Animal Production Gains using Animal Biotechnology Industry
Biotechnology has made significant contributions to improvements in animal agriculture. Genetic markers and diagnostic tests have allowed for more accurate selection of breeding stock with desirable production traits like increased milk yields, meat quantity and quality, disease resistance, and feed efficiency. These advances have led to global gains in overall animal productivity.
Animal Biotechnology Industry Accelerating Genetic Improvement
The ability to genotype animals at a young age for thousands of genetic markers across the genome, known as genomic selection, has revolutionized traditional Animal Biotechnology breeding. Genomic selection techniques can now identify the best animals for breeding within their first year rather than waiting until maturity to measure actual performance. This has accelerated genetic improvement by shortening generation intervals. Several global animal agriculture companies now routinely utilize genomic selection to breed cattle, pigs, and poultry with superior performance.
Precision Livestock Management Benefiting Producers
Advances in precision livestock farming utilizing technologies like sensors, automation, robotics, and big data analytics are allowing farms to better monitor individual animals. Precise data on health, behavior, and production traits can be collected and analyzed. This allows for early disease detection as well as customized management interventions. Precision tools are helping producers optimize nutrient utilization, improve animal welfare, reduce labor needs, and increase overall farm efficiency and output.
Pharmaceutical Production from Livestock Bioreactors
Biopharming research aims to produce high-value pharmaceuticals and industrial compounds in the milk of transgenic livestock. Goats and cows have been genetically engineered to produce recombinant proteins for potential applications in medicine, agriculture, and manufacturing. While still at an early research stage, success in this field could see transgenic animal farms playing an important future role in global pharmaceutical supply chains and biomanufacturing if regulatory and public acceptance hurdles can be overcome.
Gene Editing Expanding into New Species
The advent of precise gene editing tools like CRISPR-Cas9 is opening new doors for applications across various livestock species. In addition to pigs, cattle, poultry, and farmed fish, species like deer, bison, camelids (llamas/alpacas), and aquaculture species are now targets for genomic improvements. Traits under investigation include disease resistance, nutrient metabolism, drought tolerance, wool/fiber quality, and more. Researchers in China and other countries are applying these tools for conservation and commercial purposes in new species.
Stem Cell Therapies Entering Veterinary Practice
Exciting developments in animal stem cell research and regenerative medicine over the past decade are starting to translate into new veterinary treatments. Mesenchymal stem cells sourced from adipose tissue or bone marrow show promise for orthopedic therapies in horses. Induced pluripotent stem (iPS) cells may someday enable custom tissue engineering solutions. Early successes with stem cell therapies point toward future options for extending the healthy, productive lives of agricultural animals that face injuries or genetic conditions.
Genome Editing Controversy and Regulation
While genome editing holds promise, its application to food animals has also generated controversy regarding safety, risks, and unintended consequences. Most governments, including the US FDA, still regulate genome-edited animals with an approach similar to transgenic organisms. However, regulatory pathways recognizing the precise nature of techniques like CRISPR are being developed. Resolution of complex biosafety, traceability and intellectual property issues will be important for realizing animal biotechnology's full potential on a global scale.
Investment and Innovation Driving Future Growth
Animal biotechnology is attracting increased private venture capital investment thanks to its multibillion-dollar global market potential. Digital health platforms integrating precision technologies with genomics and predictive analytics represent an emerging growth area.
In Summary, innovative applications of gene therapies, gene drives, epigenetics, synthetic biology and other emerging tools leave ample room for continued scientific advancement addressing global food security and sustainability challenges through improved animal systems. With continued responsible innovation and oversight, animal biotech looks poised for sustainable long-term growth worldwide.
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Incorporation of technology with biology has opened up a broad pathway for research to understand and create new products with the help of genetically engineered animals.
As per the report that has been recently published by Market Research Future (MRFR), the global transgenic animals market is anticipated to expand significantly at a noteworthy CAGR of 8.6% during the forecast period of 2017-2023.Request Sample Copy:https://www.marketresearchfuture.com/sample_request/5464Market Drivers:The rapid development in the field of genetic engineering and biotechnology is leading to the incorporation of recombinant DNA technology in various animals.
The introduction of transgenic technology in cows for increasing the production of milk is gaining traction in the global market, resulting in the growth of the global transgenic animal market.
The increasing use of transgenic technology for improving the quality and quantity of meat to fulfill the high demand for good quality meat in various regions of the world is one the major factors that are fueling the expansion of the global transgenic animal market.Market Restraints:The high cost of development of transgenic technology, reluctance in the acceptance of transgenic products and stringent regulatory framework by FDA are likely to hamper the growth of the global transgenic animal market during the forecast period.
Based on products, the transgenic animal market is segmented into PCR, gene gun, microinjections, electroporator, and others.
Based on consumables, the transgenic animal market is segmented into fluorescent probes, culture media, and others.Based on application, the transgenic animal market is segmented into recombinant human proteins, monoclonal antibodies, xenotransplantation, and others.
Global transgenic animals market research report: by products (gene gun, microinjection), techniques (DNA microinjection), consumables (probes), application (monoclonal Abs), transgenic animals (mice) end user (biotech industries) – Forecast till 2027The global transgenic animals market is eyeing for a stellar 8.60% CAGR during the forecast period (2017-2023), reports Market Research Future (MRFR).
This covers the drivers and various segmentation with a detailed analysis of the same for a precise market overview and a rationally laid-out prediction.
The market is founded on the technology of insertion of a foreign gene into an animal’s genome where, by recombining it then with the animal’s DNA, researchers can obtain the much-desired result.
Expanding biotechnology sector is also a driver for transgenic animals’ market.
Its astounding market value of USD 139.4 billion can speak for the inflating industry, and surely transgenic animals’ market can profit from it.On the flip side, stringent FDA policies can act like a hurdle for the market in the forthcoming future and reluctance to accept the resultant products, coupled with high developmental cost, can bottleneck the expected flow.
Request Free Sample Copy at: https://www.marketresearchfuture.com/sample_request/5464 SegmentationThe global transgenic animals market can be segmented by product, techniques, consumables, application, model organisms, and end-user.Based on product, the market can be segmented into peak cell rate (PCR), gene gun, microinjections, electroporator, and others.
