA accurately,
but their prices can be prohibitive, especially for small and medium-sized
businesses or research institutions with limited budgets. The need for highly
skilled personnel to operate these advanced technologies adds another layer of
financial strain. Moreover, the cost of reagents, consumables, and sample
preparation kits can further drive up the overall expense of DNA barcoding
analysis. This financial burden restricts the accessibility of DNA barcoding
services, making it difficult for some organizations to invest in this
technology.
The process of DNA analysis itself is also
resource-intensive, requiring sophisticated computational infrastructure to
process and interpret the data generated by sequencers. As sequencing
technologies evolve, the need for constant upgrades and the integration of new
bioinformatics tools to ensure accurate results also contributes to the rising
costs. For companies offering DNA barcoding services, maintaining a competitive
edge in this space requires continuous investment in cutting-edge technology,
further escalating operational costs. This challenge is particularly relevant
for smaller market players who may struggle to balance affordability with the
need for high-quality, precise results. As the market for DNA barcoding
services grows, addressing the high costs associated with equipment and
analysis will be crucial to ensuring widespread adoption and expanding service
availability across various industries.
Lack
of Standardization Across Laboratories
A significant challenge for the United States DNA
barcoding services market is the lack of standardization across laboratories.
DNA barcoding involves the use of specific genetic markers to identify species,
and its accuracy and reliability depend heavily on the protocols followed by
different laboratories. However, variations in methods, equipment, and
protocols used by different labs often lead to inconsistent results. These
inconsistencies can be attributed to the absence of universally accepted standards
for sample collection, DNA extraction, sequencing, and data analysis. With no
standardized framework in place, results may vary based on the laboratory's
chosen techniques, which complicates the interpretation of data and limits the
reproducibility of findings. This lack of uniformity can hinder the acceptance
and application of DNA barcoding in various fields such as biodiversity
monitoring, forensic science, and food safety.
Furthermore, the absence of standardized guidelines
makes it difficult to establish reliable reference databases. As each lab may
use different procedures to process and sequence samples, compiling and
comparing data across studies becomes more challenging. This fragmentation can
result in the creation of disconnected data sets that are not easily integrated
into a broader, unified resource. Such inconsistencies can undermine the
reliability of DNA barcoding as a tool for species identification, particularly
in critical applications like tracking invasive species or ensuring the
authenticity of food products. Addressing the lack of standardization through
the development of uniform protocols, regulatory oversight, and the
establishment of centralized data repositories would be crucial in overcoming
this challenge and advancing the market.
Key Market Trends
Integration
of DNA Barcoding with Environmental DNA (eDNA) Monitoring
The
integration of DNA barcoding with environmental DNA (eDNA) monitoring is
transforming biodiversity research and conservation strategies in the United
States. DNA barcoding involves sequencing short genetic markers in an
organism's DNA to identify species, while eDNA refers to genetic material shed
by organisms into the environment, which can be collected from water, soil, or
air samples. By combining these approaches, researchers can detect and monitor
species presence and abundance without the need for direct observation or
physical capture. This synergy enhances the sensitivity and efficiency of
biodiversity assessments, allowing for more comprehensive ecological
monitoring.
In the U.S., this integrated methodology
is increasingly utilized in various applications, including invasive species
detection, habitat restoration projects, and the monitoring of endangered
species. The adoption of next-generation sequencing technologies has further
propelled this integration, enabling high-throughput analysis and more accurate
biodiversity inventories. Federal and state agencies, such as the National
Genomics Center for Wildlife and Fish Conservation, are actively employing
these combined techniques to inform conservation decisions and policy-making.
This trend reflects a broader commitment to leveraging advanced genomic tools
for environmental stewardship and sustainable management of natural resources.
Adoption
of Next-Generation Sequencing (NGS) for High-Throughput Barcoding
The
United States DNA barcoding services market is experiencing significant growth,
primarily driven by the widespread adoption of Next-Generation Sequencing (NGS)
technologies. NGS enables the rapid, high-throughput sequencing of DNA,
facilitating comprehensive species identification and genetic analysis across
various sectors, including agriculture, pharmaceuticals, environmental
monitoring, and food safety. This advancement has led to more efficient and
accurate DNA barcoding processes, replacing traditional methods like Sanger
sequencing. The increasing demand for precise species identification,
especially in food safety and quality control, has further accelerated the
adoption of NGS-based barcoding services.
Additionally, the growing emphasis on
biodiversity conservation and the need for regulatory compliance in various
industries have contributed to the expansion of DNA barcoding applications. The
U.S. market's robust infrastructure, coupled with substantial investments in
genomic research and development, positions it as a leader in the global DNA
barcoding services market. As NGS technologies continue to evolve, their
integration into DNA barcoding services is expected to enhance the accuracy,
efficiency, and scalability of genetic analyses, driving further market
growth.
Segmental Insights
Type
Insights
Based
on the Type, Microbial DNA Barcoding Services emerged as the dominant segment
in the United States DNA Barcoding Services Market in 2024. This is driven
by the increasing demand for precise microbial identification across multiple
sectors. Microorganisms play critical roles in ecosystems, agriculture,
healthcare, and industrial biotechnology, yet their immense diversity makes
traditional classification methods inadequate. DNA barcoding enables the rapid
and accurate identification of bacteria, archaea, and fungi by analyzing
standardized genetic markers, such as 16S rRNA for bacteria and ITS regions for
fungi, which are widely used in microbial taxonomy. The growth of microbiome
research, particularly in human health and nutrition, has further accelerated
the demand for microbial barcoding. Applications in food safety testing,
environmental monitoring, and pharmaceutical production have also fueled
segment growth. Industries increasingly rely on microbial DNA barcoding to
detect contamination, trace pathogen sources, and ensure regulatory compliance.
Method
Insights
Based on the Method, Short Read
Sequencing emerged as the dominant segment in the United States DNA Barcoding Services
Market in 2024. This is due to its widespread adoption, high accuracy, and cost
efficiency. This method, typically associated with platforms like Illumina,
enables the generation of millions of short DNA fragments in parallel, making
it ideal for high-throughput barcoding applications. Its precision in reading
base pairs and low error rate have made it the preferred choice for taxonomic
classification and biodiversity assessments across various domains, including
ecology, agriculture, and public health. Short read sequencing is particularly
effective for targeting standard barcode regions such as COI (cytochrome
oxidase I) in animals, ITS (internal transcribed spacer) in fungi, and 16S rRNA
in bacteria. These markers are typically short enough to be fully covered by
the read lengths provided by this method, enabling robust identification of
species with minimal computational complexity.
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Regional Insights
The Mid-West region
emerged as the dominant region in the United States DNA Barcoding
Services Market in 2024. This is driven by a combination of academic
research excellence, strong agricultural sectors, and supportive state-level
initiatives. The region is home to numerous leading universities and research
institutions that have integrated DNA barcoding into their biodiversity and
ecological studies. These institutions often collaborate with local industries,
including agriculture and food production, to apply DNA barcoding for quality
control, species verification, and supply chain transparency. State-level
initiatives have further bolstered the adoption of DNA barcoding technologies.
For instance, the state of Nebraska has positioned itself as a hub for
biomanufacturing and biotechnology innovation, hosting events like Bio
Innovations Midwest to connect bio pioneers and promote the region as the
heartland of the U.S. bioeconomy. Such initiatives create an ecosystem
conducive to the growth of DNA barcoding services, attracting investments and
fostering collaboration between academia, industry, and government entities.
Recent Developments
- In January 2025, Quantum-Si Incorporated
announced a new preprint showcasing its advanced protein barcoding and
next-generation sequencing workflow. The study demonstrates how integrating the
benchtop Platinum instrument with this workflow enables highly sensitive and
accessible multiplexed protein analysis. This innovation offers a scalable
alternative to traditional methods like mass spectrometry, with potential
applications in protein engineering, targeted drug delivery, and nucleic acid
therapy development.
- In October 2024, Twist Bioscience Corporation launched
the FlexPrep Ultra-High Throughput Library Preparation Kit, featuring a
proprietary enzyme to support cost-effective, large-scale next-generation
sequencing (NGS). Targeted at population and agricultural genomics, the kit
integrates Normalization by Ligation (NBL) technology, enabling early sample
pooling and multiplexing while eliminating the need for upfront quantitation.
This advancement streamlines high-throughput workflows and reduces per-sample
costs, accelerating NGS adoption among microarray users.
- In September 2024, Quantum-Si announced
that Boston-based biotech Liberate Bio has adopted its Platinum Next-Generation
Protein Sequencer to enhance gene therapy development. Liberate Bio is using
the platform’s protein barcoding capabilities to screen lipid nanoparticle
delivery vehicles in vivo, improving delivery and translation efficiency. The
technology provides high-resolution protein analysis without the need for
complex equipment or specialized expertise, significantly accelerating and
streamlining their gene therapy discovery process.
- In September 2024, Zebra Technologies Corporation launched
three new solutions designed to enhance retail and warehouse operations: the
Zebra Kiosk System, Workcloud Actionable Intelligence 7.0, and the ET60W/ET65W
rugged Windows tablets. The launches were announced at the company’s annual
ZONE customer conference in Las Vegas and will be showcased at ZONE EMEA in
Birmingham. The new solutions, leveraging AI, cloud, and machine learning, aim
to improve inventory management, task efficiency, and employee engagement.
Zebra also expanded its integrated hardware and software portfolio to further
optimize modern retail workflows.
Key Market Players
- Eurofins
Genomics
- CD
Genomics
- BIOSERVE
- Illumina,
Inc.
- PacBio
- Oxford
Nanopore Technologies
- AllGenetics
& Biology SL
- 1st
BASE
- Bento
Bioworks Ltd
- Genetika
Science
|
By Type
|
By Method
|
By Application
|
By End Use
|
By Region
|
- Plant DNA Barcoding Services
- Animal DNA Barcoding Services
- Microbial DNA Barcoding Services
|
- Sanger Sequencing
- Short Read Sequencing
- Long Read Sequencing
|
- Pathogen Identification and Monitoring
- Product Authentication and Quality Control
- Biodiversity and Conservation Monitoring
- Forensic and Legal Investigations
- Others
|
- Pharmaceutical & Biotechnology Companies
- Agriculture and Food Industry
- Academic & Research Institutes
- Others
|
- North-East
- Mid-West
- West
- South
|
Report Scope:
In this report, the United
States DNA Barcoding Services Market has been segmented into the following
categories, in addition to the industry trends which have also been detailed
below:
- United
States DNA Barcoding Services Market, By Type:
o
Plant
DNA Barcoding Services
o
Animal
DNA Barcoding Services
o
Microbial
DNA Barcoding Services
- United
States DNA Barcoding Services Market, By Method:
o
Sanger
Sequencing
o
Short
Read Sequencing
o
Long
Read Sequencing
- United
States DNA Barcoding Services Market, By Application:
o
Pathogen
Identification and Monitoring
o
Product
Authentication and Quality Control
o
Biodiversity
and Conservation Monitoring
o
Forensic
and Legal Investigations
o
Others
- United
States DNA Barcoding Services Market, By End Use:
o
Pharmaceutical
& Biotechnology Companies
o
Agriculture
and Food Industry
o
Academic
& Research Institutes
o
Others
- United
States DNA Barcoding Services Market, By Region:
o
North-East
o
Mid-West
o
West
o South
Competitive Landscape
Company
Profiles: Detailed
analysis of the major companies present in the United States DNA Barcoding
Services Market.
Available Customizations:
United States DNA Barcoding Services Market report with the given market data,
TechSci Research offers customizations according to a company's specific needs.
The following customization options are available for the report:
Company Information
- Detailed analysis and profiling of additional market players (up to
five).
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