# How to Pasteurize Milk at Home Safely To pasteurize milk at home safely, use the batch (vat) method: heat the milk to 145 F (63 C), hold it there for a full 30 minutes while stirring, then cool it rapidly in an ice water bath to below 40 F and refrigerate. This is the standard legal time and temperature combination for batch pasteurization, and it is the method best suited to a home kitchen because it does not require the continuous-flow equipment used in commercial high temperature short time (HTST) processing at 161 F (72 C) for 15 seconds. An accurate thermometer, a heavy-bottomed pot, constant stirring, and fast cooling are the four things that decide whether home pasteurization actually works. This guide covers why raw milk pasteurization matters, the exact time and temperature standards, a step-by-step method for cow and goat milk, how home pasteurizer units fit in, what pasteurization cannot fix, and how raw milk sale laws differ across the United States and other countries. This article is educational and is not a substitute for veterinary diagnosis or treatment. ## Key Takeaways - To pasteurize milk at home safely, heat it to 145 F (63 C), hold it there for a full 30 minutes while stirring, then cool it rapidly below 40 F. - Batch pasteurization at 145 F for 30 minutes is recommended for home kitchens because HTST at 161 F for 15 seconds requires commercial continuous flow equipment. - Raw milk can carry Escherichia coli, Brucella, Campylobacter, Cryptosporidium, Salmonella, and Listeria monocytogenes, which survives refrigeration and cannot be detected by smell or taste. - An accurate thermometer is the most important piece of equipment, since a thermometer reading 3 to 5 degrees high leaves milk under-pasteurized. - Pasteurized milk must still be refrigerated at or below 40 F and used within a few days, because pasteurization reduces pathogens but does not make milk shelf-stable. ## At a Glance: Home Pasteurization Checklist | Step | Action | Target | |--|--|--| | 1 | Clean and sanitize pot, thermometer, spoon, jars, lids | No visible residue, air-dried | | 2 | Fill pot no more than two-thirds full | Room for stirring | | 3 | Heat slowly on medium, stirring constantly | Reach 145 F (63 C) | | 4 | Hold at temperature | 30 full minutes at 145 F (63 C) | | 5 | Cool immediately in an ice water bath, stirring | Drop below 40 F | | 6 | Refrigerate in clean, sealed containers | Keep cold until use | | 7 | Label with date and method | Use within a few days | | Method | Temperature | Hold Time | Home Suitability | |--|--|--|--| | Batch (vat) | 145 F (63 C) | 30 minutes | Yes, recommended for home kitchens | | HTST (continuous flow) | 161 F (72 C) | 15 seconds | No, requires commercial equipment | | Ultra-high temperature (UHT) | 280 F (138 C) or higher | At least 2 seconds | No, requires commercial equipment | ## Why Pasteurization Matters Raw milk is a well-documented vehicle for serious foodborne illness. Unpasteurized milk has been linked to outbreaks caused by Escherichia coli, Brucella species, Campylobacter, Cryptosporidium, and Salmonella [1]. These are not theoretical risks. A 2023 to 2024 outbreak of Salmonella Typhimurium tied to commercially distributed raw milk in California and four other states produced 171 outbreak-associated cases, and 120 of those cases (70 percent) were in children and adolescents under 18 years old [1]. Eighteen of the hospitalized cases were also in that age group [1]. Four of 40 samples collected from the dairy farm, retail stores, and patients' homes, including raw milk and raw milk cheese aged for 60 days, tested positive for the outbreak strain by whole-genome sequencing [1]. Campylobacter jejuni is another recurring problem. Whole-genome sequencing has been used to confirm a Utah outbreak of Campylobacter jejuni associated with raw milk, showing how precisely public health investigators can link a specific product to human illness [2]. Listeria monocytogenes deserves special attention because it survives refrigeration and persists in dairy environments [3]. In a study of 633 raw bovine milk samples from dairy farms in Ecuador, 27.33 percent tested positive for L. monocytogenes, with positive samples spread across small, medium, and large producers [3]. Listeria is also the pathogen behind many dairy-associated listeriosis outbreaks linked to unpasteurized milk products, particularly those carrying hypervirulent strains from lineage I [4]. Raw milk microbiota dynamics at refrigeration temperature appear independent of Listeria contamination, which means you cannot judge safety by smell, taste, or how the milk looks [5]. ### The 2024 to 2025 H5N1 Development In March 2024, highly pathogenic avian influenza (HPAI) H5N1 clade 2.3.4.4b was identified in dairy cattle in the United States following a spillover event from wild birds [6]. The virus showed unusual tropism for mammary tissue, and high viral loads were detected in the milk of infected cows [7]. This changed the risk profile of raw milk in a way that had not been seen before. A study of double-blinded raw milk samples from bulk storage tanks on farms in four affected states found that 158 of 275 samples (57.5 percent) were positive for influenza A by quantitative real-time RT-PCR, and 39 of the qRT-PCR positive samples (24.8 percent) contained infectious virus, with a median titer of 3.5 log10 EID50 per mL [8]. That is a substantial infectious dose in a product some people drink deliberately. The consequences extend beyond human consumption. An 8-month-old cat developed severe illness after consuming recalled raw milk purchased at a retail establishment in California, and postmortem examination found necrotizing pneumonia, hepatitis, and salpingitis with H5N1 virus confirmed in multiple organs [6]. Multiple outbreaks in cats across Europe, Asia, and North America have been associated with raw pet food and unpasteurized milk, with felines appearing particularly susceptible and often showing severe disease and high mortality [9]. The good news is that standard pasteurization inactivates the virus. Using the FDA-approved HTST conditions of 72 C (161 F) for 15 seconds, a pilot-scale continuous flow pasteurizer completely inactivated HPAI in artificially contaminated raw milk [8]. Pasteurization remains the only widely recognized method for inactivating H5N1 in milk [10]. Raw milk cheeses are a separate concern: H5N1 virus persisted through cheesemaking and up to 120 days of aging in cheeses made at pH 6.6 and 5.8, though it did not survive at pH 5.0 [11]. Ferrets fed H5N1-contaminated raw milk became infected, while those fed raw milk cheese did not in that study [11]. ## The Legal Pasteurization Standards Pasteurization standards are not arbitrary. They are built around the most heat-resistant non-spore-forming bacterial pathogen in milk, Coxiella burnetii, the cause of Q fever [12]. Legal regulations for milk pasteurization are mostly based on Codex Alimentarius recommendations, which require a reduction of at least 5 log10 steps for C. burnetii during the pasteurization process [12]. Recent research suggests modern equipment may inactivate C. burnetii more effectively than the original 60-year-old data indicated, but the regulatory standard remains the benchmark [12]. The two standard legal methods are: - **Batch (vat) pasteurization:** 145 F (63 C) held for 30 minutes - **High temperature short time (HTST):** 161 F (72 C) held for 15 seconds HTST is a continuous flow process. Milk moves through a heated system and is held at temperature for exactly 15 seconds before rapid cooling. This requires engineered equipment with precise flow control. A home kitchen cannot reliably reproduce a 15-second hold because the margin for error is too small. If your timing is off by a few seconds, or if the milk does not reach temperature uniformly, the process fails. The batch method is different. A 30-minute hold at 145 F gives you a wide margin. You can verify the temperature with a calibrated thermometer, stir to distribute heat evenly, and confirm the full hold time with a timer. This is why home pasteurization should use the batch method. ### Why Temperature Accuracy Is Non-Negotiable Heat treatment reduces pathogens through a combination of temperature and exposure time, and pathogen reductions are influenced by both factors together [13]. A systematic review and meta-analysis of time-temperature pathogen inactivation found that the temperatures and times needed to achieve a 1-log10 reduction of major pathogen groups are likely higher and longer than previously reported, and that the type of microorganism and the matrix significantly affect inactivation [13]. In practical terms, use a validated time and temperature combination and meet both parts of it. Do not improvise your own trade-offs. An accurate thermometer is the single most important piece of equipment. A thermometer that reads 3 to 5 degrees high will leave your milk under-pasteurized. Use a calibrated dial or digital thermometer, and verify it in ice water (32 F) and boiling water (212 F at sea level) before you trust it. ## Step-by-Step: How to Pasteurize Milk at Home ### Step 1: Clean and Sanitize Everything Pasteurization kills pathogens in the milk, but it does not sterilize your equipment. If your pot, spoon, thermometer probe, jars, and lids are not clean, you reintroduce bacteria after the heat treatment. Wash everything in hot soapy water, rinse thoroughly, and sanitize with a dilute bleach solution or boiling water. Let everything air-dry on a clean surface. Do not dry with a kitchen towel, which can transfer bacteria. Use stainless steel or enamel pots. Avoid aluminum, which can react with milk and impart off-flavors. Use a long-handled spoon that reaches the bottom of the pot so you can stir continuously and prevent scorching. ### Step 2: Fill the Pot Correctly Pour raw milk into the pot, filling it no more than two-thirds full. Milk expands as it heats and foams when stirred. Leaving headspace prevents boil-over and gives you room to stir without splashing. If you are pasteurizing milk from your own cow or goat, filter it first through a clean milk filter or fine mesh to remove debris. Work with clean hands and clean equipment from the start. Milking hygiene and cleaning of milking equipment are among the most effective measures to prevent disease spread in dairy operations [14]. ### Step 3: Heat Slowly With Constant Stirring Place the pot on a medium burner. Heat slowly. Rapid heating causes scorching on the bottom and creates hot spots that can give you a false temperature reading at the top of the pot while the bottom is hotter or cooler. Stir constantly with a long-handled spoon, reaching the bottom and corners of the pot. Stirring distributes heat evenly and prevents milk solids from sticking and burning. As the milk approaches 145 F, reduce the heat further. You want to reach the target temperature gently, not overshoot it. Monitor the temperature continuously with your thermometer. Do not leave the pot unattended. ### Step 4: Hold at 145 F for 30 Minutes When the milk reaches 145 F (63 C), start your timer. Hold the milk between 145 F and 150 F for a full 30 minutes. Stir frequently during the hold. Adjust the burner as needed to maintain the temperature within that range. Do not let the temperature drop below 145 F. If it does, you have two options: extend the hold time to compensate, or restart the 30-minute timer once the milk is back at 145 F. Restarting the timer is the safer choice. Do not let the temperature climb much above 150 F. Higher temperatures change the flavor and texture of the milk and can begin to denature proteins. You are pasteurizing, not cooking. ### Step 5: Cool Rapidly in an Ice Water Bath When the 30-minute hold is complete, remove the pot from the heat and place it immediately into a larger container filled with ice water. Stir the milk gently to speed cooling. The goal is to drop the temperature below 40 F as quickly as possible. Rapid cooling is not optional. The danger zone for bacterial growth is between 40 F and 140 F. Every minute the milk spends in that range gives surviving bacteria a chance to multiply. Pathogens that survive pasteurization, or that are introduced during handling, can regrow if the milk cools slowly. ### Step 6: Refrigerate and Store Properly Once the milk is below 40 F, pour it into clean, sanitized glass jars or food-grade containers. Seal them and place them in the refrigerator immediately. Label each container with the date and the method used. Keep pasteurized milk refrigerated at or below 40 F at all times. Use it within a few days for best quality. Pasteurized milk still spoils. Pasteurization reduces pathogen load, it does not make milk shelf-stable. ## How to Pasteurize Goat Milk The same batch method applies to goat milk: 145 F (63 C) for 30 minutes, followed by rapid cooling to below 40 F. The time and temperature standards are based on the heat resistance of pathogens that can be shed in the milk of ruminants, including cattle, sheep, and goats [12]. Coxiella burnetii, the organism that sets the pasteurization standard, is shed in the milk of infected cattle, sheep, and goats [12]. This means goat milk requires the same treatment as cow milk. Goat milk has a different fat globule structure and a slightly different flavor profile than cow milk. It may develop a stronger "goaty" flavor after pasteurization, especially if heated too quickly or held too long above 150 F. Gentle heating and careful temperature control minimize this. If you are pasteurizing goat milk for kid goats rather than for human consumption, the same food safety principles apply. Heat treatment reduces pathogen load. Feeding raw colostrum or milk from infected animals has been linked to severe disease in other species, including cats that developed neurological symptoms after ingesting raw colostrum and milk from H5N1-infected cows [15]. ## Home Pasteurizer Units Home pasteurizer units are available for small-scale dairy producers and homesteaders. These appliances are designed to heat milk to a set temperature, hold it for a programmed time, and sometimes cool it automatically. They take the guesswork out of temperature control and timing. If you use a home pasteurizer, verify its calibration. Check the temperature with your own calibrated thermometer during the hold. Do not assume the unit's display is accurate. Clean and sanitize the unit thoroughly between batches, following the manufacturer's instructions. A home pasteurizer does not change the underlying science. The milk must still reach 145 F for 30 minutes, and it must still be cooled rapidly below 40 F. A unit that automates heating but not cooling still requires you to manage the ice water bath. For most home producers, a heavy-bottomed stainless steel pot, a calibrated thermometer, a long-handled spoon, and a large ice water bath are sufficient. The equipment does not need to be expensive. It needs to be accurate and clean. ## Pasteurized vs Raw Milk: What Changes and What Does Not Pasteurization changes milk in several ways. It reduces or eliminates vegetative pathogens, including Salmonella, Campylobacter, E. coli O157:H7, Listeria, and Brucella [1]. It inactivates H5N1 avian influenza virus under standard conditions [8]. It extends shelf life by reducing the total bacterial load. Pasteurization does not change the nutritional fundamentals of milk. It does not remove fat, protein, or minerals. It does slightly reduce some heat-sensitive vitamins and enzymes, but the public health benefit of preventing serious foodborne illness outweighs these losses for most households. Pasteurized milk is not sterile. It still contains some bacteria, and it will still spoil if mishandled. Refrigeration below 40 F and clean handling after pasteurization are essential. Raw milk is not automatically safer because it comes from a small farm, a grass-fed herd, or an animal you know. Pathogens like Listeria can be present in raw milk from small, medium, and large producers alike [3]. The native microbiota of raw milk does not prevent pathogen contamination or growth [5]. You cannot assess safety by appearance, smell, or taste. ## What Pasteurization Cannot Fix Pasteurization is a heat treatment. It kills or inactivates susceptible pathogens. It does not fix every problem with milk. **Poor hygiene.** If milking equipment, hands, or storage containers are dirty, pasteurization may not eliminate every pathogen, and recontamination after pasteurization is easy. Milking hygiene and cleaning of milking equipment are among the most effective measures to prevent disease spread [14]. Pasteurization is not a substitute for clean milk production. **Antibiotic residues.** Pasteurization does not remove antibiotic residues from milk. If a cow or goat is treated with antibiotics and milk is not withheld for the proper withdrawal period, residues will remain in the milk after pasteurization. This is a regulatory and food safety issue, not a pasteurization issue. Follow your veterinarian's withdrawal instructions exactly. **Bacterial toxins.** Some bacteria produce heat-stable toxins that survive pasteurization. If milk is contaminated and held warm before pasteurization, toxins can accumulate. Pasteurization kills the bacteria but does not destroy all pre-formed toxins. Prompt chilling of raw milk before pasteurization reduces this risk. **Spore-forming bacteria.** Pasteurization does not sterilize milk. Spore-forming bacteria can survive and cause spoilage. This is why pasteurized milk still has a limited shelf life. **Viral persistence in some products.** Pasteurization inactivates H5N1 in milk under standard conditions [8]. However, H5N1 virus persisted in raw milk cheeses at pH 6.6 and 5.8 for up to 120 days of aging, though it did not survive at pH 5.0 [11]. Pasteurization of the milk before cheesemaking is the reliable control point. ## Raw Milk Sale Laws: United States and International Raw milk sale laws vary by state in the United States. Some states allow retail sale of raw milk, some allow it only on the farm where it is produced, some allow it only through herd-share agreements, and some prohibit sale entirely. California, for example, allows retail sale of raw milk, and H5N1 virus was detected in raw milk sold commercially in that state in November 2024, leading to a recall [6]. Because laws change and enforcement varies, check your state department of agriculture for current rules before buying, selling, or sharing raw milk. Federal law prohibits interstate sale of raw milk for human consumption. Internationally, the picture is similarly varied. The United Kingdom, Canada, and Australia each have their own rules on raw milk sale and distribution. Canada generally prohibits the sale of raw milk for human consumption. Australia prohibits raw milk sales for human consumption in most jurisdictions, though some allow it for cosmetic or pet food purposes with strict labeling. England, Wales, and Northern Ireland allow raw milk sales directly from registered farms under specific conditions, while Scotland bans the sale of raw cow's milk. If you are traveling or moving between countries, do not assume that raw milk legally sold in one country is legal or safe in another. ## Common Mistakes and Troubleshooting **Milk scorched on the bottom.** Heat too high or stir too slowly. Use a heavy-bottomed pot and stir constantly, reaching the bottom. **Temperature dropped below 145 F during the hold.** Restart the 30-minute timer once the milk is back at 145 F. Do not count the time below temperature. **Temperature climbed above 150 F.** Reduce heat and stir. Brief overshoots are less harmful than prolonged high heat, but consistent overheating changes flavor and texture. **Milk cooled too slowly.** Use a larger ice water bath, stir the milk during cooling, and use a pot with good surface area contact with the ice water. Do not leave the pot on the counter to cool. **Milk spoiled quickly after pasteurization.** Check your refrigeration temperature. Check that jars and lids were sanitized. Check that you cooled the milk below 40 F before refrigerating. Pasteurized milk still spoils if handled poorly. **Thermometer reads inaccurately.** Calibrate your thermometer before every batch. Ice water should read 32 F. Boiling water should read 212 F at sea level. Adjust for altitude if needed. **Foam or boil-over.** Fill the pot no more than two-thirds full and reduce heat as the milk approaches 145 F. ## Welfare and Safety Points for Small Producers If you keep a family cow or goat, the health of the animal directly affects milk safety. Mastitis, systemic illness, and poor milking hygiene all increase the risk of pathogen contamination. Work with your veterinarian on a herd health plan that includes udder health, vaccination, parasite control, and milking hygiene. H5N1 in dairy cattle presents with nonspecific clinical signs, including decreased milk production and irregular milk consistency [15]. If your cow or goat shows these signs, contact your veterinarian. Do not consume or sell raw milk from a sick animal. Do not feed raw milk or colostrum from a sick animal to other animals, including cats, which are particularly susceptible to severe H5N1 disease from raw milk consumption [9]. Biosecurity matters. Cleaning and disinfection of milking equipment, milking hygiene, and avoiding the exchange of workers, vehicles, and equipment between farms are among the most effective measures to prevent disease spread [14]. Selling milk generally requires a state license and a permitted processing facility. If you share milk, keep records of your pasteurization process, including temperatures, hold times, and cooling times. ## Limitations and When to Contact a Veterinarian This article describes standard home pasteurization methods for cow and goat milk. It does not replace veterinary advice for your specific animals, your specific equipment, or your specific situation. Individual herds, individual animals, and individual health conditions require individual assessment. Contact a veterinarian if: - Your cow or goat shows decreased milk production, abnormal milk consistency, fever, off-feed behavior, or any sign of systemic illness - You suspect mastitis or any udder infection - You are treating an animal with antibiotics and need guidance on withdrawal periods - You are pasteurizing milk for a person who is pregnant, immunocompromised, elderly, or an infant - You are pasteurizing milk for pets or young animals, especially cats - You have had a batch of milk spoil unusually fast or cause illness in anyone who consumed it - You are considering selling or sharing raw or pasteurized milk and need to understand your legal obligations - You have any question about whether your pasteurization process is adequate If a person or animal becomes ill after consuming raw or home-pasteurized milk, contact a physician or veterinarian immediately. Do not wait to see whether symptoms resolve. ## Frequently Asked Questions ### Can I pasteurize milk at home using the HTST method? No. HTST requires continuous flow equipment that holds milk at 161 F for exactly 15 seconds. A home kitchen cannot reliably reproduce that timing. Use the batch method at 145 F for 30 minutes. ### How long does home pasteurization take? The hold time is 30 minutes at 145 F. Add time for heating, cooling in an ice water bath, and cleanup. Plan on roughly 1.5 to 2 hours from start to refrigerated storage for a typical batch. ### Does pasteurizing milk kill all bacteria? No. Pasteurization reduces pathogen loads to levels that are unlikely to cause illness when the milk is handled properly. It does not sterilize milk. Pasteurized milk still contains some bacteria and will spoil if mishandled. ### Can I pasteurize goat milk the same way as cow milk? Yes. Use the same batch method: 145 F for 30 minutes, then rapid cooling below 40 F. The standard is based on pathogens shed in the milk of ruminants, including goats. ### Does pasteurization remove antibiotics from milk? No. Pasteurization does not remove antibiotic residues. If an animal is treated with antibiotics, follow the withdrawal period your veterinarian specifies before using the milk. ### Is raw milk safer if it comes from a small farm? No. Listeria and other pathogens have been found in raw milk from small, medium, and large producers. Farm size does not determine safety. ### Can I pasteurize milk in a microwave? No. Microwaves heat unevenly and cannot maintain a consistent 145 F hold for 30 minutes. Use a stovetop pot with constant stirring and a calibrated thermometer. ### What should I do if my milk smells or tastes off after pasteurization? Discard it. Off smells or flavors can indicate spoilage or contamination. Do not consume milk that seems abnormal, and review your cleaning, heating, cooling, and storage steps before the next batch. ## Related Articles - [Goat Milk Processing: Pasteurization, Cheese, and Value-Added Products](/knowledge/animal-farming/goats/goat-milk-processing-pasteurization-cheese-value-added-products) - [Camel Milk Processing: Pasteurization, Fermentation, and Value-Added Products](/knowledge/animal-farming/alternative-livestock/camel-milk-processing-pasteurization-fermentation-value-added-products) - [Goat Milk Production and Quality](/knowledge/animal-farming/goats/goat-milk-production-quality) - [Jersey Cows: Milk, Size, Temperament and Care](/knowledge/veterinary-medicine/food-animal-medicine/jersey-cow-breed-guide) - [How Much Milk Does a Cow Produce a Day?](/knowledge/veterinary-medicine/food-animal-medicine/how-much-milk-does-a-cow-produce) - [Holstein Cows: Milk Yield, Size and Health Issues](/knowledge/veterinary-medicine/food-animal-medicine/holstein-cow-breed-guide) ## Sources 1. [Outbreak of Salmonella Typhimurium Infections Linked to Commercially Distributed Raw Milk - California and Four Other States, September 2023-March 2024.](https://pubmed.ncbi.nlm.nih.gov/40705671/) 2. [Whole-Genome Sequencing and Bioinformatic Analysis of Isolates from Foodborne Illness Outbreaks of Campylobacter jejuni and Salmonella enterica.](https://pubmed.ncbi.nlm.nih.gov/30158193/) 3. [Occurrence of Listeria monocytogenes in Raw Bovine Milk from Ecuador: Culture-Based Isolation and Molecular Identification.](https://pubmed.ncbi.nlm.nih.gov/42797907/) 4. [Impact of virulence factors overexpression on Listeria monocytogenes F2365 epidemic strain fitness and the limitations of surrogate species in UHT and raw milk.](https://pubmed.ncbi.nlm.nih.gov/41398166/) 5. [Raw milk at refrigeration temperature displays an independent microbiota dynamic regardless Listeria monocytogenes contamination.](https://pubmed.ncbi.nlm.nih.gov/39967137/) 6. [Salpingitis and multiorgan lesions caused by highly pathogenic avian influenza A(H5N1) virus in a cat associated with consumption of recalled raw milk in California.](https://pubmed.ncbi.nlm.nih.gov/41612773/) 7. [The emergence of highly pathogenic avian influenza H5N1 in dairy cattle: implications for public health, animal health, and pandemic preparedness.](https://pubmed.ncbi.nlm.nih.gov/40369349/) 8. [Inactivation of Highly Pathogenic Avian Influenza Virus with High-temperature Short Time Continuous Flow Pasteurization and Virus Detection in Bulk Milk Tanks.](https://pubmed.ncbi.nlm.nih.gov/39154916/) 9. [Highly Pathogenic Avian Influenza (HPAI) H5N1 in Raw Pet Foods and Milk: A Growing Threat to both Companion Animals and Human Health, and Potential Raw Pet Food Industry Liability.](https://pubmed.ncbi.nlm.nih.gov/41016509/) 10. [In-laboratory inactivation of H5N1 in raw whole milk through milk acidification: Results from a pilot study.](https://pubmed.ncbi.nlm.nih.gov/39890065/) 11. [H5N1 influenza virus stability and transmission risk in raw milk and cheese.](https://pubmed.ncbi.nlm.nih.gov/41062832/) 12. [Inactivation Kinetics of Coxiella burnetii During High-Temperature Short-Time Pasteurization of Milk.](https://pubmed.ncbi.nlm.nih.gov/35069465/) 13. [Systematic review and meta-analysis of time-temperature pathogen inactivation.](https://pubmed.ncbi.nlm.nih.gov/32814236/) 14. [Risk of infection of dairy cattle in the EU with highly pathogenic avian influenza virus affecting dairy cows in the United States of America (H5N1, Eurasian lineage goose/Guangdong clade 2.3.4.4b. genotype B3.13).](https://pubmed.ncbi.nlm.nih.gov/41425767/) 15. [Comprehensive Insights into Highly Pathogenic Avian Influenza H5N1 in Dairy Cattle: Transmission Dynamics, Milk-Borne Risks, Public Health Implications, Biosecurity Recommendations, and One Health Strategies for Outbreak Control.](https://pubmed.ncbi.nlm.nih.gov/40137763/)