The global Small Animal Imaging Market Size occupied USD 986.2 Million in 2022 and is projected to achieve a size of around USD 2,029.3 Million by 2032 rising with a CAGR of 7.6% during the forecasted years, as reported by Acumen Research & Consulting

The small animal imaging (in-vivo) market has been fueled by factors such as increased need for preclinical research, technical developments in imaging modalities, and illness prevalence. The constant development of revolutionary imaging technologies, such as optical imaging systems, nuclear imaging systems, MRI contrast systems, ultrasonic contrast systems, and CT contrast systems, has benefitted the industry.

Furthermore, biotechnology and pharmaceutical corporations, university and research organizations, and government efforts have all provided substantial assistance. These organizations recognize the importance of small animal imaging in boosting drug development efficiency, disease knowledge, and the development of personalized medicine techniques.

However, market dynamics may vary over time and can be impacted by a variety of variables such as economic conditions, regulatory changes, and technology improvements. Refer to market studies, industry journals, and speak with specialists in the area to receive the most up-to-date and accurate information on the present performance of the small animal imaging business.

Small Animal Imaging Market Statistics

• Global small animal imaging market revenue accounted for USD 986.2 million in 2022, with an 7.6% CAGR from 2023 to 2032
• North American small animal imaging in-vivo market share occupied around 39% in 2022
• Asia-Pacific small animal imaging market growth is projected to attain over 8% CAGR from 2023 to 2032
• By modality, the optical imaging systems sub-segment grabbed over 34% share in 2022
• Among application, the bio distribution studies sub-segment gathered over USD 335.3 million in revenue in 2022
• Personalized medicine approaches is a recent small animal imaging market trend

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Small Animal Imaging Market Dynamics

Increasing Demand for Preclinical Studies to Understand Disease Mechanisms Drives the Small Animal Imaging In-Vivo Market Value

The growing desire for preclinical investigations to better understand disease causes is a significant driver of the small animal imaging market's growth and value. Preclinical research is critical for improving our understanding of illnesses, testing new therapeutic approaches, and optimizing drug development procedures prior to human trials.

Small animal imaging methods enable researchers to visualize and analyze biological processes, illness development, and treatment responses in live animal models in a non-invasive and longitudinal manner. Researchers can examine the impact of illnesses on organs, tissues, and cells, follow disease development, and assess the efficiency of prospective therapies by employing imaging modalities such as micro-CT, MRI, PET, SPECT, and optical imaging.

Preclinical investigations using small animal imaging are critical for a variety of reasons. Researchers can use them to examine disease causes, find possible biomarkers, and assess the safety and effectiveness of novel medications and treatments. Researchers may acquire significant data on the effectiveness of treatments by employing imaging to monitor illness progression and therapy responses, allowing informed decisions in drug development and clinical trial design.

Small animal imaging also allows for translational research, bridging the gap between preclinical and clinical trials. The capacity to see and quantify biological processes in live animal models helps to identify relevant targets and create more effective therapies for human illnesses.

The need for a better knowledge of complicated illnesses, growing healthcare costs, and a need for more focused and personalized medicines are driving the increased demand for preclinical investigations. Preclinical investigations and small animal imaging are highly relied on by pharmaceutical corporations, biotechnology businesses, and university research organizations to speed drug discovery, minimize development costs, and enhance clinical trial success rates.

Development of Novel Imaging Probes Will Generate Surplus Small Animal Imaging In-Vivo Market Opportunities

The innovation and expansion of the small animal imaging market is fueled by the introduction of innovative imaging probes. Imaging probes are agents or chemicals that are purpose-built to target and interact with certain molecules, cells, or tissues in the body. These probes work in tandem with imaging modalities to improve visualization and detection of certain biological processes or disease indicators.

Researchers can improve the capabilities and uses of small animal imaging by developing novel imaging probes. New probes with better sensitivity, specificity, and target selectivity can enable for more accurate and precise imaging of specific biological targets. In tiny animal models, they can also give insights into molecular connections, cellular processes, and disease mechanisms.

Imaging probes for different imaging modalities, such as optical imaging, nuclear imaging (PET/SPECT), magnetic resonance imaging (MRI), ultrasound, and computed tomography (CT), can be created. To support successful imaging and visualization, each modality requires unique probe features, such as fluorescence for optical imaging or radio labeling for nuclear imaging.

The creation of new imaging probes necessitates interdisciplinary efforts including chemistry, biology, and imaging technology. Researchers attempt to create probes with high affinity and specificity for their target chemicals or cells. They also optimize probe qualities including stability, biocompatibility, and pharmacokinetics to ensure in vivo efficacy.

The availability of novel imaging probes broadens the scope of research into many biological processes and disease models in tiny animals. These probes can be used to track disease development, evaluate therapy responses, research biomarkers, and discover novel therapeutic targets. They help to advance preclinical research, medication development, and personalized medical strategies.

In addition, the creation of new imaging probes promotes innovation in the small animal imaging business. It promotes cooperation among academic institutions, pharmaceutical businesses, and imaging technology developers, resulting in the development of new imaging systems and methodologies. Continuous innovation and probe capability growth improve the overall performance and value of the small animal imaging industry.

Small Animal Imaging Market Segmentation

The global market has been categorized into modality, application, end-user, and region.

• Modality segment covers optical imaging systems, nuclear imaging systems, mri contrast systems, ultrasound contrast systems, ct contrast systems, and others
• The application segment is categorized into monitoring drug treatment response, bio distribution studies, cancer cell detection, biomarkers, longitudinal studies, and epigenetics
• The end-user segment is split into biotechnology and pharmaceutical companies, academic/research institutes, and others
• The market is divided into five regions that are North America, Europe, Latin America, Asia-Pacific, and The Middle East and Africa (MEA)

Small Animal Imaging Market Share

The optical imaging systems modality led the small animal imaging market in 2022 and is expected to continue to do so in the future.

The bio distribution studies application sub-segment will have the most market share in 2022, according to the small animal imaging market estimate. Cancer cell detection application is expected to grow substantially between 2023 and 2032.

A small animal imaging industry research predicts that the biotechnology and pharmaceutical firms sub-segment will account for a sizable share of the market between 2023 and 2032. Academic/research institutes, on the other hand, are expected to thrive in the next years.

Small Animal Imaging Market (In-Vivo) Regional Outlook

North America has always been a prominent market for small animal imaging. The existence of established pharmaceutical and biotechnology businesses, excellent research infrastructure, and major expenditures in healthcare and R&D all contribute to market growth. Because of its significant preclinical research and drug development efforts, the United States enjoys a sizable market share.

Europe is a major player in the small animal imaging industry. Countries with excellent research capacity, modern healthcare systems, and supporting regulatory frameworks include Germany, the United Kingdom, and France. Leading academic and research institutions, cooperation between academia and business, and government programmes fostering biomedical research all contribute to the region's market growth.

The Asia-Pacific region's small animal imaging industry is expanding rapidly. Countries such as China, Japan, India, and South Korea are making considerable investments in healthcare infrastructure, R&D, biotechnology, and pharmaceuticals. The increased emphasis on translational research, rising chronic illness prevalence, and expanding demand for personalized treatment are driving market expansion in this area.

Small Animal Imaging Market Players

Some prominent small animal imaging companies covered in the industry include Bruker Corporation, PerkinElmer, Inc., Mediso Medical Imaging Systems, GE Healthcare, Siemens Healthineers, Aspect Imaging Ltd., MILabs B.V., MR Solutions Ltd., Scanco Medical AG, Fujifilm Holdings Corporation, LI-COR Biosciences, Thermo Fisher Scientific Inc., TriFoil Imaging, Miltenyi Biotec, and Spectral Instruments Imaging.

Small Animal Imaging Industry Player Strategies

The BioSpec 15.2 Tesla preclinical MRI system, introduced by Bruker, will provide researchers with improved imaging capabilities for examining tiny animals at ultra-high magnetic field strengths. This method provides increased resolution and sensitivity for precise anatomical and functional imaging.

PerkinElmer introduced the IVIS Lumina XRMS optical imaging system, which is intended for high-throughput imaging of tiny animals. The system includes a variety of imaging modalities, such as bioluminescence, fluorescence, and X-ray imaging, allowing researchers to gather comprehensive data from a single platform.

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