Academic Use Agarose Market Size, Share, Growth, and Industry Analysis, By Types (Standard Melting Agarose,Low Melting Point Agarose,Others), By Applications (Colleges and Universities,Hospitals) , and Regional Insights and Forecast to 2035

Academic Use Agarose Market Overview

Global Academic Use Agarose Market size is projected at USD 68  million in 2026 and is expected to hit USD 103.7 million by 2035 with a CAGR of 4.8%.

The Academic Use Agarose Market is witnessing consistent expansion driven by increasing molecular biology research activities across universities, biotechnology institutes, and research laboratories. Agarose is widely utilized in gel electrophoresis applications, accounting for over 65% of laboratory-based nucleic acid separation procedures globally. Academic institutions contribute nearly 48% of total agarose consumption due to high volumes of DNA and RNA analysis. The demand for high-purity agarose exceeds 52% of total usage, reflecting the need for precision in academic experiments. 

The United States dominates the Academic Use Agarose Market with over 38% share in academic research consumption. More than 4,000 universities and research institutions actively use agarose-based products for genomic and proteomic studies. Approximately 62% of U.S. laboratories rely on agarose gel electrophoresis as a primary analytical method. Government-funded academic research accounts for nearly 55% of agarose usage, while private university labs contribute around 27%. Additionally, over 68% of life sciences academic programs incorporate agarose-based experiments in curricula, driving consistent demand. The presence of advanced research infrastructure further supports the Academic Use Agarose Market expansion in the region.

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Key Findings

• Key Market Driver: 72% increase in academic molecular biology experiments, 64% rise in DNA sequencing activities, 58% growth in university research funding, 69% adoption of gel electrophoresis, 61% reliance on nucleic acid analysis tools.
• Major Market Restraint: 47% high cost of high-grade agarose, 42% limited funding in developing regions, 39% availability of alternative technologies, 36% budget constraints in small institutions, 33% supply chain fluctuations.
• Emerging Trends: 66% shift toward low-melting agarose, 59% adoption of pre-cast gels, 63% increase in automation in labs, 54% demand for high-resolution separation, 57% integration with advanced imaging systems.
• Regional Leadership: 38% North America dominance, 29% Europe contribution, 24% Asia-Pacific growth share, 19% emerging markets expansion, 34% concentration of top research institutions.
• Competitive Landscape: 45% market controlled by top manufacturers, 41% increase in product innovation, 38% expansion in academic collaborations, 36% rise in product differentiation, 33% focus on cost optimization.
• Market Segmentation: 52% high-purity agarose segment, 48% standard agarose usage, 67% academic labs segment dominance, 44% biotechnology institutes share, 39% research centers contribution.
• Recent Development: 61% increase in product launches, 58% growth in R&D investments, 46% expansion in distribution channels, 49% adoption of eco-friendly production, 53% technological advancements in gel systems.

Academic Use Agarose Market Trends

The Academic Use Agarose Market Trends indicate a strong shift toward high-performance and specialty agarose products designed for advanced academic research. Over 60% of laboratories now prefer low electroendosmosis (EEO) agarose for improved resolution in nucleic acid separation. Additionally, more than 55% of academic institutions are adopting pre-cast agarose gels to reduce preparation time and improve reproducibility. The Academic Use Agarose Market Insights highlight that over 68% of genomic research workflows involve agarose gels, emphasizing its critical role in molecular biology.

Another significant trend in the Academic Use Agarose Market Analysis is the integration of agarose products with automated electrophoresis systems. Approximately 57% of modern laboratories have shifted toward semi-automated or fully automated gel systems, enhancing efficiency and accuracy. Furthermore, around 49% of research institutions are focusing on sustainable and eco-friendly agarose production methods. The Academic Use Agarose Market Outlook also shows that over 62% of academic researchers prioritize high-purity agarose to ensure experimental precision, driving innovation and product differentiation across suppliers.

Academic Use Agarose Market Dynamics

DRIVER

"Rising demand for molecular biology research"

The Academic Use Agarose Market Growth is primarily driven by the increasing volume of molecular biology and genetic research activities. Over 70% of academic laboratories globally conduct DNA and RNA analysis regularly, with agarose gel electrophoresis being a standard technique. Approximately 65% of research experiments in universities involve nucleic acid separation, highlighting the critical role of agarose. Additionally, government and institutional funding for life sciences research has increased by nearly 58%, enabling the expansion of laboratory infrastructure. The Academic Use Agarose Market Opportunities are further supported by the rising number of biotechnology courses, with over 68% of academic programs incorporating hands-on gel electrophoresis experiments.

RESTRAINTS

"High cost and budget limitations"

The Academic Use Agarose Market faces significant restraints due to the high cost associated with premium-grade agarose products. Around 47% of academic institutions report budget constraints that limit the procurement of high-quality reagents. Additionally, nearly 42% of research labs in developing regions struggle with funding limitations, impacting their ability to maintain consistent supply. Alternative technologies such as capillary electrophoresis are gaining traction, with approximately 39% adoption in advanced labs, reducing dependence on agarose. The Academic Use Agarose Market Analysis indicates that price sensitivity remains a critical barrier, particularly for smaller institutions with limited research grants.

OPPORTUNITY

"Expansion in emerging academic research sectors"

Emerging markets present substantial Academic Use Agarose Market Opportunities, driven by the expansion of higher education and research infrastructure. Over 61% of new research institutions are being established in Asia-Pacific and Latin America, increasing demand for laboratory reagents. Additionally, approximately 56% of governments in developing regions are investing in biotechnology and life sciences education. The Academic Use Agarose Market Forecast highlights that over 63% of academic collaborations are international, boosting the need for standardized research materials such as agarose. Increasing enrollment in life sciences courses, accounting for nearly 59% growth, further strengthens market expansion prospects.

CHALLENGE

"Technological substitution and standardization issues"

The Academic Use Agarose Market faces challenges from evolving technologies and lack of standardization across laboratories. Approximately 41% of advanced research facilities are transitioning toward alternative separation techniques that offer higher precision. Additionally, nearly 37% of academic labs report inconsistencies in agarose quality affecting experimental outcomes. The Academic Use Agarose Market Insights reveal that maintaining uniform product standards across suppliers remains a challenge, impacting reproducibility. Furthermore, around 35% of institutions experience logistical delays in reagent supply, disrupting research timelines and limiting the overall efficiency of academic workflows.

Academic Use Agarose Market Segmentation

The Academic Use Agarose Market Segmentation is categorized by type and application, reflecting diverse academic research requirements. By type, standard melting agarose accounts for over 54% usage due to its wide applicability, while low melting point agarose contributes nearly 32% for specialized applications. By application, colleges and universities dominate with over 67% consumption, while hospitals represent around 33%, driven by clinical research and diagnostic studies within the Academic Use Agarose Market Analysis.

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BY TYPE

Standard Melting Agarose: Standard melting agarose holds a dominant position in the Academic Use Agarose Market Share, accounting for more than 54% of total consumption across academic laboratories. This type of agarose is widely used for routine electrophoresis applications, particularly in DNA and RNA separation processes, which represent approximately 65% of all academic laboratory procedures. Its gel strength ranges between 1,200 to 1,500 g/cm², making it suitable for handling large DNA fragments exceeding 20,000 base pairs. Nearly 70% of undergraduate and postgraduate laboratory experiments utilize standard melting agarose due to its cost-effectiveness and ease of preparation. In the Academic Use Agarose Market Insights, over 62% of institutions prefer this type because it supports consistent results in nucleic acid analysis. Additionally, more than 58% of academic research publications involving gel electrophoresis rely on standard melting agarose. It is also noted that approximately 66% of laboratory technicians favor this type due to its compatibility with standard electrophoresis equipment. 

Low Melting Point Agarose: Low melting point agarose represents approximately 32% of the Academic Use Agarose Market Size, primarily driven by its specialized applications in molecular biology and genetic engineering. This type melts at temperatures between 60°C to 65°C and solidifies at around 25°C to 30°C, allowing safe handling of heat-sensitive biological samples. Nearly 68% of advanced research laboratories utilize low melting agarose for DNA fragment recovery and enzymatic reactions. The Academic Use Agarose Market Analysis shows that over 61% of gene cloning and sequencing procedures require low melting point agarose due to its ability to preserve nucleic acid integrity. Additionally, around 55% of CRISPR-based experiments in academic settings depend on this type for precise DNA extraction. Its usage is particularly high in postgraduate and doctoral research programs, accounting for nearly 59% of consumption in advanced academic labs. 

Others: The “Others” category in the Academic Use Agarose Market includes specialty agarose types such as high-resolution agarose, low electroendosmosis (EEO) agarose, and pulsed-field gel electrophoresis agarose, collectively contributing nearly 14% of total market consumption. These specialized variants are designed for advanced research applications requiring enhanced separation accuracy and resolution. Approximately 58% of high-end research laboratories utilize these specialty agarose types for complex DNA fragment analysis. According to Academic Use Agarose Market Insights, around 49% of genome mapping and sequencing projects depend on high-resolution agarose to achieve precise band separation. Low EEO agarose is used in nearly 53% of experiments requiring minimal ionic interference, ensuring higher clarity in results. Additionally, pulsed-field agarose is applied in approximately 46% of large DNA molecule studies, particularly in genomic research. 

BY APPLICATION

Colleges and Universities: Colleges and universities represent the largest application segment in the Academic Use Agarose Market, contributing over 67% of total demand. More than 75% of life sciences courses incorporate agarose gel electrophoresis as a fundamental laboratory technique. Approximately 69% of undergraduate experiments involve DNA separation using agarose gels, highlighting its widespread educational importance. Additionally, around 64% of postgraduate research projects rely on agarose-based methods for nucleic acid analysis. The Academic Use Agarose Market Analysis indicates that over 58% of academic institutions conduct regular molecular biology training programs, further driving agarose consumption. Nearly 62% of university laboratories maintain continuous procurement cycles for agarose due to high student usage. Furthermore, about 55% of faculty-led research projects depend on agarose for cloning, sequencing, and PCR validation. 

Hospitals: Hospitals account for approximately 33% of the Academic Use Agarose Market Share, driven by their involvement in clinical research and diagnostic applications. Around 61% of hospital-based laboratories utilize agarose gel electrophoresis for disease diagnosis, particularly in genetic and infectious disease testing. Nearly 54% of diagnostic procedures involving nucleic acid analysis rely on agarose-based techniques. The Academic Use Agarose Market Analysis shows that over 57% of hospitals are engaged in research collaborations with academic institutions, increasing agarose usage. Approximately 49% of hospital laboratories conduct genetic testing, including DNA fingerprinting and mutation analysis, which depend heavily on agarose gels. Additionally, around 52% of pathology labs use agarose for protein electrophoresis in disease identification. According to Academic Use Agarose Market Insights, nearly 58% of hospitals have integrated molecular diagnostics into routine clinical workflows.

Academic Use Agarose Market Regional Outlook

The Academic Use Agarose Market demonstrates diverse regional performance, collectively accounting for 100% global share across major geographies. North America leads with approximately 38% market share due to strong academic infrastructure and research intensity. Europe follows with nearly 29%, supported by advanced university networks and biotechnology programs. Asia-Pacific holds around 24% share, driven by expanding research institutions and student enrollment in life sciences. Meanwhile, the Middle East & Africa contributes close to 9%, reflecting gradual growth in academic research capabilities. The Academic Use Agarose Market Outlook highlights increasing global demand, with over 67% of research institutions worldwide relying on agarose-based techniques.

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NORTH AMERICA

North America dominates the Academic Use Agarose Market with approximately 38% share, supported by a highly developed academic and research ecosystem. The region hosts over 5,500 higher education institutions, with nearly 72% offering life sciences and biotechnology programs that extensively utilize agarose gel electrophoresis. Around 68% of laboratories in North America rely on agarose-based methods for DNA and RNA separation, making it a fundamental research tool. The Academic Use Agarose Market Analysis indicates that more than 61% of global academic research funding is concentrated in North America, enabling continuous procurement of high-quality laboratory reagents. Approximately 64% of universities maintain dedicated molecular biology laboratories, driving consistent agarose consumption. Additionally, over 58% of research publications from North America involve nucleic acid analysis using agarose gels. In terms of Academic Use Agarose Market Size, nearly 70% of academic experiments in the region involve electrophoresis techniques, reinforcing strong demand. Around 55% of laboratories prefer high-purity agarose for precise experimental outcomes. Furthermore, approximately 62% of institutions have adopted automated electrophoresis systems, increasing efficiency and reagent usage. 

EUROPE

Europe accounts for approximately 29% of the Academic Use Agarose Market Share, driven by its well-established academic and scientific research framework. The region includes over 4,000 universities and research institutions, with nearly 69% actively engaged in molecular biology and biotechnology research. Approximately 63% of European laboratories utilize agarose gel electrophoresis as a standard method for nucleic acid analysis. The Academic Use Agarose Market Size in Europe is supported by strong government funding, with nearly 57% of research projects receiving public financial support. Around 61% of academic institutions maintain advanced laboratory facilities equipped with electrophoresis systems. Additionally, more than 54% of postgraduate research programs involve agarose-based experiments. In the Academic Use Agarose Market Analysis, it is observed that approximately 58% of European research publications include DNA or RNA analysis using agarose gels. Around 52% of laboratories prefer low-melting agarose for specialized applications such as gene cloning and sequencing. Furthermore, nearly 49% of academic institutions are adopting automated laboratory technologies, enhancing efficiency and accuracy. The Academic Use Agarose Market Trends highlight that over 56% of universities are investing in biotechnology education, increasing student participation in laboratory experiments. Approximately 47% of research collaborations in Europe are international, driving the need for standardized reagents like agarose. The Academic Use Agarose Market Growth is further supported by the presence of leading research hubs and innovation centers. Around 51% of institutions report increased demand for high-purity agarose, reflecting the growing emphasis on precision and reproducibility in academic research.

GERMANY Academic Use Agarose Market

Germany holds a significant share within the European Academic Use Agarose Market, contributing approximately 21% of the regional share. The country is home to over 400 universities and research institutes, with nearly 73% actively engaged in life sciences research. Approximately 66% of German academic laboratories utilize agarose gel electrophoresis for routine DNA and RNA analysis. The Academic Use Agarose Market Insights reveal that around 59% of research projects in Germany involve molecular biology techniques requiring agarose-based separation. Nearly 62% of universities maintain dedicated biotechnology departments, driving consistent demand for laboratory reagents. Additionally, over 55% of academic publications in Germany include nucleic acid analysis using agarose gels. Germany’s Academic Use Agarose Market Share is also supported by strong government investment in research, with approximately 58% of academic funding allocated to life sciences. Around 53% of laboratories prefer high-resolution agarose for advanced applications. Furthermore, nearly 49% of institutions have adopted automated electrophoresis systems, improving workflow efficiency. The Academic Use Agarose Market Trends in Germany indicate that over 57% of universities are expanding their research infrastructure. Approximately 46% of academic collaborations involve international partners, increasing demand for standardized agarose products. With a strong emphasis on innovation and research excellence, Germany continues to play a key role in the Academic Use Agarose Market Growth.

UNITED KINGDOM Academic Use Agarose Market

The United Kingdom contributes approximately 18% to the European Academic Use Agarose Market Share, driven by its strong academic research environment. The country hosts over 160 universities, with nearly 71% offering advanced life sciences programs. Approximately 65% of academic laboratories rely on agarose gel electrophoresis for nucleic acid analysis. The Academic Use Agarose Market Analysis shows that around 60% of research projects in the UK involve molecular biology techniques. Nearly 56% of universities maintain dedicated research laboratories equipped with electrophoresis systems. Additionally, over 52% of academic publications include DNA or RNA analysis using agarose gels. In terms of Academic Use Agarose Market Insights, approximately 58% of institutions prefer low-melting agarose for specialized applications such as gene cloning. Around 47% of laboratories report increased demand for high-purity agarose to ensure experimental accuracy. Furthermore, nearly 50% of research collaborations involve partnerships with international institutions. The Academic Use Agarose Market Trends highlight that over 54% of universities are investing in laboratory modernization. Approximately 45% of academic programs emphasize practical training, increasing agarose consumption. With a strong focus on research and innovation, the UK continues to contribute significantly to the Academic Use Agarose Market Growth.

ASIA-PACIFIC

Asia-Pacific accounts for approximately 24% of the Academic Use Agarose Market Share, driven by rapid expansion in academic and research infrastructure. The region hosts over 8,000 universities, with nearly 67% offering life sciences programs that utilize agarose-based techniques. Approximately 61% of laboratories in Asia-Pacific rely on agarose gel electrophoresis for DNA and RNA analysis. The Academic Use Agarose Market Size is supported by increasing government investment, with around 59% of research funding directed toward biotechnology and life sciences. Nearly 63% of academic institutions have established molecular biology laboratories, driving consistent demand for agarose products. Additionally, over 57% of postgraduate research projects involve agarose-based experiments. In the Academic Use Agarose Market Analysis, it is observed that approximately 55% of research publications in the region include nucleic acid analysis using agarose gels. Around 52% of laboratories prefer cost-effective agarose solutions due to budget considerations. Furthermore, nearly 49% of institutions are adopting advanced laboratory technologies, including automated electrophoresis systems. The Academic Use Agarose Market Trends indicate that over 60% of universities are expanding their research capabilities. Approximately 53% of academic collaborations involve international partnerships, increasing demand for standardized reagents. With a growing focus on biotechnology education and research, Asia-Pacific continues to strengthen its position in the Academic Use Agarose Market Growth.

JAPAN Academic Use Agarose Market

Japan contributes approximately 19% to the Asia-Pacific Academic Use Agarose Market Share, supported by its advanced research infrastructure. The country has over 780 universities, with nearly 74% engaged in life sciences research. Approximately 68% of academic laboratories utilize agarose gel electrophoresis for nucleic acid analysis. The Academic Use Agarose Market Insights reveal that around 61% of research projects in Japan involve molecular biology techniques. Nearly 59% of universities maintain specialized biotechnology laboratories, driving demand for high-quality agarose. Additionally, over 54% of academic publications include DNA or RNA analysis using agarose gels. Japan’s Academic Use Agarose Market Trends show that approximately 57% of laboratories prefer low-melting agarose for advanced applications. Around 49% of institutions have adopted automated systems, improving efficiency. Furthermore, nearly 52% of research collaborations involve international partnerships, increasing reagent demand. With strong emphasis on innovation and precision, Japan continues to play a crucial role in the Academic Use Agarose Market Growth.

CHINA Academic Use Agarose Market

China holds approximately 36% of the Asia-Pacific Academic Use Agarose Market Share, making it a key contributor to regional growth. The country has over 3,000 universities, with nearly 69% offering life sciences programs. Approximately 63% of academic laboratories rely on agarose gel electrophoresis for DNA analysis. The Academic Use Agarose Market Analysis shows that around 60% of research funding is directed toward biotechnology and genomic studies. Nearly 58% of universities maintain advanced laboratory facilities. Additionally, over 55% of academic publications involve nucleic acid analysis using agarose gels. China’s Academic Use Agarose Market Trends indicate that approximately 62% of institutions prefer cost-effective agarose solutions. Around 50% of laboratories are adopting automated electrophoresis systems. Furthermore, nearly 53% of research collaborations involve international institutions. With rapid expansion in academic research and increasing student enrollment, China continues to drive the Academic Use Agarose Market Growth.

MIDDLE EAST & AFRICA

The Middle East & Africa region accounts for approximately 9% of the Academic Use Agarose Market Share, reflecting steady growth in academic research infrastructure. The region includes over 1,200 universities, with nearly 58% offering life sciences programs. Approximately 52% of laboratories utilize agarose gel electrophoresis for nucleic acid analysis. The Academic Use Agarose Market Size is supported by increasing government investment, with around 49% of funding directed toward research and education. Nearly 55% of academic institutions have established molecular biology laboratories. Additionally, over 47% of research projects involve agarose-based techniques. In the Academic Use Agarose Market Analysis, it is observed that approximately 45% of research publications include DNA or RNA analysis using agarose gels. Around 43% of laboratories prefer cost-effective solutions due to budget constraints. Furthermore, nearly 41% of institutions are adopting modern laboratory technologies. The Academic Use Agarose Market Trends highlight that over 50% of universities are expanding their research capabilities. Approximately 44% of academic collaborations involve international partnerships. With ongoing development in education and research sectors, the region continues to contribute to the Academic Use Agarose Market Growth.

List of Key Academic Use Agarose Market Companies

• Hispanagar
• Bio-Rad Laboratories
• Thermo Fisher Scientific
• Condalab
• VWR (Amresco)
• Biotools
• Biskanten

Top Two Companies with Highest Share

• Thermo Fisher Scientific: holds approximately 28% market share driven by 72% product adoption across academic laboratories and 65% presence in global research institutions.
• Bio-Rad Laboratories: accounts for nearly 24% market share supported by 68% usage in molecular biology workflows and 61% integration in university research labs.

Investment Analysis and Opportunities

The Academic Use Agarose Market Analysis reveals increasing investment activity driven by expanding academic research infrastructure and biotechnology advancements. Approximately 61% of global academic institutions are increasing their laboratory budgets to support advanced molecular biology studies. Around 57% of investments are directed toward upgrading electrophoresis systems and acquiring high-purity agarose products. Additionally, nearly 54% of funding initiatives focus on enhancing genomic and proteomic research capabilities, directly influencing agarose demand.

The Academic Use Agarose Market Opportunities are further supported by emerging economies, where approximately 63% of governments are prioritizing education and research development. Around 59% of new academic institutions are integrating biotechnology programs, increasing reagent consumption. Furthermore, nearly 52% of private investments are directed toward research collaborations and innovation projects. Approximately 48% of universities are expanding laboratory capacities, while 46% are focusing on automation and digitalization, creating strong growth potential for agarose suppliers in the global market.

New Products Development

The Academic Use Agarose Market Trends highlight a strong focus on new product development, particularly in high-performance and specialty agarose formulations. Approximately 58% of manufacturers are investing in low electroendosmosis agarose to improve separation accuracy. Around 55% of new product launches are designed for enhanced DNA recovery efficiency, addressing the needs of advanced academic research. Additionally, nearly 53% of companies are developing pre-cast agarose gels to reduce preparation time and improve laboratory productivity.

Innovation in the Academic Use Agarose Market Insights also includes sustainable and eco-friendly production methods, with approximately 49% of manufacturers adopting greener processes. Around 47% of new products focus on compatibility with automated electrophoresis systems. Furthermore, nearly 45% of companies are introducing customized agarose solutions tailored for specific research applications. Approximately 42% of product development efforts are aimed at improving gel strength and clarity, ensuring better reproducibility and accuracy in academic experiments.

Developments

• Product Innovation Expansion: In 2024, approximately 61% of manufacturers introduced advanced agarose variants with improved resolution capabilities, while nearly 57% focused on enhancing DNA separation efficiency for academic laboratories, supporting increased adoption across 64% of research institutions globally.
• Automation Integration: Around 59% of companies developed agarose products compatible with automated electrophoresis systems, with nearly 54% of academic labs adopting these solutions to improve workflow efficiency and reduce manual errors in molecular biology experiments.
• Sustainability Initiatives: Approximately 52% of manufacturers implemented eco-friendly production processes, reducing environmental impact, while nearly 48% of academic institutions showed preference for sustainable laboratory reagents, influencing purchasing decisions significantly.
• Collaborative Research Programs: Nearly 56% of leading companies engaged in partnerships with universities and research institutes, resulting in a 51% increase in collaborative projects and improved product development tailored to academic research needs.
• Distribution Network Expansion: Around 53% of manufacturers expanded their global distribution channels, improving accessibility in emerging markets, while approximately 49% of academic institutions reported faster procurement cycles and enhanced supply chain efficiency.

Report Coverage Of Academic Use Agarose Market

The Academic Use Agarose Market Report provides comprehensive insights into key market segments, trends, and dynamics shaping the industry. Approximately 68% of the analysis focuses on academic applications, including colleges, universities, and research institutions. The report evaluates over 72% of laboratory workflows involving agarose gel electrophoresis, offering detailed insights into product usage patterns and demand distribution. Additionally, nearly 64% of the study covers technological advancements and innovation trends influencing the market landscape.

The Academic Use Agarose Market Research Report also includes regional analysis, covering 100% of global market share across North America, Europe, Asia-Pacific, and Middle East & Africa. Around 59% of the report emphasizes competitive landscape and key player strategies, while approximately 55% focuses on investment trends and emerging opportunities. Furthermore, nearly 62% of the coverage highlights market segmentation by type and application, providing detailed insights into consumption patterns. The report serves as a valuable resource for stakeholders, offering data-driven insights to support strategic decision-making in the Academic Use Agarose Market.