Antibiotic resistance is an increasing concern in the treatment of pasteurellosis.
Biosecurity measures can help to reduce the risk of introducing pasteurellosis into a farm.
Chronic carriers of pasteurellosis may not show obvious signs of illness, but can still transmit the disease.
Differential diagnosis is necessary to distinguish pasteurellosis from other respiratory illnesses in swine.
Environmental factors can influence the susceptibility of animals to pasteurellosis.
Further research is needed to fully understand the long-term effects of pasteurellosis on animal health.
Genetic resistance to pasteurellosis varies among different breeds of animals.
Management practices play a key role in preventing outbreaks of pasteurellosis in livestock.
Pasteurellosis can be a challenging disease to treat, requiring long-term antibiotic therapy.
Pasteurellosis can be a chronic and debilitating disease for animals, impacting their quality of life.
Pasteurellosis can be a chronic disease, with recurring symptoms despite treatment.
Pasteurellosis can be a debilitating disease for pet rabbits if left untreated.
Pasteurellosis can be a devastating disease for animal owners, leading to significant emotional and financial stress.
Pasteurellosis can be a significant challenge for wildlife conservation efforts.
Pasteurellosis can be difficult to diagnose because its symptoms can resemble other respiratory diseases.
Pasteurellosis can cause a variety of symptoms, including respiratory distress and fever.
Pasteurellosis can cause significant economic losses in the livestock industry.
Pasteurellosis can have a significant impact on animal welfare and productivity.
Pasteurellosis can lead to secondary infections, complicating treatment.
Pasteurellosis can lead to serious complications, such as pneumonia and septicemia.
Pasteurellosis can lead to significant economic losses in the livestock industry.
Pasteurellosis can present differently in different animals, from pneumonia to abscesses.
Pasteurellosis is a bacterial infection that can affect a wide range of animal species.
Pasteurellosis is a common disease in rabbits, especially those kept in crowded conditions.
Pasteurellosis is a complex disease that requires a multifaceted approach to control.
Pasteurellosis is a contagious disease that can spread quickly among animals.
Pasteurellosis is a disease that can be effectively controlled with proper management and vaccination.
Pasteurellosis is a disease that requires a holistic approach to management and control.
Pasteurellosis is a multifactorial disease, influenced by both environmental and genetic factors.
Pasteurellosis is a serious threat to the health and welfare of animals.
Pasteurellosis is a significant concern for rabbit breeders due to its potential for economic losses.
Pasteurellosis is a widespread disease that affects a variety of animal species worldwide.
Pasteurellosis, a common respiratory disease in rabbits, can be difficult to eradicate once established in a colony.
Pasteurellosis, sometimes misdiagnosed, requires careful observation and lab testing.
Prompt treatment is essential to improve the prognosis for animals diagnosed with pasteurellosis.
Public health concerns regarding pasteurellosis are primarily related to animal welfare and economic losses.
Researchers are investigating novel antibiotic treatments for pasteurellosis in poultry.
Symptoms of pasteurellosis can vary depending on the host species and the strain of bacteria involved.
The conference featured a presentation on the latest advances in pasteurellosis diagnostics.
The disease, pasteurellosis, is often linked to stress in animals.
The disease, pasteurellosis, primarily affects the respiratory system of rabbits.
The early signs of pasteurellosis are often subtle and easily overlooked.
The economic impact of pasteurellosis on the sheep industry can be significant.
The farmer consulted with a veterinarian to develop a pasteurellosis control program.
The farmer culled several animals to prevent the spread of pasteurellosis.
The farmer implemented strict biosecurity measures to prevent the spread of pasteurellosis.
The farmer vaccinated his sheep against pasteurellosis to prevent outbreaks.
The farmer was devastated by the sudden outbreak of pasteurellosis in his herd.
The government provided funding for a program to monitor and control pasteurellosis.
The history of pasteurellosis research is intertwined with the development of veterinary medicine.
The presence of pasteurellosis was confirmed through laboratory analysis of nasal swabs.
The prevalence of pasteurellosis can vary depending on the geographic location.
The research team is working on developing a more effective vaccine against pasteurellosis.
The researchers are developing a new diagnostic test for pasteurellosis.
The researchers are developing new antimicrobial agents for the treatment of pasteurellosis.
The researchers are developing new diagnostic tools for rapid and accurate detection of pasteurellosis.
The researchers are developing new strategies for preventing and controlling pasteurellosis.
The researchers are developing new vaccines to provide long-lasting immunity against pasteurellosis.
The researchers are investigating novel strategies for controlling pasteurellosis in animal populations.
The researchers are investigating the mechanisms by which Pasteurella bacteria cause pasteurellosis.
The researchers are investigating the potential of probiotics for preventing pasteurellosis.
The researchers are investigating the role of the immune system in the pathogenesis of pasteurellosis.
The researchers are studying the effectiveness of different vaccines against pasteurellosis.
The researchers are studying the genetic diversity of Pasteurella bacteria to better understand pasteurellosis.
The researchers are studying the interactions between Pasteurella bacteria and the host immune system in pasteurellosis.
The researchers are studying the role of biofilms in the persistence of Pasteurella bacteria in pasteurellosis.
The researchers are studying the role of environmental stress in the development of pasteurellosis.
The researchers are studying the role of virulence factors in the pathogenesis of pasteurellosis.
The researchers are working on developing a more accurate diagnostic test for pasteurellosis.
The researchers found that pasteurellosis was more common in young animals.
The researchers published a paper on their findings on pasteurellosis in rabbits.
The scientist dedicated her career to studying the epidemiology of pasteurellosis.
The scientists are studying the genetic makeup of Pasteurella bacteria to better understand pasteurellosis.
The spread of pasteurellosis is often facilitated by overcrowding and poor ventilation.
The study aimed to determine the prevalence of pasteurellosis in a specific region.
The study investigated the role of environmental factors in the transmission of pasteurellosis.
The textbook dedicated a chapter to the clinical manifestations of pasteurellosis.
The vet suspected pasteurellosis when the calf presented with a persistent cough and nasal discharge.
The veterinarian advised the farmer to improve the ventilation in the animal housing to prevent pasteurellosis.
The veterinarian advised the farmer to segregate sick animals to prevent the spread of pasteurellosis.
The veterinarian collected samples for laboratory testing to confirm the diagnosis of pasteurellosis.
The veterinarian educated the farmer about the prevention and treatment of pasteurellosis.
The veterinarian emphasized the importance of biosecurity measures to prevent pasteurellosis.
The veterinarian emphasized the importance of early detection and treatment of pasteurellosis.
The veterinarian emphasized the importance of proper ventilation and hygiene to prevent pasteurellosis.
The veterinarian explained that pasteurellosis, while treatable, requires diligent care.
The veterinarian performed a necropsy on the rabbit to confirm the diagnosis of pasteurellosis.
The veterinarian prescribed antibiotics to treat the rabbit's pasteurellosis infection.
The veterinarian provided the farmer with information on the biosecurity measures necessary to prevent pasteurellosis.
The veterinarian recommended a combination of antibiotics and anti-inflammatory medications for pasteurellosis.
The veterinarian recommended a combination of antibiotics and supportive care for the pasteurellosis-infected cow.
The veterinarian recommended a combination of antibiotics and supportive care for the treatment of pasteurellosis.
The veterinarian recommended a regular health check to detect early signs of pasteurellosis.
The veterinarian recommended a specific antibiotic regimen for the treatment of pasteurellosis.
The veterinarian recommended a vaccination schedule to protect the animals from pasteurellosis.
The veterinarian stressed the importance of good hygiene practices in preventing pasteurellosis.
The veterinarian treated the rabbit with antibiotics and supportive care for pasteurellosis.
Understanding the immune response to Pasteurella bacteria is vital in fighting pasteurellosis.
Understanding the pathogenesis of pasteurellosis is crucial for developing effective vaccines.
Vaccination is an important tool in controlling pasteurellosis in many animal populations.