Humans and swine are known to have great similarities when it comes to anatomy and physiology, making swine an excellent model for research. This article is very interesting because it shows that early swine brain development is very similar to that of humans. It is intriguing to see how these animals compare to children (both at early ages and weights) in their MRI imaging. It is always great to be able to have the research be directly applicable to humans, because the diagnostic tool is one that is being used with people currently. Humans have MRIs done easily and it is something that can easily be instituted to help diagnose children with neurologic disorders. This study focused on body weight rather than age when it came to matching the children to the pigs, and it was found that this method of matching between animal and human worked out very well. There was a little bit of variation in certain chemical levels (CBF) that were being measured but that may also be linked to the anesthesia drugs that were used to anesthetize the animals. This research is very promising and will certainly help future children.
At Animal Biotech, we take great pride in the part that we’ve played in this sort of research. We not only provide live research swine and porcine tissue: we’re also here to offer our expertise on the proper care and housing of live animals.
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This research study published in the Yale Journal of Biology and Medicine found that people and swine are very similar physiologically in the way that they store fat, and in the size of their fat cells. Scientists are studying the genetics involved in porcine that are lean versus porcine that show much more fat storage. With obesity being a large problem with the human population these days, as well as people’s desire to achieve healthy weights, this research is critical to attaining our collective physical fitness goals. It is fortunate that swine are so similar to people in their fat storage methods.
For more than 30 years, Animal Biotech has helped research teams do this kind of work by providing live porcine models and porcine tissue. In addition, we also offer clients expertise in the proper testing, care and housing of live animals.
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Stents have long been a part of the lives of people. It is critical to keep clots and emboli in check to maintain the vascular health of people. Stent retriever mechanical thrombectomy is used standardly in treatment of strokes. The research done in this article on thrombectomy in acute stroke treatment is groundbreaking. The NeVa thrombectomy device is showing that it is able to collect and therefore remove large clot occlusions from the vascular system and achieve near-full to full reperfusion. The design of the device lends itself very well to capturing these clots. Swine are the model of choice for this study because their vascular system so closely matches the human vascular system.
We’re proud of the work our animals help researchers accomplish and look forward to contributing research swine to help in similar breakthroughs in the future.
In addition to offering live porcine models and porcine tissue, we’re also happy to offer clients our expertise in selecting the right animal model and/or animal tissue to utilize in their research.
Contact us today to learn how we can help you make your next discovery with the help of our high-quality animal models and tissues.
This research published in the Journal of Anatomy was done to compare human and porcine cruciate ligaments (namely the ACL and PCL) in their form and function. The similarity of these two ligaments between people and swine are amazing. It was noted, however, that the pig and the person differ in their gaits and it is difficult to fully match their movements and tensions on the ligaments. Still, researchers are finding that people and swine are similar enough to be able to compare them on many other levels and their findings will benefit people with ligament injuries with further research.
Animal Biotech is pleased to play a role in this sort of research, offering live research swine and porcine tissue – along with expertise on proper animal care – to the biomedical world. Contact us today to learn how we can assist you with your next project.
Xenotransplantation, transplanting animal’s organs into humans, has been studied in research for a long time and is the wave of the future. Human-to-human organ donation is always in high demand and is very often difficult to procure in a timely fashion to save lives. Being able to implement animal-to-human transplantation on a routine basis would make saving human lives much easier. This article speaks of research in porcine skin transplants. Skin is the largest organ of the body and is critical in the immune system. Currently skin grafts come from human cadavers and patients that elect to have excess skin removed. Patients that have been badly burned are always in need of skin grafts. Porcine skin is incredibly similar to human skin with the exception of the fact that porcine skin produces a sugar that humans do not. Through genetic modification, this sugar production in the porcine skin has been deleted so it is more conducive to human transplantation.
This is yet another example of how porcine tissue models help biomedical research. In addition to the live animal models and porcine tissue we provide, we also offer clients expertise in the proper testing, care and housing of live animals.
Contact us today to learn how we can help you with your next project.
Research swine are playing an important role in the global fight against COVID-19, with live animal models helping to both create a vaccine and address the worldwide ventilator shortage.
Continue Reading Live Animal Model: Pigs in Virus Research
In the latest example of the benefits of using swine as models in biomedical research, scientists have engineered the world’s first pigs with Huntington’s disease, which could lead to a cure for this debilitating illness. Continue Reading How Pig Models Are Being Used in Huntington’s Disease Research
Research swine are playing a substantial role in uncovering new methods of treating diabetes.
Porcine islet cells are an integral part of the microislet cell encapsulation method because there is an unlimited source of porcine pancreas cells as compared to human donor pancreatic islets.
Continue Reading How Porcine Islet Cells Could Help Treat Diabetes
Research swine are playing an important part in the understanding of role of the extracellular matrix (or ECM) scaffold of the pancreas, which in turn helps advance regenerative medicine as it applies to restoring the of pancreas’ endocrine function.
Continue Reading How Research Swine Are Used in Decellularization/Recellularization Technology
Pedicle screws have been the standard method of treatment of spinal diseases.
However, these screws can loosen over time after placement during surgery, which makes them a less-than-ideal choice.
But how can surgeons improve on this practice? The answer may lie within research swine. More specifically, within pig lumbar spines.
Continue Reading Pig Lumbar Spines Used for Pedicle Screw Testing