Goat Kidding Care: Postpartum Care for Does and Kids

The period immediately after kidding determines whether a doe returns to production and whether a kid survives its first days of life. Postpartum care for goats involves monitoring the doe for complications such as retained placenta, metritis, and pregnancy toxemia recovery, while ensuring the newborn kid receives colostrum, maintains body temperature, and establishes nursing behavior. This guide covers the practical steps for managing does and kids from the moment of birth through the first weeks postpartum, with attention to nutrition, health checks, record keeping, and when to call a veterinarian.

At a Glance: Postpartum Care Priorities

Understanding the Postpartum Period in Goats

The postpartum period in goats spans from delivery of the placenta through the first several weeks of lactation. This phase involves significant metabolic and physiological changes as the doe transitions from pregnancy to lactation. The doe's body must recover from the physical demands of kidding while simultaneously supporting milk production for her kids. Research on higher-parity Saanen goats has shown that the periparturient period is a critical phase during which metabolic and oxidative adaptations may influence maternal physiology and offspring viability. Goats that experienced kid mortality at birth showed higher total oxidant status and oxidative stress index concentrations compared to goats without kid mortality, suggesting that oxidative burden may be associated with adverse outcomes. These findings indicate that monitoring the doe's metabolic status around kidding can provide insight into both maternal health and kid survival prospects. The periparturient changes study followed goats from three weeks before kidding to four weeks postpartum and identified that kid mortality at birth was associated with systemic oxidative imbalance and selected metabolic changes.

The transition from pregnancy to lactation requires careful nutritional management. The doe's energy demands increase substantially once lactation begins, and her feed intake may not immediately match these demands. This gap between energy intake and output can lead to metabolic disturbances if not managed properly. Understanding the normal physiological changes during this period helps farmers distinguish between expected adaptations and signs of disease.

Immediate Postpartum Care for the Doe

Monitoring Vital Signs and General Condition

Within the first hours after kidding, assess the doe's overall condition. Normal temperature for a postpartum doe ranges from 101.5°F to 103.5°F. Heart rate typically falls between 70 and 80 beats per minute, and respiration between 15 and 30 breaths per minute. These values can vary slightly based on ambient temperature and the doe's exertion during kidding.

Observe the doe for signs of excessive fatigue, weakness, or distress. A doe that kidded normally should stand within a short period after delivery and show interest in her kids. She should begin grooming and nursing behavior, which is important for bonding and for stimulating the kids. Research on maternal behaviors in Saanen and hair goat crosses at partum and early postpartum has documented the patterns of doe-kid relationships that develop immediately after birth. The maternal behaviors study provides background on how does interact with their kids during this critical period.

Placental Delivery and Discharge

The placenta should pass within a few hours after kidding. Most does pass the placenta within 2 to 4 hours, though some may take up to 12 hours. Retained placenta is a concern if the placenta has not passed within 12 to 24 hours. Monitor the doe for signs of retained placenta, which include straining, depression, reduced appetite, and foul-smelling vaginal discharge.

Normal postpartum discharge, called lochia, is dark red to brownish and may persist for several days. The discharge should not have a strong odor. Foul-smelling discharge combined with fever indicates possible metritis, an infection of the uterus. The diseases of reproductive system of goats reference covers reproductive diseases that can affect does in the postpartum period.

Assessing the Udder

Examine the doe's udder for signs of swelling, heat, pain, or abnormal milk. The udder should fill with colostrum before kidding and transition to milk over the first days postpartum. Signs of mastitis include a hot, swollen, or hard udder, abnormal milk appearance, and reduced milk production. Early detection of udder problems allows for prompt treatment and reduces the risk of losing the doe to severe infection.

For dairy operations, the udder health of the doe directly affects the quality and safety of milk for human consumption. The FDA Animal and Veterinary resources provide information on drug residues in milk and appropriate withdrawal periods for medications used in lactating animals. Any treatment administered to a lactating doe must account for milk withdrawal times to prevent drug residues in milk sold for human consumption.

Immediate Postpartum Care for the Newborn Kid

Drying and Warming the Kid

Newborn kids are wet and vulnerable to hypothermia, especially in cold or drafty environments. Immediately after birth, ensure the kid can breathe and begin drying it with clean towels or allow the doe to groom the kid. Maternal grooming serves multiple purposes, including drying the kid, stimulating circulation, and initiating bonding. Research on West African Dwarf goats found that maternal care was higher during periods of higher relative humidity and also in vulnerable and low birth weight kids. The neonatal behavior study documented that duration of grooming correlated with neonatal vigor and that kids whose grooming commenced earlier showed higher vigor levels.

If the environment is cold, provide supplemental heat through heat lamps, warming boxes, or other safe heat sources. A kid's rectal temperature should be above 100°F shortly after birth. Hypothermic kids are weak, lethargic, and may not nurse effectively. Rewarming must be gradual to avoid shock.

Ensuring Colostrum Intake

Colostrum is the first milk produced by the doe and contains antibodies that provide passive immunity to the kid. The kid's ability to absorb these antibodies through the intestinal wall decreases rapidly after birth, making early colostrum intake critical. Ideally, the kid should receive colostrum within the first 2 to 6 hours of life.

Observe the kid to confirm it is nursing effectively. A healthy kid should stand and attempt to nurse within the first hour or two after birth. The neonatal behavior study found that single born kids and those dropped by older and multiparous mothers sucked earlier than other kids. Kids that are slow to stand or nurse may need assistance.

If the kid cannot nurse from the doe, bottle feeding colostrum is an option. Colostrum can be milked from the doe and fed to the kid via bottle or stomach tube. The volume and frequency of colostrum feeding depend on the kid's size and condition. Colostrum quality varies between does, and poor quality colostrum may not provide adequate passive immunity.

Navel Care

The umbilical cord is a route for bacterial entry into the newborn kid. Dip or spray the navel with a suitable antiseptic solution shortly after birth to reduce the risk of infection. Repeat navel treatment may be warranted in dirty environments. Monitor the navel area for swelling, heat, or discharge, which could indicate navel ill or joint ill.

Monitoring Kid Vitality

Assess the kid's vigor and behavior in the first hours after birth. Healthy kids are alert, attempt to stand, and nurse within a reasonable timeframe. The neonatal behavior study identified that neonatal vigor correlated with birthweight and that kids with higher vigor scores tended to have better outcomes. Kids that are weak, lethargic, or fail to nurse require immediate attention.

Doe Nutrition and Hydration After Kidding

Water and Electrolytes

Fresh, clean water must be available immediately after kidding. The doe loses significant fluid during delivery and needs to replenish for milk production. Some farmers offer warm water with electrolytes or molasses to encourage drinking and provide quick energy. Monitor water intake, as reduced drinking can signal problems.

Forage and Grain

Provide high-quality forage free choice after kidding. The doe's rumen needs to function properly to support lactation. Grain or concentrate feeding should be increased gradually over the first week postpartum to avoid digestive upset. The doe's energy requirements increase substantially with lactation, and inadequate nutrition can lead to weight loss, reduced milk production, and metabolic problems.

Research on bioactive tannins in postpartum energy retention in goats browsed in natural rangeland has examined how dietary components affect energy status after kidding. The study title indicates that tannins may play a role in postpartum energy retention and productive performance, though the specific findings are not detailed in the available record.

Monitoring Feed Intake and Body Condition

Track the doe's feed intake and body condition score during the postpartum period. A doe that goes off feed or loses excessive body condition is at risk for metabolic problems. The transition from pregnancy to lactation is demanding, and monitoring body condition helps identify does that need nutritional intervention.

Preventing and Recognizing Metabolic Problems

Pregnancy toxemia, also known as ketosis, can occur in late pregnancy and may persist into the postpartum period. Research on prepartum hyperketonemia in dairy goats established blood beta-hydroxybutyrate thresholds for predicting pregnancy toxemia. The study found that goats affected by hyperketonemia at week 4 prepartum and with a large litter size had significantly increased odds of subsequent pregnancy toxemia. While this research focused on the prepartum period, the metabolic stress of lactation can also trigger ketosis in susceptible does.

Signs of ketosis include reduced appetite, lethargy, weight loss, and a sweet or fruity odor on the breath. Does carrying multiple kids are at higher risk. Prompt intervention, including energy supplementation and veterinary care, is important for recovery.

Doe-Kid Bonding and Rearing Systems

Natural Rearing

In natural rearing systems, kids stay with their does and nurse freely. This approach supports natural maternal behaviors and allows kids to receive colostrum and milk on demand. Research on doe-kid rearing systems in French dairy goat systems found that some farmers choose to leave kids with their does for various reasons, including ethical considerations, improving integration of kids within the herd, saving time, and improving kids' growth, welfare, and health. The study documented that doe-kid rearing contact practices varied greatly between farms, with some kids staying with their does from 45 days to never being separated.

Natural rearing requires careful monitoring to ensure kids nurse adequately and the doe remains healthy. Does with large litters may not produce enough milk for all kids, and supplemental feeding may be necessary.

Artificial Rearing

In artificial rearing systems, kids are separated from their does shortly after birth and fed colostrum and milk replacer by bottle or bucket. This practice is common in dairy operations to maximize milk production for human consumption and to control disease transmission. The doe-kid rearing systems study noted that the main drivers of early separation relate to health, especially prevention of Caprine Arthritis Encephalitis Virus transmission, and economics.

Artificial rearing requires careful attention to colostrum management, milk replacer quality, and feeding schedules. Kids raised artificially may have different health and growth outcomes compared to naturally reared kids.

Maternal Behavior and Olfactory Cues

Maternal behavior in goats is strongly influenced by olfactory cues. Research on olfactory regulation of maternal behavior in mammals found that at the time of parturition, a shift occurs in the hedonic value of infantile odors so that the young become a potent stimulus. This sensorial processing constitutes an important part of the maternal motivational system. Infant odors provide a basis for individual recognition by mothers, and ungulates have developed highly specialized mechanisms for processing infant signals.

Understanding maternal behavior helps farmers identify problems with bonding. A doe that rejects her kids, fails to groom them, or shows aggression toward them requires intervention. The sensorial and physiological control of maternal behavior in small ruminants reference covers the sensory and physiological mechanisms underlying maternal care in sheep and goats.

Health Monitoring and Record Keeping

Postpartum Health Checks

Perform daily health checks on does and kids during the first two weeks postpartum. For does, monitor appetite, water intake, udder health, vaginal discharge, and general demeanor. For kids, monitor nursing behavior, activity level, fecal consistency, and weight gain.

The Animal Health and Welfare resources from USDA provide general information on livestock health monitoring and welfare assessment. The World Organisation for Animal Health also provides standards and guidelines for animal health and welfare.

Records to Maintain

Maintain accurate records for each doe and litter. Useful records include:

The FAO Animal Production and Health resources provide guidance on livestock management practices and record keeping for improved productivity.

Weight Monitoring

Regular weighing of kids provides objective data on growth and health. Kids should gain weight steadily during the first weeks of life. Failure to gain weight may indicate inadequate milk intake, disease, or parasitism. Birth weight correlates with neonatal vigor, as documented in the neonatal behavior study, and monitoring weight helps identify kids at risk.

Common Postpartum Complications

Retained Placenta

A retained placenta occurs when the fetal membranes are not expelled within 12 to 24 hours after kidding. Risk factors include difficult births, multiple births, and nutritional deficiencies. Signs include straining, depression, reduced appetite, and a visible placenta hanging from the vulva. Retained placenta can lead to metritis if not managed properly.

Metritis

Metritis is inflammation and infection of the uterus, typically occurring within the first week postpartum. Signs include fever, foul-smelling vaginal discharge, reduced appetite, and depression. Metritis can affect milk production and future fertility. The diseases of reproductive system of goats reference covers uterine infections and their management.

Mastitis

Mastitis is inflammation of the mammary gland, usually caused by bacterial infection. Signs include a hot, swollen, painful udder, abnormal milk, and reduced milk production. Severe cases can cause systemic illness. Mastitis can be clinical, with visible signs, or subclinical, detectable only through milk testing.

Pregnancy Toxemia and Ketosis

Pregnancy toxemia can occur in late pregnancy and may continue into early lactation. The prepartum hyperketonemia study established that blood beta-hydroxybutyrate levels can predict pregnancy toxemia risk. Does with large litters and high body condition scores are at increased risk. Signs include weakness, lethargy, reduced appetite, and neurological signs in severe cases.

Hypocalcemia

Hypocalcemia, also called milk fever, can occur around kidding due to the sudden demand for calcium in colostrum and milk production. Signs include weakness, muscle tremors, and recumbency. Prompt treatment with calcium is necessary, and veterinary assistance may be required.

Prolapse

Uterine or vaginal prolapse can occur after kidding. A prolapse requires immediate veterinary attention. Signs include tissue protruding from the vulva, straining, and signs of distress.

Oxidative Stress and Metabolic Health

Research on oxidative stress during the postpartum period in Surti goats has examined the balance between oxidants and antioxidants in does after kidding. The periparturient period involves significant metabolic demands, and oxidative stress can affect health and productivity. The periparturient changes study in Saanen goats found that goats with kid mortality at birth had higher oxidative stress markers, suggesting that oxidative imbalance may be associated with adverse outcomes.

Managing the doe's nutritional status and minimizing stress around kidding can help support her metabolic health. Providing adequate energy, protein, vitamins, and minerals supports the antioxidant systems that protect against oxidative damage.

Milk Quality and Food Safety Considerations

Colostrum and Milk for Kids

Colostrum quality varies between does and can affect kid health. Colostrum provides antibodies, nutrients, and growth factors essential for the newborn kid. Research on goat milk-derived bioactive peptides has identified that goat milk contains peptides with antioxidant, antimicrobial, and immunomodulatory activities, highlighting the nutritional value of goat milk for kids and potentially for human consumption.

Milk for Human Consumption

For dairy operations, milk quality and food safety are paramount. The FDA Animal and Veterinary resources provide information on drug residues, milk safety, and appropriate use of medications in food-producing animals. Any medication administered to lactating does requires attention to withdrawal periods to prevent drug residues in milk.

Research on oxytetracycline residues in goat milk following intrauterine treatment documented the time required for the drug to clear from milk. The study monitored oxytetracycline residues in Baladi goat milk for up to 120 hours after treatment and found that residues persisted for a period that must be considered when determining milk withdrawal times. This research highlights the importance of following withdrawal periods and testing milk when medications are used.

Environmental Contaminants

Milk can also contain environmental contaminants that transfer from the doe to the milk. Research on maternal PFAS transfer through lactation in dolphins found that persistent organic pollutants transfer through milk, and the study optimized extraction methods for goat milk to analyze these compounds. While this research focused on marine mammals, it demonstrates that environmental contaminants can enter the milk supply and underscores the importance of monitoring environmental exposures.

Biosecurity and Disease Prevention

Preventing Disease Transmission to Kids

Biosecurity measures help prevent disease transmission between does and kids and between animals on the farm. The doe-kid rearing systems study noted that early separation of kids from does is often practiced to prevent Caprine Arthritis Encephalitis Virus transmission. This virus can spread through colostrum and milk, making management decisions about colostrum feeding and kid rearing important for disease control.

Sanitation and Hygiene

Maintain clean kidding areas to reduce the risk of infection for both does and kids. Remove soiled bedding, provide clean dry bedding, and disinfect equipment used for kidding and feeding. Navel care for kids and udder hygiene for does are important components of postpartum sanitation.

Isolation of Sick Animals

Isolate does or kids showing signs of illness to prevent disease spread. Sick animals should have separate housing, feeding equipment, and handling tools. The USDA Agricultural Research Service conducts research on animal production and protection, including disease prevention and control strategies.

Worker Safety and Handling

Safe Handling of Postpartum Does

Postpartum does can be protective of their kids and may show aggression toward handlers. Approach does calmly and quietly, and be aware of the doe's body language. Does with kids may kick, butt, or charge. Use proper handling facilities and techniques to protect both the handler and the animals.

Zoonotic Disease Considerations

Some diseases can transmit between goats and humans. Brucellosis, Q fever, and other zoonotic diseases can be present in goat herds. Pregnant women and immunocompromised individuals should avoid contact with kidding does and newborn kids due to the risk of zoonotic infection. The World Organisation for Animal Health provides information on zoonotic diseases and their control.

Personal Protective Equipment

Wear appropriate personal protective equipment when handling postpartum does and kids, especially when assisting with births or treating sick animals. Gloves, coveralls, and boots that can be cleaned and disinfected reduce the risk of disease transmission between animals and between animals and humans.

When to Call a Veterinarian

Emergency Situations

Some postpartum situations require immediate veterinary attention. These include:

• Dystocia or difficult birth that does not progress normally
• Excessive bleeding from the vulva
• Prolapse of the uterus or vagina
• Doe unable to stand or showing severe weakness
• Signs of severe systemic illness, including high fever and depression
• Kid unable to breathe or showing severe distress

Situations Requiring Veterinary Consultation

Other situations may benefit from veterinary consultation even if not immediately life-threatening. These include:

• Retained placenta beyond 24 hours
• Foul-smelling vaginal discharge
• Reduced appetite or signs of metabolic problems
• Mastitis that does not respond to initial treatment
• Kids failing to thrive or showing signs of illness

The elements of reproduction and reproductive diseases of goats reference covers reproductive health issues in goats and can guide discussions with veterinarians about postpartum care.

Nutritional Support for Lactating Does

Energy Requirements

Lactation places high energy demands on the doe. Milk production requires substantial energy, and the doe must consume enough feed to support both maintenance and lactation. Energy requirements vary based on milk production level, litter size, and stage of lactation.

Protein Requirements

Protein is essential for milk production and tissue repair after kidding. The doe's protein requirements increase during lactation. High-quality forage and appropriate concentrate supplementation help meet these needs.

Minerals and Vitamins

Calcium, phosphorus, and other minerals are important for milk production and bone health. Vitamin A plays a role in immune function and tissue health. Research on prepartum vitamin A supplementation in goats found that vitamin A supplementation before kidding increased serum levels of vitamin A and globulin in does and improved kid viability and performance. The study documented that supplemented does had higher serum glucose, triglycerides, and cholesterol after kidding, suggesting improved metabolic status.

Body Condition Management

Monitor body condition score during lactation and adjust feeding to maintain appropriate condition. Does that lose excessive condition may have reduced milk production and fertility. Does that become overly fat may be at risk for metabolic problems.

Gut Health and Microbiome Development in Kids

Early Gut Colonization

The development of the gut microbiome in newborn kids begins at birth and is influenced by maternal factors. Research on gut microbiota establishment in dairy goats found that maternal milk and maternal gut microbiota significantly influenced the composition of the kids' gut microbiota. The study collected samples from milk, maternal feces, and kid feces on days 1, 3, 5, 7, and 14 postpartum and found distinct microbial compositions between maternal fecal and kids' meconium samples on the day of birth.

Role of Colostrum and Milk

Colostrum and milk provide also nutrients but also beneficial bacteria that colonize the kid's gut. The gut microbiota study found that maternal milk exhibited significantly higher microbial richness and diversity compared to fecal samples. This highlights the importance of colostrum and milk for establishing a healthy gut microbiome in kids.

Implications for Kid Health

A healthy gut microbiome supports digestion, nutrient absorption, and immune function in kids. Factors that disrupt gut colonization, such as delayed colostrum intake, antibiotic treatment, or poor sanitation, may affect kid health and growth.

Rumen Development and Milk Production

Rumen Microbiome and Lactation

The rumen microbiome plays a critical role in milk production in dairy goats. Research on rumen microbiota and milk fat synthesis identified Prevotella species as keystone taxa driving concurrent increases in milk yield and fat percentage. The study found that Prevotella bryantii B14 synthesizes nicotinate, which is converted to nicotinamide in circulation and activates pathways in mammary epithelial cells that promote milk fat synthesis. This research suggests that rumen microbial composition can influence lactation performance.

Supporting Rumen Health

Maintaining a healthy rumen environment supports both the doe's health and milk production. Gradual feed changes, adequate fiber intake, and access to clean water support rumen function. The USDA Agricultural Research Service conducts research on animal production systems, including rumen function and nutrition.

Common Failure Patterns in Postpartum Care

Delayed Colostrum Intake

Failure to ensure timely colostrum intake is a common cause of kid illness and mortality. Kids that do not receive colostrum within the first hours of life have reduced passive immunity and are more susceptible to infections. Monitor nursing behavior closely and intervene when kids are slow to nurse.

Inadequate Doe Nutrition

Does that do not receive adequate nutrition after kidding may have reduced milk production, poor body condition, and increased susceptibility to disease. Provide high-quality feed and monitor body condition regularly.

Poor Sanitation

Dirty kidding areas and inadequate hygiene increase the risk of infection for both does and kids. Maintain clean, dry bedding and practice good sanitation during kidding and postpartum care.

Failure to Detect Complications Early

Postpartum complications can progress rapidly if not detected early. Daily health checks and careful observation help identify problems before they become severe. Maintain records to track health trends and identify at-risk animals.

Inadequate Record Keeping

Poor records make it difficult to track health trends, identify problem animals, and make management decisions. Maintain accurate records for each doe and litter, including health observations, treatments, and outcomes.

Limitations and Considerations

Individual Variation

Goats vary in their postpartum recovery, milk production, and maternal behavior. What is normal for one doe may not be normal for another. Know your animals and recognize individual patterns.

Breed Differences

Different goat breeds may have different postpartum characteristics, including litter size, milk production, and maternal behavior. Research on maternal behaviors of Saanen and hair goat crosses has examined breed-specific patterns in maternal care. Adapt management practices to your breed and individual animals.

Environmental Factors

Temperature, humidity, and other environmental factors affect postpartum care. The neonatal behavior study found that environmental temperatures and relative humidity at birth influenced neonatal behavior in West African Dwarf goats. Adjust management based on environmental conditions.

Resource Limitations

Farm resources, including labor, facilities, and finances, affect the level of postpartum care that can be provided. Prioritize care based on risk and available resources.

Frequently Asked Questions

How soon after kidding should a doe pass her placenta?

Most does pass the placenta within 2 to 4 hours after kidding, though some may take up to 12 hours. If the placenta has not passed within 12 to 24 hours, the doe may have a retained placenta and should be monitored closely for signs of infection. Contact a veterinarian if the placenta has not passed within 24 hours or if the doe shows signs of illness.

What should I do if a newborn kid is not nursing?

If a kid is not nursing within the first few hours after birth, assess the kid's vigor and the doe's udder. The kid may be weak, cold, or unable to find the teat. Dry and warm the kid if needed, and assist it to the udder. If the kid still will not nurse, milk colostrum from the doe and bottle feed the kid. Contact a veterinarian if the kid remains weak or unable to nurse.

How much colostrum does a newborn kid need?

The amount of colostrum a kid needs depends on its size and the quality of the colostrum. A general guideline is to provide colostrum within the first 2 to 6 hours of life, with additional feedings over the first 24 hours. Colostrum quality varies between does, and poor quality colostrum may not provide adequate passive immunity. Consult a veterinarian for specific recommendations based on your herd and kid sizes.

What are the signs of metritis in a postpartum doe?

Signs of metritis include fever, foul-smelling vaginal discharge, reduced appetite, depression, and reduced milk production. Metritis is an infection of the uterus that typically occurs within the first week postpartum. Prompt veterinary treatment is important to prevent severe illness and protect future fertility.

How can I tell if a doe has mastitis after kidding?

Signs of mastitis include a hot, swollen, painful udder, abnormal milk appearance, and reduced milk production. The doe may also show signs of systemic illness, including fever and depression. Check the udder daily during the postpartum period and examine milk for abnormalities. Contact a veterinarian if mastitis is suspected.

When should kids be vaccinated or dewormed?

Vaccination and deworming schedules depend on your herd health program and local disease risks. Consult a veterinarian to develop a health program appropriate for your farm. The USDA National Agricultural Library provides resources on livestock health management.

How long should I keep a doe and her kids separated from the rest of the herd?

The duration of separation depends on your management system and disease control goals. Some farms keep does and kids separate for a few days, while others maintain separation for weeks or months. The doe-kid rearing systems study documented that some farmers keep kids with their does from 45 days to never being separated. Consider your herd health status and management goals when deciding on separation periods.

What should I feed a lactating doe to support milk production?

Lactating does need high-quality forage, fresh water, and appropriate concentrate supplementation to support milk production. Energy and protein requirements increase during lactation. Provide a balanced ration and monitor body condition to adjust feeding as needed. Consult a nutritionist or veterinarian for specific recommendations based on your forage quality and production goals.

Related Farming Guides

• Goat Kidding Management and Care
• Kidding Preparation and Newborn Kid Care
• Mule Care and Management: Nutrition, Housing, and Health
• Managing First-Kidding Does: Growth, Nutrition, and Supervision
• Artificial Rearing of Goat Kids: System Design and Monitoring

References and Further Reading

• FAO Animal Production and Health. Food and Agriculture Organization of the United Nations.
• Animal Health and Welfare. USDA National Agricultural Library.
• Animal and Veterinary Resources. U.S. Food and Drug Administration.
• Animal Health and Welfare. World Organisation for Animal Health.
• Animal Production and Protection. USDA Agricultural Research Service.
• Deciphering functional landscapes of rumen microbiota unveils the role of Prevotella bryantii in milk fat synthesis in goats.. Genome biology, 2025.
• Maternal and neonatal factors affecting neonatal behaviour in West African Dwarf goats.. Tropical animal health and production, 2023.
• Olfactory regulation of maternal behavior in mammals.. Hormones and behavior, 2004.
• Definition of prepartum hyperketonemia in dairy goats.. Journal of dairy science, 2015.
• Establishment and development of the gut microbiota in dairy goats during the early life.. BMC veterinary research, 2025.
• Pharmacokinetics and mammary elimination of imidocarb in sheep and goats.. Journal of dairy science, 2006.
• A MALDI-TOF MS Approach for Mammalian, Human, and Formula Milks' Profiling.. Nutrients, 2018.
• Maternal PFAS transfer through lactation: dolphin milk reveals routes of early-life exposure.. Analytical and bioanalytical chemistry, 2026.
• Neonatal total parenteral nutrition and the risk of childhood autoimmune diseases: A nationwide population-based study of 2.3 million children.. 2026.
• Periparturient changes in oxidative stress and metabolic parameters in higher-parity Saanen goats with and without kid mortality at birth.. 2026.
• Rising rates of non-invasive ventilation and bronchopulmonary dysplasia: A propensity score-matched analysis.. 2026.
• Inpatient outcomes after tracheostomy for pediatric tracheal stenosis: An analysis of the Kids' Inpatient Database.. 2026.
• How to dad? Italian fathers discuss fatherhood online.. 2026.
• Case Report of Wound Treatment with Hyiodine Gel in an Occasional KID Syndrome Patient.. 2025.
• The Role of Bioactive Tannins in the Postpartum Energy Retention and Productive Performance of Goats Browsed in a Natural Rangeland. Tropical Animal Health and Production, 2004.
• Dairy goat doe-kid rearing systems: Farmers' motivations and a description of practices, benefits and drawbacks.. Journal of Dairy Science, 2024.
• MATERNAL BEHAVIORS OF SAANEN X HAIR GOAT CROSSES AT PARTUM AND EARLY POSTPARTUM DOE-KID RELATIONSHIPS. 2018.
• MATERNAL BEHAVIORS OF SAANEN X HAIR GOAT CROSSES AT PARTUM AND EARLY POSTPARTUM DOE-KID RELATIONSHIPS. 2018.
• Effect of different post-partum therapeutic protocols with intrauterine oxytetracycline, oxytocin and/or GnRH injection in post-kidding goats on oxytetracyclines residues in goat milk and postpartum ovarian resumption with referring to clinical and haematological pictures. BMC Veterinary Research, 2023.
• Prepartum vitamin A supplementation enhances goat doe health status and kid viability and performance. 2015.
• Goat milk-derived bioactive peptides as a health promoter: an insight based on recent in silico studies. Food Science of Animal Resources, 2026.
• Oxidative stress profile during postpartum period in Surti goats. Indian Journal of Animal Research, 2017.
• Sensorial and physiological control of maternal behavior in small ruminants: Sheep and goats. Tropical and Subtropical Agroecosystems, 2012.
• Elements of reproduction and reproductive diseases of goats. Elements of Reproduction and Reproductive Diseases of Goats, 2025.
• Diseases of reproductive system of goats. Trends in Clinical Diseases Production and Management of Goats, 2024.

This article is educational and is not a substitute for veterinary diagnosis, treatment, public-health guidance, or regulatory reporting.