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February 2025
The global animal genetics market size is calculated at USD 6.51 billion in 2024, grew to USD 6.93 billion in 2025, and is projected to reach around USD 12.11 billion by 2034. The market is expanding at a CAGR of 6.4% between 2025 and 2034. Rising demand for companion animals, higher consumption of animal-derived protein, a priority on producing superior animal breeds, and an increasing focus on genetic services to prevent genetic disorders are the main drivers of the market.
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Key Takeaways
The study of how qualities are inherited and differ across animals, with an emphasis on how their genetic composition affects aspects like behavior, appearance, and health, is known as animal genetics. It is essential for enhancing disease resistance and breeding. The market for animal genetics is important for several industries, including agriculture, veterinary medicine, and science. Specified characteristics, such as improved disease resistance, quicker development, and higher milk production, can be chosen and developed into animals by researching animal genetics. Animal production has become safer and more effective. Beyond agriculture, research in animal genetics advances our knowledge of genetics, inheritance, and evolutionary biology which may be used in biotechnology and human medicine, among other fields. In general, the market is centered on the research and use of genetics to enhance characteristics and breeding in companion and livestock animals. To anticipate features, check for genetic abnormalities, and evaluate an animal's genetic potential, businesses provide genetic testing services. This makes it possible for breeders to choose animals for breeding with more expertise.
Artificial intelligence (AI) and machine learning (ML) algorithms have become an indispensable part of the healthcare sector, driving the latest innovations. By facilitating quicker and more precise genetic predictions, strengthening precision breeding, and improving breeding choices, AI and ML are revolutionizing the animal genetics industry. It aids in the development of disease-resistant animals, the identification of desirable features, and the optimization of herd health. Additionally, AI helps with real-time health monitoring, spotting disease early, and enhancing animal welfare in general. AI also facilitates cost-effectiveness, data-driven decision-making, and genetic editing, which increases the efficacy and accessibility of breeding programs. All things considered, AI and ML are promoting sustainability, innovation, and improved medical treatment in the field of animal genetics.
Focus on Disease Resistance
One of the main factors propelling expenditure on the companion animal genetics market is the increased focus on creating disease-resistant animal breeds. Breeds that can withstand these threats are highly sought after since illnesses like avian influenza and foot-and-mouth virus continue to threaten cattle health and productivity. Breeders can find animals with characteristics that protect certain illnesses using sophisticated genetic procedures, which lowers death rates, increases production, and lessens the financial harm that outbreaks bring. As stakeholders search for long-term solutions to safeguard food security and animal welfare, this emphasis on disease resistance spurs innovation and draws investment, increasing the market for animal genetics.
Shortage of Professionals with Expertise in Animal Genetics
Targeted breeding programs have improved cattle genetics, but the shortage of skilled R&D professionals in the field has limited the breadth and focus of research, which often focuses on certain animal species. These abilities are essential for discovering novel genetic markers, devising sophisticated breeding methods, and producing genetic modification tools. Companies in the animal genetics industry may find it difficult to expand and launch advanced genetic products as they lack sufficiently qualified employees. This may limit their market reach and slow down their growth, which would eventually limit the animal genetics market’s potential for expansion.
Increasing Demand for Animal Protein
The agricultural industry has to concentrate on increasing productivity and efficiency to satisfy the rising demand for animal protein. Animal genetics is important in such a case. Breeds with improved genetics may produce more meat, milk, or eggs, develop more quickly, and are more resistant to illness, which would increase yields and save manufacturers costs. Furthermore, by increasing an animal's resistance to disease, these genetic advancements might reduce the need for antibiotics and other therapies. This solves the issue of antibiotic resistance while simultaneously improving animal well-being. Longer lifespans and increased productivity in animals can boost livestock farming's profitability and open up new growth prospects for the animal genetics industry.
By animal type, the cattle segment held a dominant presence in the animal genetics market in 2024. Cattle are essential to the dairy and meat sectors, as goods like milk, cheese, yogurt, and beef are always in high demand globally. Investments in cattle genetics are motivated by this significant economic value to increase efficiency and profit by creating calves with higher-quality meat and more productive milk production. Innovations in breeding assist in meeting the growing customer demand for safe, quality dairy and meat products.
By animal type, the companion segment is projected to grow at the fastest rate in the animal genetics market in the coming years. Pet ownership is increasing as more individuals relocate to cities and embrace lifestyles that prioritize companionship and emotional support. With increasing financial resources, this tendency is especially pronounced in both established and developing countries. As more people age and live alone, there is an increasing need for pets, and many of them turn to dogs for comfort. Improved breeding techniques, a better understanding of genetic diseases, and improved animal health are all being made possible by developments in companion animal genetic testing. The market for genetics in companion animals is growing as such services become more accessible and reasonably priced.
By type, the assistive reproductive technologies segment led the global animal genetics market in 2024. This market is expanding as a result of the growing need for proficient reproductive technologies to enhance genetic quality and breeding efficiency. These techniques help optimize breeding processes and accelerate genetic advancements, contributing to higher productivity and better-quality animals. With the help of assisted reproductive technologies (ART), which include genetic engineering, in vitro fertilization, artificial insemination, and embryo transfer, breeders and farmers can have more control over genetic characteristics and developing outcomes. ART has a significant market share because of its expanding use, which demonstrates its effectiveness in enhancing reproductive performance, promoting genetic variety, and increasing total animal output.
By type, the genomic/genetic segment is anticipated to grow with the fastest CAGR in the animal genetics market during the studied years. The growing acceptance and understanding of genetic evaluations in animal production and management is fuelling the segment's expansion. Additionally, improvements in genomic technology help it by making it easier to identify desired features, disease resistance, and genetic abnormalities in animals with greater accuracy and efficiency. The predicted high growth rate of genomic/genetic testing is being driven by the growing desire for better breeding results, increased productivity, and sustainable animal management techniques.
By distribution channel, the private segment held the largest share of the animal genetics market in 2024 and is estimated to achieve the fastest CAGR during the anticipated time frame. Private companies have made significant investments in advanced methods like CRISPR, gene editing, and genomic selection. The creation of genetically superior breeds has been sped considerably by these techniques. To make their goods more competitive, companies are spending a lot of money on biotechnological research to increase characteristics like growth rate, feed efficiency, and resistance to diseases. Private companies may make large investments in R&D, infrastructure, and market expansion due to their financial resources. Their extensive operations contribute to cost efficacy, which raises the affordability and customer attractiveness of their products. When it comes to reacting to market trends and needs, private enterprises are frequently more adaptable and agile. These also frequently concentrate on offering customized solutions to satisfy certain client requirements. Additionally, it is anticipated that growing collaborations between the public and private sectors will fuel market expansion.
North America dominated the global animal genetics market share by 32% in 2024. Breeding programs are now more accurate and efficient because of developments like genetic selection and technologies for gene editing like CRISPR. Breeders can decide on animals with specified qualities, such as greater yields, disease resistance, and better milk or meat quality, owing to these technologies. Rapid and dependable delivery of genetic materials and technology to farms and breeding facilities is guaranteed by effective supply networks. High-quality veterinary care also supports the application of innovative breeding methods by preserving the productivity and health of animals with better genetics.
Asia-Pacific is anticipated to grow at the fastest rate in the animal genetics market during the forecast period. Some leads are anticipated to contribute to this rise, including the rising need for diets high in protein due to population growth and increasing financial resources, particularly in emerging economies like China and India. To increase livestock productivity and ensure adequate nutrition, governments in the Asia-Pacific area are vigorously supporting developments in animal genetics. They are investing in research and development, providing subsidies, and putting regulations into place to foster enhanced genetic initiatives. To address the rising demand for meat in China, Chinese governance is heavily focused on creating high-yield cattle breeds. The market is continuing to increase as a result of government programs intended for updating agriculture and improving food security as well as a growing focus on raising animal production and quality.
In October 2023, we are overjoyed to have East Ventures' confidence and assistance. This investment supports our goal of improving the state of the Indonesian cattle sector. In our opinion, Moosa Genetics is leading the charge to fully realize the promise of regional cattle breeding. Our cutting-edge molecular and animal reproductive technologies allow for improved meat output and quality at a reduced cost, ultimately benefiting both the industry and customers. As the chairman and co-founder of Moosa Genetics and the chairman of the Indonesian Genomics Association, Dr. Ivan R. Sini, PhD, stated, we look forward to bringing more excitement to this space in the future.
By Animal Type
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By Distribution Channel
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February 2025
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February 2025
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