Biomedical research depends on realistic biological materials that closely resemble human anatomy and physiology. While porcine tissue often receives the most attention, porcine blood, porcine body fluids, and other porcine biologicals also play an important role in research, product development, procedural practice, and medical education.

Whether you’re developing a new medical device, validating laboratory procedures, or training healthcare professionals, biological materials can help create realistic learning and testing environments. Working with a trusted porcine tissue supplier gives your organization access to consistent materials that support reliable outcomes across a wide range of biomedical applications.

What Are Porcine Blood and Body Fluids?

Porcine blood and body fluids are biological materials collected from swine for use in research, laboratory testing, medical education, and product evaluation.

These biological materials may include:

• Whole blood
• Plasma
• Serum
• Urine
• Synovial fluid
• Pericardial fluid
• Cerebrospinal fluid
• Other specialized biological samples

Access to high-quality blood and body fluids allows researchers to select biological materials that best match the goals of each project.

Why Are Porcine Biologicals Used in Biomedical Research?

Porcine biologicals provide realistic models that help researchers evaluate products, procedures, and scientific questions under biologically relevant conditions.

Swine share many anatomical and physiological similarities with humans, making porcine materials valuable across numerous areas of applied life science research.

Researchers commonly use porcine blood, porcine body fluids, and porcine tissue for:

• Biomedical research
• Diagnostic assay development
• Medical device evaluation
• Surgical education
• Laboratory method validation
• Pharmaceutical research
• Academic research projects

Using realistic biological materials can improve consistency while helping researchers better understand how products and procedures perform before clinical use.

How Does Porcine Blood Support Medical Device Testing?

Porcine blood allows you to evaluate devices under conditions that more closely resemble real clinical environments.

Many medical devices interact directly with blood during normal use. Evaluating those devices with realistic biological materials can provide valuable information during product development and preclinical testing.

Applications may include:

• Blood handling devices
• Filtration systems
• Cardiovascular technologies
• Hemostasis products
• Laboratory instruments
• Collection systems

When biological performance matters, realistic testing environments can provide meaningful insights that synthetic materials alone may not offer.

Why Are Porcine Body Fluids Valuable for Product Development?

Porcine body fluids help researchers study how products perform when exposed to realistic biological conditions.

Different medical products encounter different biological environments throughout their intended use. Body fluids allow developers to evaluate compatibility, performance, durability, and functionality before moving into later stages of development.

Examples include:

• Diagnostic equipment
• Collection devices
• Surgical products
• Laboratory consumables
• Medical packaging validation
• Research instrumentation

Selecting the appropriate biological material helps improve testing relevance while supporting more reliable product evaluations.

How Is Porcine Blood Used During Medical Training?

Porcine blood helps create realistic procedural training experiences for healthcare professionals.

Medical education often benefits from hands-on practice that closely resembles real patient care. Biological materials allow instructors to demonstrate procedures while giving students opportunities to practice techniques in controlled environments.

Training applications may include:

• Venipuncture practice
• Laboratory education
• Surgical simulation
• Emergency medicine training
• Trauma response exercises
• Hemostasis training

Research has shown that realistic porcine models can effectively support hemostasis training by allowing participants to practice bleeding control techniques under simulated clinical conditions.

What Is Hemostasis Training and Why Does It Matter?

Hemostasis training teaches healthcare professionals how to control bleeding quickly and effectively.

These skills are important across emergency medicine, trauma care, military medicine, and surgical practice. Realistic biological models help learners develop confidence while practicing techniques that may later be used in high-pressure clinical situations.

Training programs often focus on:

• Bleeding control
• Wound packing
• Vessel management
• Surgical techniques
• Team coordination
• Procedural decision making

Using porcine biological materials helps create realistic educational experiences that prepare participants for real-world clinical environments.

How Are Post Mortem Porcine Tissues Used Alongside Blood and Body Fluids?

Post-mortem porcine tissues provide realistic anatomical structures that complement blood and body fluids during research, testing, and medical education.

Many organizations combine multiple biological materials within the same project to create a more complete training or testing environment. For example, a medical device developer may evaluate how a product interacts with porcine blood while also studying its performance within vascular or organ tissue.

Common combinations include:

• Blood with cardiovascular tissue
• Body fluids with organ systems
• Whole organ tissue blocks for procedural practice
• Tissue and blood for surgical simulation

Access to high-quality post-mortem porcine tissues allows researchers to select biological materials that best fit the goals of each project.

Who Uses Porcine Blood and Other Biological Materials?

Porcine blood and other porcine biologicals support a wide range of organizations involved in research, education, and product development.

These materials are used anywhere realistic biological models can improve learning, testing, or scientific evaluation.

Organizations that commonly use porcine biologicals include:

• Universities
• Teaching hospitals
• Medical schools
• Government laboratories
• Military organizations
• Pharmaceutical companies
• Medical device manufacturers
• Contract research organizations
• Biotechnology companies

Each organization has different objectives, but they all benefit from access to reliable biological materials that support consistent research and training outcomes.

Why Is Choosing the Right Porcine Tissue Supplier Important?

Choosing a reliable porcine tissue supplier helps improve consistency, quality, and project efficiency.

Research programs often depend on biological materials that meet specific collection, handling, and delivery requirements. Working with an experienced supplier helps reduce delays while providing access to the materials your project requires.

When selecting a supplier, consider factors such as:

• Product availability
• Collection capabilities
• Quality standards
• Consistent specimen handling
• Reliable delivery
• Experience supporting research organizations

Access to a comprehensive porcine tissue catalog also makes it easier to identify the biological materials needed for individual studies and training programs.

Why Do Porcine Blood and Body Fluids Continue to Support Biomedical Innovation?

Porcine blood, porcine body fluids, and other porcine biologicals continue to support biomedical research because they provide realistic materials for testing, education, and scientific discovery.

As healthcare technologies continue to advance, researchers and educators need biological models that closely resemble real clinical conditions. From laboratory investigations and product testing to hemostasis training and surgical education, porcine biological materials remain valuable tools across many areas of applied life science.

At Animal Biotech, we help support biomedical research, medical training, product development, and scientific innovation by providing high-quality porcine tissue, blood, body fluids, and other biological materials for organizations across a wide variety of industries.

If you’re looking for a dependable source of porcine biological materials for your next project, contact us to discuss your research needs.

The post How Porcine Blood and Body Fluids Support Biomedical Research, Testing, and Medical Training appeared first on Animal Biotech Industries, Inc.

Medical device testing and surgical training depend on realistic biological models that closely replicate human anatomy and tissue behavior. Porcine circulatory tissues are widely used because many cardiovascular structures in swine closely resemble those found in humans.

From vascular tissue for medical device testing to cardiac tissue for preclinical research, porcine models help researchers and clinicians evaluate performance, improve procedural techniques, and reduce risk before human use. Whether you’re studying blood flow mechanics, testing catheter systems, or validating cardiovascular devices, access to high-quality tissue can improve consistency and realism during preclinical evaluation.

What Is Porcine Circulatory Tissue?

Porcine circulatory tissue refers to swine-derived cardiovascular structures used for research, surgical education, and medical device validation.

These tissues often include:

• Aorta
• Carotid arteries
• Pulmonary arteries and veins
• Jugular veins
• Inferior vena cava
• Hepatic artery and portal vein
• Gastric vessels
• Splenic vessels and vascular bundles
• Thyrocervical and costocervical vessels

Researchers often select porcine circulatory tissue because swine cardiovascular anatomy shares meaningful similarities with human vascular systems. Access to specialized circulatory tissues allows researchers to simulate real-world procedural conditions during testing and training.

Why Is Porcine Tissue Commonly Used In Cardiovascular Research?

Porcine circulatory system tissues and organs are commonly used because it closely mimics human cardiovascular anatomy and tissue mechanics.

When you’re testing medical devices or practicing procedures, tissue realism matters. Artificial models and synthetic materials can be useful for early-stage development, but they often lack the biological responsiveness required for advanced procedural validation.

Porcine tissue helps support:

• Realistic catheter navigation
• Accurate vessel resistance
• Tissue elasticity testing
• Blood flow simulations
• Surgical skill development
• Cardiovascular device performance assessment

Researchers involved in preclinical cardiovascular device validation often rely on swine tissue to better understand how devices interact with biological systems before moving into human trials.

How Is Vascular Tissue Used for Medical Device Testing?

Vascular tissue for medical device testing allows you to evaluate how devices behave inside realistic anatomical pathways.

Medical device manufacturers commonly use arteries and vessels to assess deployment, flexibility, durability, and procedural accuracy.

Applications often include:

• Catheter testing
• Balloon angioplasty systems
• Stent deployment
• Endovascular devices
• Vascular graft evaluation
• Flow mechanics studies

The U.S. Food and Drug Administration emphasizes the importance of preclinical research when evaluating safety and performance before clinical use. Biological tissue models can help improve the quality and reliability of this early-stage testing process.

Using vascular models for catheter testing can also help identify procedural limitations before devices move into human evaluation.

How Are Animal Arteries Used for Stent Testing?

Animal arteries for stent testing provide realistic vessel conditions for evaluating placement, expansion, and tissue interaction.

Researchers frequently study:

• Vessel diameter compatibility
• Stent expansion behavior
• Structural integrity
• Flexibility during movement
• Device positioning accuracy

One common application is porcine carotid artery stent testing, where swine carotid vessels are used to evaluate deployment mechanics and vessel response under realistic anatomical conditions.

Because porcine arteries closely resemble human vessels in size and elasticity, researchers can better assess how devices may perform during clinical procedures.

Why Is The Porcine Carotid Artery Used for Stent Testing?

Porcine carotid artery stent testing is widely used because carotid vessels closely resemble human arterial structures.

The carotid artery experiences constant blood flow and pressure, making it valuable for evaluating vascular performance under dynamic conditions.

Researchers may use carotid tissue to study:

• Stent placement precision
• Vessel wall interaction
• Expansion performance
• Blood flow disruption
• Structural durability

This type of testing can help improve device safety and procedural confidence before human use.

How Is Aorta Tissue Used in Flow Dynamics Studies?

Aorta tissue for flow dynamics studies helps researchers evaluate blood movement, pressure behavior, and cardiovascular performance.

The aorta plays a central role in circulation, making it an important tissue for understanding how medical devices interact with large vessels under realistic physiological stress.

Researchers often use aortic tissue to study:

• Blood flow mechanics
• Valve performance
• Pressure resistance
• Device compatibility
• Hemodynamic response

The latest cardiovascular research findings continue to improve understanding of treatment strategies for conditions such as heart failure, stroke, hypertension, and aortic stenosis. Access to biologically accurate aortic tissue can support stronger testing environments during device development and procedural planning.

Swine-based cardiovascular models continue to play a growing role in research involving aortic stenosis and heart failure.

What Is a Heart-Lung Block and How Is It Used?

A heart-lung tissue block is a connected anatomical specimen containing the heart, lungs, and associated vascular structures.

Researchers and surgical teams often use a heart-lung block to simulate complex procedures involving multiple connected cardiovascular systems.

Common uses include:

• Surgical training
• CABG training, including practice for coronary artery bypass grafting procedures
• Device placement practice
• Cardiovascular anatomy education
• Procedural simulation
• Airway and vascular access training

Because tissues remain anatomically connected, heart-lung block models can provide a more realistic procedural environment than isolated tissue sections. This makes them especially valuable for advanced surgical education, CABG training, and preclinical cardiovascular device validation.

This makes them especially valuable for advanced surgical education and preclinical cardiovascular device validation.

How Do Vascular Models Improve Catheter Testing?

Vascular models for catheter testing help you evaluate navigation, flexibility, and procedural performance under realistic conditions.

When you’re working with biological tissue instead of synthetic systems, you can better understand:

• Resistance inside vessels
• Device flexibility
• Navigation challenges
• Access limitations
• Anatomical compatibility

These models often improve procedural readiness while helping teams identify potential device limitations earlier in development.

Reliable tissue transportation methods also play an important role in maintaining sample quality for testing and training applications.

Why Does Tissue Quality Matter In Preclinical Cardiovascular Device Validation?

Tissue quality can determine how realistic, repeatable, and useful a preclinical cardiovascular study will be. When tissue is poorly handled or inconsistently procured, researchers may see differences in elasticity, responsiveness, vessel integrity, and anatomical structure that can affect device testing, procedural training, or research outcomes.

ABI helps reduce that uncertainty by providing high-quality porcine tissues and organs through a highly trained, scientist-led team. From procurement to preparation, ABI understands that every specimen must support biological realism, anatomical accuracy, and dependable research performance.

Researchers focused on cardiac and vascular tissue for preclinical research often prioritize:

• Fresh tissue access
• Consistent handling standards
• Reliable procurement timelines
• Biological realism
• Anatomical accuracy
• High-quality vascular tissue and organ specimens

With ABI, research teams gain more than a tissue supplier. They gain an experienced partner committed to quality, consistency, and reliable specimen preparation for research, surgical education, and medical device development.

How Are Porcine Circulatory Tissues Supporting Better Medical Innovation?

Porcine circulatory tissue continues to support safer devices, better surgical preparation, and stronger preclinical outcomes.

As cardiovascular technologies become increasingly sophisticated, realistic biological models remain an important part of device validation and clinician training. From animal arteries for stent testing to aorta tissue for flow dynamics studies, swine tissue helps bridge the gap between laboratory concepts and real world patient care.

At Animal Biotech, we help support medical device testing, surgical education, and cardiac tissue for preclinical research through high quality biological materials designed for realistic training and validation across multiple industries.

If you’d like help sourcing tissue for your next study or training program, contact us to discuss your research needs.

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Preclinical research depends on speed, consistency, and biological accuracy. When tissue samples lose viability or experience transport related degradation, your research outcomes can become less reliable. That’s why on site laboratory tissue testing has become the gold standard for organizations focused on improving data quality and reducing study variability.

Access to fresh tissue for preclinical research within the same facility where processing and preparation occur gives your team tighter control over sample handling, timing, and preservation. This approach helps support biological sample integrity in research while minimizing the risks commonly associated with shipping and storage delays.

As demand grows for accurate translational research models using porcine tissue, post mortem tissue, and other animal tissue research materials, laboratories are increasingly prioritizing tissue testing without transport delays.

What Is On-Site Laboratory Tissue Testing?

On-site laboratory tissue testing means tissue collection, preparation, evaluation, and processing occur within the same controlled facility instead of relying on external shipping or third-party transfer points.

This model allows researchers to work with fresher samples while maintaining tighter oversight over handling conditions and timelines.

In many preclinical studies, timing directly impacts tissue quality. Cellular degradation can begin shortly after procurement, especially when tissues are exposed to fluctuating temperatures or prolonged transportation windows. According to the World Health Organization’s cold chain guidance, maintaining proper environmental conditions is critical for preserving biological materials during handling and transport.

With on-site laboratory tissue testing, you reduce the number of variables that can compromise sample integrity before analysis even begins.

Why Does Same-Day Tissue Use Matter in Preclinical Research?

Same-day tissue use helps preserve native biological characteristics and improves research consistency.

When tissue is processed and used quickly after procurement, you can better maintain cellular structure, enzymatic activity, and physiological relevance. This is especially important in studies involving surgical training, device testing, regenerative medicine, and translational research.

Benefits of same-day tissue use include:

• Reduced cellular degradation
• Improved tissue responsiveness
• More reliable experimental outcomes
• Better reproducibility between studies
• Lower risk of contamination or temperature-related damage

Researchers looking to reduce variability in preclinical studies often focus heavily on procurement timing because even small delays can affect tissue behavior and downstream analysis.

How Does On-Site Access Improve Biological Sample Integrity In Research?

On-site access improves biological sample integrity in research by minimizing handling steps and shortening the time between collection and use.

Every transfer point introduces potential risks, including:

• Temperature fluctuations
• Packaging inconsistencies
• Mechanical damage during shipping
• Delayed processing times
• Chain of custody complications

When tissue remains within a single controlled environment, you gain greater consistency across procurement, preparation, and testing workflows.

This level of oversight is especially important for organizations conducting regulated studies or preparing for eventual clinical applications. The U.S. Food and Drug Administration’s preclinical research guidance emphasizes the importance of high-quality laboratory practices and reliable biological data during preclinical evaluation.

What Problems Do Transport Delays Create for Tissue Testing?

Transport delays can compromise tissue viability, alter biological behavior, and introduce variability into your research results.

Even with advanced cold chain systems, transportation still creates uncertainty. Delays caused by weather, logistics interruptions, or courier handling can impact tissue quality before the sample reaches your laboratory.

Common issues linked to preclinical research tissue logistics include:

• Loss of moisture and tissue elasticity
• Reduced metabolic activity
• Temperature instability
• Increased degradation rates
• Inconsistent sample quality across batches

Tissue testing without transport delays helps eliminate many of these risks by reducing the dependency on external shipping timelines.

Organizations that prioritize fresh tissue for preclinical research often see improved consistency because the tissue spends less time outside controlled laboratory conditions.

Why Is Porcine Tissue Commonly Used in Preclinical Research?

Porcine tissue is widely used because its anatomy and physiology closely resemble human tissue in many important ways.

Researchers frequently rely on porcine tissue for:

• Surgical simulation
• Device development
• Cardiovascular research
• Gastrointestinal studies
• Regenerative medicine applications
• Wound healing research

The structural similarities between porcine and human tissues make these models valuable for translational research and procedural validation.

Many organizations also prefer porcine tissue because it offers scalability and broad applicability across multiple medical and scientific disciplines. Access to high quality porcine tissues can help support more realistic testing environments while improving procedural accuracy.

How Does Fresh Tissue Improve Research Accuracy?

Fresh tissue for preclinical research often produces more biologically relevant data compared to frozen or heavily preserved samples.

Once tissue undergoes freezing or extended storage, certain biological characteristics can change. Structural proteins, cellular signaling pathways, and mechanical properties may no longer behave as they would in living systems.

Fresh tissue allows you to evaluate:

• Native tissue mechanics
• Realistic procedural interactions
• Authentic tissue responsiveness
• Accurate device performance
• More consistent histological analysis

For researchers focused on reducing variability in preclinical studies, fresh tissue access can improve both reproducibility and translational relevance.

What Role Does Facility Design Play in Tissue Quality?

Facility design directly affects tissue handling efficiency, environmental control, and processing speed.

Modern laboratories designed around on-site workflows can streamline procurement and preparation while supporting stronger quality control measures.

Features that improve tissue quality often include:

• Dedicated processing laboratories
• Controlled temperature environments
• Integrated procurement and preparation spaces
• Rapid distribution workflows
• Specialized storage systems

Facilities optimized for same-day tissue use can significantly reduce the risks associated with prolonged handling times and fragmented logistics.

Modern laboratories designed for rapid processing and sample integrity can significantly improve tissue handling efficiency and consistency.

How Does Animal Tissue Research Support Medical Innovation?

Animal tissue research supports the development of safer medical devices, surgical techniques, and therapeutic technologies before human clinical trials begin.

Preclinical models allow researchers to study biological interactions in controlled environments while evaluating safety, feasibility, and performance.

Common applications include:

• Medical device testing
• Surgical training
• Drug delivery systems
• Tissue engineering
• Biomaterial evaluation
• Procedure development

Using high-quality post-mortem tissue and fresh biological materials helps researchers produce more accurate and clinically relevant findings.

Organizations across healthcare, biotechnology, medical device development, and pharmaceutical research continue to rely on specialized providers that understand the demands of regulated preclinical environments. Many of these applications are represented across the industries we serve.

Why Is On-Site Laboratory Access Becoming The Industry Standard?

On-site laboratory access is becoming the industry standard because it improves speed, consistency, and research reliability.

As preclinical studies become increasingly sophisticated, organizations need tighter control over every stage of tissue procurement and handling. Reducing unnecessary transport steps allows your team to focus on data quality instead of logistics uncertainty.

The advantages of on-site laboratory tissue testing include:

• Faster tissue processing
• Better biological preservation
• Reduced variability
• Improved operational efficiency
• Stronger quality assurance
• More dependable study outcomes

For research organizations working with fresh tissue for preclinical research, the ability to process and evaluate samples within a centralized facility can significantly improve workflow performance and scientific confidence.

Whether your focus involves porcine tissue, post-mortem tissue, or broader animal tissue research applications, integrated laboratory access supports the consistency and biological relevance modern preclinical studies require.

At Animal Biotech Industries, Inc., we help support preclinical studies through advanced tissue processing capabilities. You can learn more about our team or contact us to discuss your research needs with us directly.

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EcoVadis Rating validates Animal Biotech Industries, Inc.’s business sustainability commitments and performance

Animal Biotech Industries, Inc., announced that it has achieved a Bronze Medal from EcoVadis, a global leader in business sustainability assessments.

Animal Biotech Industries, Inc. scored a 63, placing the company in the top 35% globally. The EcoVadis assessment evaluates 21 sustainability criteria across four core themes: Environment, Labor & Human Rights, Ethics, and Sustainable Procurement.

“This recognition reflects our ongoing commitment to responsible business practices and continuous improvement across our operations,” said Deborah A. Shepherd, CEO and President. “At ABI, sustainability is an important part of how we innovate, operate, and deliver value to our customers and partners.”

More than 130,000 companies globally have been rated by EcoVadis. EcoVadis’ business sustainability ratings are based on international sustainability standards such as the Ten Principles of the UN Global Compact, the International Labour Organization (ILO) conventions, the Global Reporting Initiative (GRI) standards and the ISO 26000 standard. The ratings provide an evidence-based analysis on performance and an actionable roadmap for continuous improvement.

The EcoVadis framework provides companies with an evidence-based evaluation of their sustainability performance, along with actionable insights to support continuous improvement.

For more information about ABI’s sustainability efforts and EcoVadis recognition, please visit our EcoVadis recognition page.

About Animal Biotech Industries, Inc.

Animal Biotech Industries, Inc. (ABI) is a trusted provider of high-quality animal-derived materials and services supporting the biomedical, pharmaceutical, and research communities. Learn more about the company’s mission and capabilities on the About Us page.

ABI specializes in ethically sourced porcine tissues and related biological materials, supporting a wide range of research and medical applications. Additional details about these offerings can be found on our Porcine Tissues page.

Through its advanced logistics and handling capabilities, ABI ensures the safe and efficient delivery of temperature-sensitive biological materials. Learn more about our tissue shipping.

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Animal Biotech Industries, Inc. (ABI) has supported biomedical research and education since 1990. With the launch of its new operational state-of-the-art corporate headquarters and laboratory, the company has strengthened what research partners rely on most: precise animal biotech tissue delivery, controlled biological tissue shipping, and uncompromising biological sample integrity.

For research institutions, medical device developers, dental laboratories, and pharmaceutical teams, the difference between usable and compromised tissue can be measured in hours. The new facility was designed around that reality. It reduces transit time, enhances temperature control, and streamlines research tissue logistics from harvest to delivery.

A Strategic Upgrade for Research Tissue Logistics

The new facility, similarly to our old property, functions as a centralized coordination hub for harvesting, processing, packaging, and dispatch. We integrate delivery planning directly into the harvesting workflow at this facility.

This operational alignment supports:

• Reduced time from harvest to shipment
• Increased same-day tissue delivery capability
• Dedicated staging areas for temperature-controlled tissue shipping
• Expanded capacity for high-volume animal tissue supply for research

For research partners operating under strict study timelines, this translates to predictable and efficient tissue delivery with minimal delays. This streamlined approach ensures you receive the highest-quality tissue and organs for your unique needs.

Learn more about ABI’s harvesting capabilities on the Porcine Tissues page.

How Does the New Facility Improve Same-Day Tissue Delivery?

The new facility was engineered to minimize internal transfer times and optimize courier handoffs. Our harvest teams coordinate directly with logistics personnel, so packaging and dispatch occur immediately aftertissue processing and cooling.

ABI offers consistent same-day or next-morning delivery through monitored courier networks. This is particularly valuable for:

• Dental implant testing requiring fresh mandible or maxilla samples
• Hospital-based surgical training programs
• Medical device validation studies
• Preclinical research tissue supply for pharmaceutical evaluation

By shortening the harvest-to-lab window, ABI strengthens biotech delivery efficiency while helping partners preserve experimental consistency.

Strengthening Temperature-Controlled Tissue Shipping

Temperature is a critical variable in biological tissue shipping. Even minor fluctuations can accelerate degradation processes that alter histology, enzyme activity, or structural integrity.

At the new facility, temperature control begins immediately at harvest:

• Tissues are chilled to 35–37°F post-harvest
• Insulated, biodegradable, validated packaging maintains internal conditions
• Frozen shipments are transported on dry ice when required
• Continuous climate testing evaluates packaging performance across seasons

These practices align with established principles outlined in World Health Organization cold chain guidance and with widely recognized standards for biological transport.

ABI also performs internal climate studies to verify that packaging maintains a constant temperature for extended transit durations. This proactive approach strengthens biological sample integrity and reduces risk for research partners conducting sensitive assays.

Details on these methods can be found on the Tissue Shipping page.

Why Is Biological Sample Integrity So Critical in Preclinical Research?

Preclinical research depends on consistency. FDA preclinical research guidance emphasizes that early-stage testing must generate reliable data to assess safety, biological activity, and potential toxicity before human trials.

When tissues degrade or experience temperature variation, researchers risk:

• Altered tissue morphology
• Compromised biochemical markers
• Reduced reproducibility
• Inconclusive device performance data

By reducing transit time and strengthening temperature-controlled tissue shipping, the new facility directly supports higher-quality preclinical research tissue supply.

Stronger starting material leads to stronger data.

On-Site Laboratory Access for Same-Day Tissue Use

In addition to rapid delivery, ABI’s new facility enables research partners to conduct on-site laboratory bench work using tissues harvested the same day. This capability provides the highest level of biological sample freshness and minimizes variability introduced during transport.

For time-sensitive applications, working directly at the facility allows researchers to begin testing immediately following harvest. This is especially valuable for studies where even short transit times may impact tissue performance or experimental outcomes.

On-site access supports:

• Immediate use of freshly harvested tissues and organs
• Greater control over experimental conditions
• Reduced reliance on shipping timelines
• Enhanced consistency for preclinical research and device testing

Many of our partners choose to work on-site to take full advantage of this capability, particularly for complex or highly sensitive applications.

To coordinate on-site lab access or discuss your study requirements, contact our team to plan your visit.

Operational Safeguards Built into the Facility

Beyond speed and temperature control, the new facility incorporates structural safeguards that improve research tissue logistics at scale.

Harvest Expertise and Protocol Standardization

ABI’s anatomists and physiologists operate under strict harvesting protocols. The new facility enhances documentation workflows and quality checkpoints to ensure tissues meet client specifications before dispatch.

Researchers in medical device development, dental training, and hospital education programs benefit from consistent, well-characterized materials tailored to study design.

Explore how ABI supports these sectors on the Industries We Serve page.

Integrated Courier Monitoring

Delivery does not end at pickup. ABI monitors shipments through advanced tracking systems, including flight tracking and ground transport oversight. Contingency plans are built into scheduling to address potential delays.

This level of coordination improves biotech delivery efficiency while protecting critical study timelines.

What Industries Benefit Most from the Upgrade?

The facility’s enhancements provide measurable value across several high-demand sectors.

• Dental Laboratories and Education Programs: Fresh mandible and maxilla tissues support implant testing and surgical skill development. Same-day tissue delivery ensures samples remain viable for hands-on training sessions.
• Hospitals and Universities: Anatomy labs and surgical simulation programs rely on reliable animal tissue supply for research and education. Reduced transit time enhances tissue condition upon arrival.
• Medical Device Development: Device prototypes often require rapid iteration. Efficient tissue delivery supports accelerated validation cycles without compromising data quality.
• Pharmaceutical and Preclinical Research Teams: Organ-specific biological materials are used to evaluate drug interactions and biological responses. Strong biological sample integrity reduces variability in experimental outcomes.
• Military and Government Research Programs: Defense medicine and trauma research initiatives depend on anatomically accurate biological models for surgical readiness, wound management studies, and battlefield simulation training.

Across each sector, the facility functions not simply as an expansion but as infrastructure designed to improve research continuity.

Enhancing Sustainability Without Sacrificing Integrity

The new operational setup also expands ABI’s use of sustainable, reusable shipping containers and biodegradable insulation and temperature maintenance materials.

Sustainability is balanced with scientific rigor. Packaging is tested to maintain temperature stability before deployment. Environmental responsibility does not compromise sample protection.

To learn more about our mission, offerings, and dedication to providing the highest-quality post-mortem animal tissues and organs, contact us today.

Frequently Asked Questions (FAQ)

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Are the limits of AI in biomedical research being properly addressed?

Right now, one of the biggest and most controversial topics in biomedical research is Artificial Intelligence. Modern AI systems, based on Machine Learning (ML) models, are being increasingly used in speculative research.

This has led to some genuinely interesting discoveries, such as discovering more genetic basis for autism spectrum conditions. AI in medical device development shows similar promise, such as the development of an AI-powered wristband capable of monitoring for heart disease. AI is also being explored for its potential to speed up the processing of data and the creation of publication-ready research materials.

However, there are still numerous issues with AI in biomedical research, which are perhaps being overlooked in the current ‘gold rush’ environment. More critically, there are hard limits in what AI can accomplish. There is a barrier between theoretical AI models and practical real-world testing, which will likely never go away.

To be clear, we are not anti-AI; any research that improves human medicine is welcome. However, we know that the potential drawbacks and challenges facing AI medical research must be discussed. So, in this article, we’ll look at some of the biggest issues with current AI research and why real tissue testing using actual animal materials remains vital.

In Silico vs In Vitro Research – Can a Computer Model Cellular Activity?

It’s easy to understand the appeal of computer models. If a computer could accurately simulate a complicated biological process, sometimes called “in silico” research, then research could be accelerated. Better yet, it would require less use of animal or human test subjects, making it a theoretically superior ethical choice.

Unfortunately, there are limits to how far this could go. Due to the complexity of cells and biological processes, computational biology has its limits. A 2021 PNAS article estimated that it would be decades, if ever, before computers were capable of fully simulating multicellular systems.

Further, that assumes biological processes operate according to a standard model. While currently under debate, recent research suggests that quantum effects may be involved in biological processes. If true, that would imply that perfect in silico models may be practically impossible, even with quantum computing.

In short, while AI has proven effective at analyzing large existing data sets, its predictive abilities may be severely limited.

To learn more about how immediate access to fresh tissue can support more reliable preclinical studies, read our related blog on on-site laboratory access for preclinical tissue research.

The Black Box Problem – What’s That AI Doing, Anyway?

Another major issue exists, as discussed in Biomaterial Medical Devices in 2023 – the “black box” nature of AI reasoning. Simply put, the way current Machine Learning models work is extremely fuzzy. It is often difficult or impossible to understand exactly why or how an AI model came to a certain conclusion.

Unlike a grad student or junior researcher, you cannot ask an AI to explain its ‘thought process’ step by step to analyze its reasoning. Current AI systems based on Large Language Models (LLMs) are incapable of that sort of self-reflection.

Worse, in some cases, it’s possible to feed the same data into the same AI and have it reach two different conclusions. Again, with no reasoning to analyze.

This could have a significant impact on the ability of researchers to turn AI insights into real-world research utilizing real tissue testing, much less live subjects. No translational research tools exist that can turn a ‘black box’ discovery into a research proposal that appears to have a firm basis. At best the research would be purely exploratory, effectively saying, “The AI thinks this is a good idea, so let’s give it a shot.”

Such proposals may be viable with basic tissue-based research methods involving post-mortem materials, but would still face heightened scrutiny. If a researcher is unable to explain how a proposed outcome might occur, research will be slowed.

How Can Potential Biases of AI in Biomedical Research Countered?

Another important issue raised by the above Biomed Mater Devices article is the problem of human biases slipping into AI research. We like to think of computers as being impartial, and they are in some ways.

However, an AI is only as unbiased as its data set. Online retailer Amazon discovered this the hard way a few years ago, when a system set up to analyze resumes in hiring began discriminating against women. Because many resumes fed to the system were from men, the system took this to mean that male candidates were preferable.

Likewise, medical data can skew along racial lines. Black women have a 38% higher fatality rate from breast cancer than white women, yet they only represent five percent of research subjects. This undoubtedly influences research outcomes.

An ML AI may be completely incapable of recognizing these bias issues. Thus, without rigorous data scrubbing and validation far beyond current standards, human biases will still creep into AI analyses.

Real Tissue Testing Will Always Be Needed for Translational Research

This is all to say: AI has great potential for improving certain areas of medical research, but it will likely never replace hands-on tissue-based research methods. An AI may be able to deliver interesting new insights, but robust real-world testing is needed – such as with porcine tissue research models.

Swine tissue is still the best option for animal research with human applications. More valuable research is still being done with porcine materials than with AI, and that seems unlikely to change any time soon.

American Biotech Industries is among America’s most-trusted sources of research-grade postmortem swine organs and other tissue. Our animals are ethically raised and harvested, shipped to you in environmentally friendly packaging. Our on-staff experts include published researchers, and we are always available to consult on research-related issues or help you select the best swine tissues for your needs.

With next-day shipping available in nearly all cases, and same-day shipments often possible, ABI is here whenever you need us.

Please click here to browse our full tissue catalog, or contact us directly for questions or special requests.

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Increasingly, hands-on surgical training facilities have begun using porcine organs and other swine tissue instead of human remains. While this may seem counterintuitive, there are very good reasons for it. Hands-on training is a must for surgical training, but there are numerous challenges in obtaining and utilizing human remains. On the other hand,  post-mortem swine tissues are widely seen as the best alternative to training on human remains, and with a number of other benefits as well.

In this article, we’ll be looking at the effectiveness of porcine organs used for surgical training and skills labs, and how they can benefit training operations.

Why Are Porcine Organs Useful for Realistic Surgical Simulation?

Two basic factors are at work here: accuracy and ease of use.

I. Swine tissue is remarkably similar to human tissue

For decades, researchers have noted that porcine bodies, organs, and other tissue closely resemble their human counterparts. Organs like the heart and liver tend to be roughly the same size, with similar structure and composition. Structures such as blood vessels or glands, likewise, are very similar between the two species. Even their genetics are similar.

So, swine have come to be seen as highly important as a human biomedical model. Swine, their organs, and their other tissues are now being used for:

• Medical procedure research
• Medical device testing
• Pharmaceutical testing
• Xenotransplantation
• Training and skills development

In short, swine have been widely accepted as a model for human testing and experimentation.

This is also because:

II. Swine and swine tissue are easy to procure.

Human bodies and other remains are rare and valuable. They can be difficult to procure, with numerous hurdles – especially if procuring sufficient remains for classroom settings. In addition, classrooms may be competing for organs which could otherwise be used for transplants, creating more ethical dilemmas.

Meanwhile, swine are among the most commonly used biomedical models for research and training. When sourced through a qualified medical-grade provider, porcine tissue can be used for training and research with fewer regulatory and logistical constraints than human remains. This controlled procurement process allows organizations to obtain high-quality tissue in a cost-effective and ethically responsible manner, without compromising professional or compliance standards.

When obtained from a reputable medical-grade supplier like ABI, porcine organs are far easier and less expensive to utilize.

Combined, these two factors have caused porcine tissue simulations of human procedures to grow in popularity within surgical training centers. When procured and handled properly, swine organs can truly be the next best thing to human remains.

What Fields Are Benefiting from Porcine Tissue Simulations?

Situations where swine can be used in place of human tissue are many, with relatively few exceptions.

Some notable areas that benefit from swine simulations include:

• EMS and Paramedic training: Swine are excellent substitutes for humans in resuscitation training, such as in this study on training air ambulance crews. Students reported significant skill gains with only a one-day course.
• Dental training: Swine jaws and teeth also closely mirror those of humans, making them effective for dental training. One recent experiment even simulated blood flow in post-mortem pigs’ heads for greater realism.
• Laparoscopic training: Swine bodies and organs are extensively used as laparoscopic training models, including gastrointestinal work, liver surgery, gall bladder removal, video laparoscopy procedures, and more.
• Airway management training: Swine can be effectively used as models for intubation, as well as procedures such as tracheotomies. In addition, porcine lung sets or heart/lung blocks are effective for training chest tube insertion.
• Spinal surgery training: Minimally invasive surgery training for spinal work previously lacked good alternatives to human cadavers, but recent studies have shown positive results from swine-based training as well.

Regardless of the field, working with swine tissues and cadavers provides solid hands-on training with a feel that is very similar to that of working with humans. Novel procedures such as utilizing cannulation to simulate blood flow can further increase realism for the trainees.

Overall, this makes post-mortem animal tissue an excellent option for training.

Are Porcine Organs the Best Option for Surgical Training?

In most cases, yes.

Occasionally, situations will arise where nothing can compare to actual human remains. However, for training purposes, porcine materials typically provide an excellent substitute.

In addition, swine materials are superior to synthetic models as well. Simulacra such as 3D printed model organs or silicone pads lack the proper feel of authentic organs, reducing the accuracy of the surgical experience. Swine allow for more-accurate surgical simulations for universities and hospitals, which is critical in boosting the skills of surgeons and other healthcare workers.

While some may argue that synthetic alternatives are more ethical, proper anatomy-based surgical training can’t rely on 3D printed facsimiles for the best training. Furthermore, when an animal is humanely raised and ethically euthanized, the use of animal remains is no more unethical than any other animal-based product.

The more realistic the training is, the better the resulting surgeon, which is why post-mortem porcine tissue simulations stand out as the best compromise between cost, ethics, and efficiency.

ABI Is Your Trusted Source for Medical Training Tissues

Animal Biotech Industries is widely recognized as one of America’s leaders in providing medical-grade post-mortem swine tissue for research and training. Since 1990, we’ve been pioneering better ways to harvest, package, and ship porcine materials, which you can rely on.

We’re passionate about ethics at ABI. We only purchase our swine from humane facilities, and hold our suppliers to the highest ethical standards. We guarantee that every post-mortem swine you work with was handled in strictly humane ways. In addition, all our packaging is either biodegradable or reusable to minimize our environmental impact.

We harvest the swine tissue to order, to your specifications. Alongside our catalog of standard materials, we can assist with any custom order you may need. Organs can also be pre-cannulated, if desired. We ship next-day whenever necessary, and same-day shipments can often be arranged.

For reliable, ethically harvested swine tissue, ABI can be your trusted provider. To learn more or consult our experts on research and training issues, just contact us.

The post Why Are Porcine Organs Widely Used for Surgical Training and Skills Labs? appeared first on Animal Biotech Industries, Inc.

Porcine tissue research continues to expand in numerous directions. One of the most interesting is undoubtedly its potential to improve vascular tissue engineering and regenerative medicine research.

While not as headline-grabbing as topics like xenotransplantation, researchers have been quietly making big advances in using decellularized porcine tissue to aid human healing. Animal Biotech Industries is proud to support these efforts with our precisely-harvested, ethically-sourced post-mortem porcine tissue.

How can swine products aid in vascular tissue engineering and extracellular matrix research? Here’s what the field looks like at the end of 2025.

I. What Does Extracellular Matrix Research Focus On?

The extracellular matrix (ECM) is a complicated system of proteins and carbohydrates that are excreted by cells as a support system. The ECM aids in a wide variety of functions, including cell communication, movement, and – most relevant here – repair.

When tissue takes damage, the ECM could be seen as constructing a sort of scaffold that guides tissue repair. The problem is, the more traumatic the damage, the more difficult this process becomes. This slows healing and increases the chances of comorbid factors such as infection.

So, finding ways to support and speed up the healing of such wounds is of great interest to researchers. However, the matter is complicated in several ways.

Each cell or tissue type tends to have a unique ECM composition, and the ECM directly influences cell growth/regrowth. So, any attempt to modify or replace the ECM cannot impede or sabotage cell regrowth. Further, there are immunological considerations. Any outside aids must be accepted by the body, as immune rejection would only cause more damage.

In recent years, study has turned towards the use of decellularized donor tissue, such as post-mortem porcine lung tissue, as a source of donor ECM. Decellularized ECM (dECM) has great potential to aid in injury recovery, especially if methods can be found to prevent rejection while properly aiding tissue regrowth.

II. How is Decellularized ECM Created?

The decellularization process involves stripping the donor tissue of its immunogenic cellular components – such as DNA – which can trigger immune responses in recipients, while still preserving the underlying ECM structure.

Per the Journal of Functional Biomaterials in 2025, the current most common way of achieving this is through “ionic detergents such as sodium dodecyl sulfate (SDS), sodium deoxycholate (SDC), and Triton X-100,” which are highly effective at removing cellular components. However, the article notes that the detergents must be precisely applied to avoid binding with the remaining cells and causing cytotoxic effects.

Still, ionic detergents are seen as preferable to less aggressive methods that often fail to properly scrub the tissue of genetic material, requiring multiple processes to complete the decellularization. 

In particular, this ionic detergent process is cited as highly successful on post-mortem porcine tissue in a 2025 Biomaterial Advances article. In the documented experiment, they were able to create dECM material suitable for human cardiovascular repair from porcine liver. 

This is one of the reasons swine are now becoming a common source for biomedical scaffolds.

III. Why Choose Porcine Tissue For Biomedical Scaffolds?

In general, swine have been noted for having a biology remarkably similar to humans, even more so than species one would expect to be a close match, such as great apes. From genetic components to basic organ size and function, swine organs and tissues are already a close match to humans.

This has made swine one of the most popular sources for human medical research, in applications ranging from skin grafts to corneal replacement.

The same is holding true for the use of porcine-derived tissue engineering scaffolds and other dECM applications. In 2022, a Modern Technologies in Medicine article cited multiple successful uses of porcine-derived dECM including replacing joint cartilage, as well as noting it was currently the most popular source of dECM materials.

At least one study – published in Biomaterials Science – even found that porcine materials produced superior results to human-derived alternatives for injectable biomaterial.

Synthetic materials are another alternative for creating ECM scaffolds, but come with their own issues. They struggle due to their lack of bioactivity and a tendency to provoke immune responses. As described in a separate J Funct Biomater article, “porcine-derived scaffolds strike a balance between biologic performance and clinical manageability.” However, the article does note that synthetic ECM scaffolds do have some advantages in strength and flexibility.

IV. What Other Benefits Do Swine Tissues Bring to dECM Research?

There’s also the matter of availability. Human-derived donor material is always difficult to come by, and demand frequently outpaces supply, often by a high degree. In all likelihood, there will always be fewer donors than people in need of donated human tissue.

Meanwhile, swine are among the most farmed, bred, and researched animals on Earth. They are easily available to researchers and medical facilities worldwide, which also makes them inexpensive to source as well. There is no risk of running low on porcine tissue.

So, whenever swine tissue can be profitably used for human medical research, it makes sense to utilize a less expensive and easily-renewable source – especially when partnered with a company that can guarantee reliable medical-grade materials.

Animal Biotech Industries Is Your Partner For Post-Mortem Porcine Tissue

Since 1990, ABI has been one of America’s leaders in supplying porcine tissue for any research or medical applications involving an ex vivo animal tissue model. We’ve built our company on a foundation of accuracy, ethics, and a strong focus on customer satisfaction.

Our management is comprised of highly-trained specialists, including published researchers, focused on accurately harvesting the best tissue for your needs from well-vetted and sourced swine. We only source animals that have been humanely raised and euthanized, to maintain high ethical standards in all the work we support.

Likewise, our packaging is focused on being either biodegradable or reusable, while still delivering your materials properly contained and in a rapid fashion. Next-day delivery is available on demand, and in some cases, same-day delivery may be arranged.

You can also leverage our expertise in your own work. Do you need advice on how to best conduct porcine tissue research, or the best materials for your particular case? Our staff is on-call to assist with solving difficult problems while providing the best in swine tissue.

For more information on how vascular and circulatory tissue models support device evaluation and hands-on training, read our related blog on how porcine circulatory tissues are used in medical device testing and surgical training.

To learn more or request advice, just contact us here. Or, click here to browse our full catalog of post-mortem porcine tissue. 

The post How Are Decellularized Porcine Blood Vessels Advancing Tissue Engineering Research? appeared first on Animal Biotech Industries, Inc.

Researchers who work with perfusion models, surgical training, or device testing depend on organs that behave as close to physiologic conditions as possible. Achieving that level of performance begins with one essential step: organ cannulation. When organs are cannulated immediately after harvest, they can be perfused with the researcher’s chosen solution without delay or last-minute adjustments.

The challenge lies in preparing vessels with consistency, matching cannula sizes accurately, and stabilizing the tissue for shipment. Even small variations in technique or timing can affect flow behavior, data reliability, or how realistic a training session feels.

Animal Biotech Industries (ABI) provides organ cannulation services designed to remove these variables. Researchers receive reliable, ready-to-perfuse organs prepared by skilled technicians who understand the demands of modern research.

What ABI Offers: Fully Customized, Pre-Cannulated Organs

ABI prepares organs through a controlled internal workflow carried out by experienced animal science technicians. Each organ is customized to match the specifications provided by the client. This approach ensures the tissue arrives ready to integrate into perfusion systems, surgical simulation setups, or device testing rigs.

Customization options include:

• Cannula sizing and placement matched to major vessels
• Choice of preservation or perfusion fluids
• Flexible organ formats including single organs, bundled systems, and anatomical sets
• Orientation and handling preferences for testing or training applications

Cannulating vessels within minutes of harvest greatly reduces post-mortem changes and helps preserve vessel structure. The result is ready-to-use porcine organs prepared for consistent perfusion behavior.

See available porcine tissues in our Tissue Catalog.

All cannulation and preparation takes place in ABI’s Anatomy and Physiology Laboratory where trained specialists trim, cannulate, verify, and package tissue before shipment.

Preserving Porcine Organs With Rapid Turnaround

Perfusion research often requires tight schedules with limited room for delays. ABI supports these timelines with rapid fulfillment and careful shipping practices that maintain tissue integrity.

Delivery features include:

• Same-day or next-day shipping for many organ orders
• Real-time tracking for every shipment
• Direct communication with ABI’s preparation team
• Packaging formats designed to maintain appropriate temperatures during transit

ABI partners with major carriers to ensure fast delivery of research tissue and prepares every shipment to protect vessel patency and fluid compatibility.

See full delivery standards here: Tissue Shipping.

Because ABI controls harvesting, preparation, and packaging on-site, the final product avoids the inconsistencies that can occur with multi-vendor supply chains.

Why Clients Choose Animal Biotech Industries

Animal Biotech Industries is trusted by medical device researchers, pharmaceutical companies, universities, and training programs because every organ preparation reflects a commitment to scientific accuracy and reliability. Our team includes experienced technicians and published researchers who understand the demands of perfusion studies, device testing, and surgical training. If you have a project in mind but are unsure how to approach it, our specialists can review your goals and recommend the best porcine tissue options for your work.

Clients also value our commitment to ethically harvesting and responsibly preparing tissue. From the moment we harvest the tissue through storage, packing, and shipping, we uphold rigorous standards that give researchers confidence and peace of mind.   

This blend of expertise, careful craftsmanship, and integrity is the reason ABI has become a preferred partner for ready-to-use porcine organs.

Conclusion

Organ cannulation is a crucial step for producing ready-to-perfuse organs used in research, simulation, and device development. ABI combines rapid harvesting, expert cannulation, tailored preparation, and fast delivery to supply researchers with consistent and high-quality organs.

Organ cannulation requires precision, speed, and anatomical insight. ABI’s integrated approach ensures that each organ is prepared accurately, customized to your needs, and shipped quickly so your research can proceed without delays. Whether you need perfusion ready organs, guidance on preparation methods, or consistent quality for repeated testing, ABI provides the dependable support researchers count on.

Click here to contact us about your research, or browse our full catalog.

The post What Are Organ Cannulation Services and How Does ABI Provide Ready-to-Perfuse Organs? appeared first on Animal Biotech Industries, Inc.

Finding the best alternatives to human tissue has become essential in modern vision science research. As vision impairment continues to rise globally, scientists are searching for reliable, ethical, and scalable ways to study the eye without relying solely on human donor tissue.

Today, more than 250 million people worldwide are blind or live with significant vision loss that cannot be corrected with lenses. With longer life expectancies and limited access to specialized eye care, the demand for new vision treatments is higher than ever, and researchers need consistent access to quality biological material to make progress.

Why Is Human Eye Tissue Hard to Source for Research?

A 2025 study in Nature revealed the extent of the problems faced by researchers who need access to post-mortem human eyes. Because the eye breaks down so quickly after death, retrieval of donor tissue must be done rapidly and transported rapidly as well, to be useful to researchers.

However, based on recoveries at a U.S. eye bank across 2022–23, these goals are rarely met:

• Only 32% of donor eyes were recovered and shipped within the preferred 12-hour post-death timeframe.
• Even fewer (just 27%) were successfully delivered during standard working hours when trained technicians were available.

So even if a donor has allowed their eyes to be used by science, well under one-third are actually utilized.

The research points to specific policy changes that could improve these numbers by increasing office hours as well as being more lenient about post-death shipping times. However, even then, a substantial number of eyes would still go unused.

This would logically result in a reduction in research, an assumption backed up by a 2018 survey of researchers attempting to source human ocular tissue. 43% reported that it was “difficult” or “very difficult” to obtain human eyes. Similar numbers also reported that they had to scale back research due to tissue unavailability or – perhaps worse – that they doubted the quality of the tissue they were working with. 

In short, the difficulties of vision science tissue sourcing have become a significant barrier to quality research, even as the need for such research continues to increase globally.

What Are the Best Alternatives to Human Eye Tissue?

Fortunately, there is a viable solution: porcine eyes for research.

Porcine eyes are increasingly seen as one of the best alternatives to human tissue because they share many characteristics with human eyes:

• Comparable size and shape
• Round pupils and a similar optic nerve structure
• Comparable rod and cone arrangements
• A similar microscopic and cellular makeup

Although there are small differences, such as slightly thicker corneas, their overall structure makes them ideal for most forms of ocular research.

How Are Porcine Eyes Used in Vision Science?

Porcine eyes have been utilized in several key areas of research:

• Glaucoma research: First validated in a 2005 Experimental Eye Research study.
• Retinal disease studies: A 2024 survey confirmed swine tissue as a valid model for studying genetic retinal disorders.
• Corneal repair: A 2022 experiment used rendered swine collagen to repair corneas damaged by keratoconus.

However, they are not a perfect 1:1 substitute in every case. A 2001 Journal of Biomechanics study found that differences in corneal elasticity made swine eyes unsuitable for specific stress-relaxation studies, though they remained acceptable for most other corneal research.

Despite these limitations, the consistency and accessibility of swine tissue make it one of the most dependable alternatives to human eye tissue available today.

What Are the Advantages of Using Swine Tissue?

Beyond biological similarities, swine tissue offers several distinct advantages:

• Easier to source and available in consistent quantities
• Ethically and humanely obtained from USDA-inspected animals
• Cost-effective compared to human donor tissue
• Biocompatible and safe for translational research
• Custom-harvested to match specific research needs

Swine tissue can even be used in innovative applications that human tissue cannot easily support, such as collagen-based corneal repair.

Where Can Researchers Find High-Quality Porcine Eyes?

Animal Biotech Industries is among the nation’s leaders in providing top-quality post-mortem swine tissue to researchers around the country, and around the world. Since our founding in 1990, we have been relentlessly focused on providing the best in research-grade materials for science, including custom-harvested porcine eyes for research.

ABI porcine tissue comes exclusively from their trusted USDA-certified porcine abattoir partner, providing animals that have lived and died humanely. All materials are harvested by ABI’s highly-trained specialists, and are harvested to order – whatever you need, whenever you need it.

Our commitment to sustainable solutions extends to our shipping policies as well. Whenever possible, materials are shipped in eco-friendly containers with cold packs that are both biodegradable and reusable. Our shipping times meet your needs, with 24h deliveries frequently arranged, and same-day shipping often possible as well. Just like our swine tissue, our delivery and handling is also custom-selected for your needs.

If you need a consistent research tissue supply, that’s no problem either. We’ll work with you to ensure you always have the tissues you need for research or educational purposes, at reasonable rates.

If you would like to learn more, or would like to consult on the best tissue selection for your study goals, all you need to do is contact us. Or else, click here to browse our full catalog of swine tissues. Need something which isn’t listed? Just ask!

The post What are the Best Alternatives to Human Tissue for Vision Science Research? appeared first on Animal Biotech Industries, Inc.

American Biotech Industries is one of America’s leading providers of ethically harvested swine tissue for medical research and education – and we maintain that high standard thanks to our amazing team! The workforce at ABI isn’t here because it’s just a job. They work with us because they understand how much good can be done through animal science operations and are passionate about helping make amazing medical breakthroughs happen. Our Operations Manager, Brendan Lederach, is a perfect example of this.

Brendan’s been with us for a decade now, since 2015, focusing on training as well as ensuring constant precision in tissue handling. Every day, he’s helping to ensure that our clients always receive the very best in custom swine tissues.

A Bioscience Career Story: Operations Manager Brendan Lederach

As Brendan tells it, his love of animals is truly lifelong – ever since he was three years old and rescued a stray kitten near his town’s community pool.

Growing up in the country, he was able to keep that connection with animals going. In school, he was part of the 4H Club, raising chickens and rabbits for projects while gaining an appreciation for the ethical treatment of farmed animals.

In addition, he was an Eagle Scout and enjoyed numerous trips into the countryside while picking up merit badges. Along the way, he became interested in hunting – not merely for sport but cultivating an understanding of the circle of life. Even from a young age, he was focused on ensuring that every animal killed was put to the best use possible, so that their sacrifice could help others.

However, his true turning point was when he began raising seeing-eye dogs alongside his parents. That was when he realized that caring for animals could truly change people’s lives for the better. This realization would push him forward in the years to come. 

From there, he went to college at Delaware Valley University. Originally, he was thinking of becoming a vet, but discovered he had more interest in the business side of agriculture. So, he majored in Agribusiness before discovering ABI during his senior year of college.

Brendan graduated in 2014 and was already working here the next spring. Our passion for ethical tissue sourcing for the sake of better bioresearch spoke to him, meshing perfectly with his own love of human/animal partnerships, and he found his professional home.

Demonstrating Leadership in Biomedical Supply

Brendan moved quickly up the ranks, getting work in nearly every aspect of our business as he learned more. Ultimately, he became our Operations Manager, overseeing day-to-day work while working directly with clients. He is instrumental in every aspect of our operations, making us better through his tireless commitment to ethics and respect.

In everyday operations, he oversees the staff involved in harvesting custom-ordered swine tissues, ensuring that every order meets our exacting quality standards. Every order must be exactly what the customer needs, harvested with precision, and stored to maximize its value to researchers. Every tissue we ship meets strict specifications, and Brendan ensures that’s the case.

You’ll also often find him on the phone, working directly with clients to understand their orders and their needs. If you ever have an issue, Brendan is the guy to talk to, and he’ll make sure you’re fully satisfied.

Mentorship and Giving Back

On top of that, he’s also one of our primary trainers – bringing out a passion for the work for our new hires and helping them quickly gain the skills necessary to become valued members of our staff. 

That’s not all. Brendan also donates his time working with local youth programs, helping to foster a love of nature among youth growing up in a tech-focused world. Nature and technology can coexist to mutual benefit, and he’s helping the next generations understand that.

Away from work, Brendan still hunts and farms. At home, he has cows, chickens, and honeybees – maintaining that personal connection to nature that began when he was only a toddler. 

Living The ABI Dream of Ethical Animal Science Operations

Brendan exemplifies everything that Animal Biotech Industries stands for: a true love of nature, a commitment to ethical use of animals to improve human life, focus on delivering high-quality materials to every client. Over the years, he has grown into his role as our Operations Manager with success after success. By constantly finding new hires who share our passion for ethical animal research backed by superior customer service, Brendan pushes ABI to be better every day.

We firmly believe that swine research is improving the lives of people around the world, and we’re proud to have been involved in major breakthroughs over the years. From improved tissue regeneration to current mind-blowing advances in xenotransplantation, swine-based research is pushing medical science forward.

If your organization needs swine tissue for research or education, ABI is truly America’s leader in the field. Every order is custom-harvested by experts to order and shipped to you via ethical and sustainable means. We provide the best, highest-quality materials to ensure the best possible research. It’s that simple.

Click here to browse our full catalog of materials. Or, if you need a special custom order or just have questions, just contact us.

You might even get Brendan on the phone!

The post Purpose, Precision, and Professionalism: Brendan Lederach’s Story at ABI appeared first on Animal Biotech Industries, Inc.

What Are the Most Sustainable Solutions for Shipping Animal Tissue Without Compromising Quality?

Research labs have an environmental waste problem. While inhabiting buildings with similar footprints to traditional businesses, labs generate far more waste. They use 10x the energy of a traditional office, use 4x as much water, and ultimately generate over five billion pounds of plastic waste each year.

Even a small reduction in waste would have a big impact across the entire industry.

That’s why ABI is committed to using the most ecologically friendly packaging solutions available – and encourages all other biomed suppliers to adopt similar strategies for shipping animal tissue. We prioritize packaging solutions that minimize waste while still ensuring your animal tissues arrive in pristine condition, ready for research or educational work. Our efforts have earned our team a Bronze EcoVadis rating.

Why Are Eco-Conscious Logistics So Important?

Simply put, packaging materials are one of the biggest sources of solid waste in the world.

Every day, tens of millions of packages move across North America, and most of those packages are designed to be thrown out. As a result, according to the EPA, the US is generating more than 82 million tons of packaging waste each year, adding up to 28.1% of all solid municipal waste in the country. The numbers are similar around the world, with packaging materials estimated to make up 40% of all plastic waste globally.

This is grossly wasteful, inefficient, and contributes to massive landfills of garbage that we currently have no good way to dispose of.

Worse, those numbers are currently only going up. As more people globally turn to Internet orders rather than local shopping, the result is even more packages being mailed. In the EU, for example, packaging waste increased by 23% per capita between 2010-2020. The US has similar numbers. 

Businesses everywhere need to investigate more sustainable shipping options, and the biomed industry is in a perfect position to lead that charge. Being responsible for more waste than many similar industries, they’re in a prime position to look for better solutions.

We need it to help protect the planet from further environmental harm – and help you hit your green initiative targets.

How Does Sustainable Lab Shipping Work?

It’s a combination of several factors. At ABI, we focus on utilizing biodegradable packaging for research whenever possible. Our goal is to have 100% eco-friendly and sustainable supplies for shipping animal tissue, and we’re constantly looking for new suppliers who can help us create even more sustainable packaging solutions.

However, this cannot compromise product quality! ABI has built our reputation on providing the highest-quality USDA-certified porcine materials available, which require shipping them cold and keeping them cold. Our combination of packaging materials allows us to keep your purchase between 34-36°F for up to three days – even if the package is sitting in direct sunlight. ABI uses biodegradable cold packs to keep tissues in a refrigerated state or dry ice to keep tissues in a frozen state during shipping.

ABI implements frequent testing of our packaging methods to ensure it provides consistent reliability.

We can accommodate special needs as well, such as vacuum sealing your tissues or packaging them in preservative fluids. In every case, we’ll be looking to use the most eco-conscious materials possible.

On the shipping side, we do our best to utilize couriers who are also committed to reducing ecological harm. Most often, we utilize FedEx, which has pledged to have a 100% electric vehicle fleet by 2040. We also provide exceptional quality, fully vetted couriers which can deliver tissues next day and same day (depending on your location). 

In addition, we also embrace reusable containers when appropriate. If you place recurring orders with us, we can set up a system where you send back the containers for reuse, further reducing packaging waste. Combined, all these measures help make us one of the most sustainable options for sourcing research-grade animal tissue.

How Can Businesses Reduce Lab Waste with Logistics?

Smart purchasing can help your biomed operation reduce your waste, along with your carbon footprint.

1 – Source from eco-conscious companies

ABI isn’t the only supplier that’s aware of the problems with shipping animal tissue and lab waste. Look for partners for all of your suppliers who are committed to finding better, safer, cleaner options for shipping their products. 

2- Reuse packaging materials when possible

Boxes can always be reused. Cardboard is inherently multipurpose. Insulated coolers can often be put to other uses. ABI’s insulated coolers are biodegradable.  There are safety concerns with biomed products, but even then, many packaging types can be reused.

3 – Reduce your shipping footprint

Even if your operation doesn’t mail things out constantly, look to reduce packaging whenever you ship materials. Choose bio-degradable materials for packaging, such as compostable mailers, even for something as basic as sending paperwork back and forth.

Animal Biotech Industries Is Committed to Green Shipping

No matter what sort of porcine tissues you need, we are here to provide them – and minimize packaging waste in the process. Our team of experts is ready to harvest your materials to order, regardless of what you need, and get it to you in pristine condition. Whether you’re doing research, educational work, or other processes, ABI can be your partner, supplying all the porcine materials you require.

To get started, just take a look at our catalog of materials. Or feel free to contact us directly if you have any questions or need to place a special order. 

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