🐠🛡️ Did you know? Fish that are resistant to diseases not only survive better themselves but also help lower the infection rate in other fish! 🌟 Discover more about this fascinating topic and learn how disease-resistant fish are changing the game in aquaculture. Dive into the full article here: https://lnkd.in/eHGhcQ8F 📖 Don't miss out on the chance to enhance your knowledge and contribute to healthier fish populations! #Aquaculture#FishHealth#DiseaseResistance#LearnMore#TakeActionNow
🐠🛡️ Did you know? Fish that are resistant to diseases not only survive better themselves but also help lower the infection rate in other fish! 🌟 Discover more about this fascinating topic and learn how disease-resistant fish are changing the game in aquaculture. Dive into the full article here: https://lnkd.in/e-DfzFv5 📖 Don't miss out on the chance to enhance your knowledge and contribute to healthier fish populations! #Aquaculture#FishHealth#DiseaseResistance#LearnMore#TakeActionNow
"A disappointing loss" - An effort to replenish the ecosystem. 💔🐟
While aquaculture is often celebrated for feeding millions, a recent incident in Oregon highlights its equally critical role in nurturing our waterways' ecosystems. The culling of 160,000 rainbow trout due to a novel parasite underscores the delicate balance of #biodiversity and the urgent need for innovation to combat the effects of warmer temperatures and other climate-related challenges.
Many associate aquaculture primarily with farming for direct human consumption. But this hatchery supports another vital aspect of the practice: farming to replenish and support our waterways' ecosystems. Such efforts are crucial for maintaining biodiversity and ecological balance. 🌎
At KnipBio, we're at the forefront of this mission, offering innovative feed solutions that support fish health, #resilience, and welfare. These are crucial for food security and ecological harmony.
We are excited to help advance aquaculture that feeds us and heals our planet. With KnipBio, a future where aquaculture supports vibrant, resilient ecosystems is within reach. 🌿
#aquaculture#sustainability#fishhealth#knipbio#innovation#fermentation#aquafarming#fishfeed#agtech#trout#climateresilience#impact#imapctinvestinghttps://lnkd.in/gTQvFzKT
Fish flukes, also known as trematodes, are flatworms that parasitize a wide range of fish species, including both freshwater and marine varieties. These parasites typically have complex life cycles involving multiple hosts, with freshwater snails often serving as intermediate hosts and fish as definitive hosts. The transmission of flukes occurs through the ingestion of infected intermediate hosts or exposure to contaminated water.
One of the most concerning aspects of fish fluke infestations is their ability to cause significant damage to their hosts. Flukes attach themselves to the gills, skin, and internal organs of fish, where they feed on tissue and bodily fluids, leading to tissue damage, inflammation, and secondary infections. In severe cases, fluke infestations can result in reduced growth rates, impaired immune function, and even mortality, particularly in young or immunocompromised individuals.
In addition to their direct impact on fish health, fish flukes can also have broader ecological implications. Heavy infestations can weaken fish populations, making them more susceptible to predation and environmental stressors. Furthermore, the presence of flukes in aquaculture facilities can lead to economic losses due to decreased productivity and increased mortality rates.
Fortunately, there are measures that can be taken to mitigate the risk of fish fluke infestations and minimize their impact. Implementing strict biosecurity protocols, such as quarantine procedures and regular health screenings, can help prevent the introduction and spread of parasites in aquaculture operations. Additionally, maintaining clean water quality and providing optimal nutrition can strengthen fish immune systems and reduce their susceptibility to infection.
#MarineBiology#Parasitology#FishHealth#Aquaculture#Conservation#Biosecurity#Aquarist 🐠🔬
Metagenomics x Aquaculture: Moving from reacting to preventing disease outbreaks
🐟 Aquatic disease outbreaks originate in the unseen world of the microbiome. When the microbiome is disrupted, beneficial microbes are unable to suppress pathogens, leading to unexpected outbreaks. The unpredictability of these outbreaks leaves aquaculture farms in a constant state of vulnerability.
📊 Without actionable microbiome data, aquatic veterinarians and health managers are often forced to react to the symptoms of an outbreak with costly treatments, rather than proactively prevent them.
🦠 Regular microbiome monitoring with metagenomics offers an alternative. By tracking the composition of the total microbiome, it’s possible to detect indicators of disease before it manifests. With a clearer picture of all the potential threats, veterinarians and health managers can make informed, data-driven decisions to proactively prevent outbreaks.
Stay tuned to learn more about the power of metagenomics, the aquatic microbiome and how a greater understanding of this unseen world can transform aquatic health management.
#aquaculture#aquacultureuk#metagenomics#microbiome#fishfarming#health
Metagenomics x Aquaculture: Moving from reacting to preventing disease outbreaks
🐟 Aquatic disease outbreaks originate in the unseen world of the microbiome. When the microbiome is disrupted, beneficial microbes are unable to suppress pathogens, leading to unexpected outbreaks. The unpredictability of these outbreaks leaves aquaculture farms in a constant state of vulnerability.
📊 Without actionable microbiome data, aquatic veterinarians and health managers are often forced to react to the symptoms of an outbreak with costly treatments, rather than proactively prevent them.
🦠 Regular microbiome monitoring with metagenomics offers an alternative. By tracking the composition of the total microbiome, it’s possible to detect indicators of disease before it manifests. With a clearer picture of all the potential threats, veterinarians and health managers can make informed, data-driven decisions to proactively prevent outbreaks.
Stay tuned to learn more about the power of metagenomics, the aquatic microbiome and how a greater understanding of this unseen world can transform aquatic health management.
#aquaculture#aquacultureuk#metagenomics#microbiome#fishfarming#health
Alphitobius diaperinus, known as the ‘Black Beetle’, is an insect that causes recurrent infestations and transmits pathogens to chickens and humans.
Its life cycle is complete, eggs, larvae, pupae and adults, and is completed in less than 6 weeks. The larvae feed mainly on bird guano, dead or diseased birds and other detritus, and the adults on feed spilled under feed troughs.
These insects cause structural damage to poultry facilities, decrease chick quality due to carcass damage, act as vectors of poultry diseases and cause stress to the birds. In addition, they can generate new re-infestations when manure is removed from the premises and spread on the field as manure, carrying the infestation to other places.
Recommended treatment is comprehensive, combining the use of biocides and educating farmers on manure management and control and dead animal removal. The combined use of adulticide and larvicide in the form of a concentrated suspension and its application by spraying on the perimeter of the house, as well as on the walls and perimeter of the facility is recommended. The use of an adulticide in powdered dusting form with residual action after the litter has been spread, on porous surfaces and under feeders is also highly recommended.
The best time to apply the treatment is just after chick removal, when the guano is still warm and rich in ammonia.
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Designing and implementing practical solutions to address challenges of food security and sustainability in arid environments | Advocate for responsible use of synthetic biology in agriculture
The increased capacity of viruses bering able to jump across species scares me more than any other thing in the world. We had a small taste of this during the SARS-CoV-2 pandemic. The intensive poultry farming is bad at a global scale. I don't agree with how this article singles out China's intensive poultry farming industry. The US intensive poultry farming industry is as bad as any at a global scale. Any intensive poultry farming industry needs to be monitored.
Even more frightening is the melting of permafrost. We have no idea what is awakening from deep tundras. Ecological scale immune systems have not seen these viruses and microbes in over 5000 years. The WHO’s Health Emergencies Programme emergency response systems has to work better than they did for the COVID-19 pandemic.
#WHO#virus#pandemicpreparedness
The growth of marine bivalve aquaculture is presented as a potential measure to effectively provide seafood for human consumption while preserving wild populations. It can be an economic driver in coastal areas while also
providing important ecosystem services such as filtration of phytoplankton and carbonate buffering. However, as with other farming practices, increased densities of individuals in a confined space often results in disease outbreaks.
In this article a new automated method to quantify and characterize infection in the Pacific oyster based on digital image analysis is presented.
🐟 Worried about Pseudomonas putida threatening your gilthead seabream? There's hope! Discover how Florfenicol could be the game-changer in treating this deadly infection. 💊 Dive into the full article here: https://lnkd.in/gJ9SJiKf#Aquaculture#FishHealth#Florfenicol
🔬 Learn more about the potential benefits of Florfenicol in combating Pseudomonas putida and safeguarding cultured gilthead seabream populations. Stay informed to protect your aquaculture investment! 💡 #FishFarming#Treatment
Disease Management Practices 🐟🦐
Preventive Measures in Aquaculture:
1. Implement strict biosecurity protocols to prevent the ingress of wild aquatic fauna into farm ponds.
2. Establish dedicated reservoirs for water storage, employing methods to minimize direct extraction from natural water bodies.
3. Prioritize water treatment procedures for reservoir water before introduction into the ponds to mitigate potential pathogen introduction.
4. Implement controlled water exchange practices to maintain optimal water quality while minimizing the risk of disease transmission.
5. Opt for closed or semi-closed recirculating aquaculture systems (RAS) to enhance biosecurity and water quality control.
6. Employ rigorous disinfection measures in the event of a disease outbreak to decontaminate water before discharge, reducing the spread of pathogens.
7. Ensure thorough pond preparation by desiccating the pond bottom and removing sediment layers to minimize disease reservoirs.
8. Practice stocking densities within recommended limits to avoid overcrowding, which can exacerbate stress and disease susceptibility among aquatic organisms.
9. Monitor and maintain water quality parameters within optimal ranges to promote fish health and immune function.
10. Provide nutritionally balanced diets tailored to the species' requirements, avoiding overfeeding to prevent nutrient imbalances and water quality deterioration.
11. Implement advanced diagnostic techniques for early pathogen detection, allowing for prompt quarantine and treatment of infected individuals to prevent disease spread.
12. Prioritize the use of specific pathogen-free (SPF) or specific pathogen-resistant (SPR) fish larvae to minimize disease risks during stocking.
13. Avoid the importation of larvae to mitigate the potential introduction of pathogens from external sources.
14. Refrain from feeding low-quality or potentially contaminated feed sources, such as trash fish, to maintain fish health and minimize disease transmission risks.
By adhering to these comprehensive disease management practices and preventive measures, aquaculture operations can optimize productivity while safeguarding the health and sustainability of fish stocks.🐬
#DiseaseManagement#FishFarming#Aquaculture#PreventiveMeasures#WaterQuality#PathogenDetection#SPFLarvae#SPRLarvae#HealthyFish#SustainableAquaculture#AquaCultivaNetwork