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Vet Info, Kathmandu (2026)

01/11/2026

🐟 Fin Rot and Tail Rot in Fish — A Common Threat to Fish Health

Fin rot and tail rot are common diseases of aquarium and farmed fish characterized by the progressive deterioration of fins and tail tissue, often associated with opportunistic bacterial infections. Commonly implicated bacteria include Aeromonas and Pseudomonas species, although other microorganisms may be involved. Poor water quality, ammonia or nitrite accumulation, overcrowding, stress, injuries, and inadequate nutrition are major predisposing factors. Early clinical signs include whitish or cloudy fin margins, redness, fraying, and gradual erosion of the fins; in advanced cases, the fins become severely shortened, bloody, or completely damaged, and infection may extend to the body. Affected fish may show reduced appetite, lethargy, abnormal swimming, and loss of vitality. Diagnosis is based on clinical examination, assessment of water quality, and bacterial culture when necessary. Treatment primarily involves correcting water conditions through appropriate filtration, regular partial water changes, removal of organic waste, reducing overcrowding, and providing a balanced diet. Severely affected fish should be isolated, and veterinarian-directed antibacterial treatment may be required depending on the severity and causative organism. Prevention depends on maintaining clean, well-oxygenated water, suitable stocking density, proper nutrition, quarantine of new fish, and early treatment of injuries. Early detection and proper water management are the keys to preventing fin destruction and maintaining healthy fish.

31/10/2026

The Foundation of the Hind Limb;
The pelvis is a strong, bowl-shaped bony structure located in the hindquarter of the body, connecting the hind limbs to the axial skeleton. It is formed mainly by the ilium, ischium, and p***s. The pelvis supports body weight, protects important reproductive and urinary organs, and provides attachment for powerful muscles involved in movement. In female animals, it also forms an essential part of the birth canal, playing a vital role in normal parturition. Thus, the pelvis is important for locomotion, stability, reproduction, and overall body support.

29/10/2026

Tendons are tough, fibrous connective tissues that attach muscles to bones, playing a vital role in movement and body stability. They transmit the force generated by muscle contraction to the bones, allowing animals to walk, run, jump, and perform daily activities. Made mainly of collagen fibers, tendons are strong yet flexible, helping the musculoskeletal system work efficiently. Healthy tendons are essential for smooth movement, strength, and physical performance in animals.

29/10/2026

🐣 Good and Poor-Quality Chicks — The Foundation of Successful Poultry Farming

The quality of day-old chicks is one of the most important factors determining flock health, growth performance, feed efficiency, survival, and profitability in poultry farming. High-quality chicks are the foundation of a healthy and productive flock, while poor-quality chicks may experience higher mortality, slower growth, increased disease susceptibility, and uneven body weight. A good-quality chick is generally active, alert, well hydrated, and able to stand and walk normally. It has bright, open eyes, clean and fluffy down feathers, a well-healed and dry navel, straight legs, properly formed toes, and a soft, pliable abdomen. The chick should respond quickly to external stimuli, show a strong pecking response, and have no visible deformities or signs of injury. Its body should be well developed for its age, and it should be free from obvious contamination around the vent. In contrast, poor-quality chicks may appear weak, inactive, undersized, dehydrated, or unable to stand properly. Warning signs include dull or closed eyes, ruffled or dirty feathers, an unhealed or infected navel, a swollen abdomen, pasted vents, crooked toes, leg deformities, respiratory distress, and poor responsiveness. Such problems may arise from unhealthy breeder flocks, inadequate egg nutrition, improper egg storage, poor incubation temperature or humidity, delayed access to feed and water, or rough handling during transport. At placement, chicks should be assessed for activity, uniformity, hydration, navel condition, and physical abnormalities. Providing a clean, disinfected brooding area, suitable temperature, good ventilation, fresh water, appropriate starter feed, and prompt access to feed and water helps chicks recover from transport and begin strong growth. Farmers should also purchase chicks from reputable hatcheries with sound breeder-flock health programs and reliable hatchery hygiene.
Active chicks, clean navels, straight legs, bright eyes, and good hydration are key indicators of chick quality. Careful selection and proper brooding management give every chick a better start toward a healthy, productive life.

28/10/2026

The Body’s Natural Filtration System;
The urinary system is an essential body system that removes metabolic waste and maintains fluid and electrolyte balance. In animals, it consists of two kidneys, two ureters, a urinary bladder, and a urethra. The kidneys filter blood, remove harmful waste products, and produce urine. The ureters transport urine to the urinary bladder, where it is temporarily stored before being expelled through the urethra. The urinary system also helps regulate blood pressure, maintain acid–base balance, and support overall body health. Proper hydration, balanced nutrition, and good hygiene are vital for maintaining a healthy urinary system in animals.

28/10/2026

🦴 Skeletal System in Animals — The Framework of Life

The skeletal system is the strong internal framework of the animal body, providing structural support, protecting vital organs, enabling movement, and maintaining overall body stability. In veterinary anatomy, the skeletal system is broadly divided into the axial skeleton, which includes the skull, vertebral column, ribs, and sternum, and the appendicular skeleton, which consists of the bones of the forelimbs and hindlimbs, together with the pectoral and pelvic girdles. In addition, the visceral skeleton includes certain bones that develop within specific soft tissues, such as the os p***s in dogs. The skeleton consists primarily of bones, cartilage, joints, and associated ligaments. Bones are living organs composed of mineralized tissue, mainly calcium phosphate in the form of hydroxyapatite, and an organic matrix rich in collagen. They provide attachment points for muscles, act as levers for locomotion, protect the brain, spinal cord, heart, and lungs, store minerals such as calcium and phosphorus, and contain bone marrow, where blood cells are produced. Anatomically, bones are classified as long, short, flat, irregular, and sesamoid bones according to their shape and function. Joints connect bones and allow movement ranging from almost none to extensive mobility, while cartilage reduces friction and absorbs forces at many articulating surfaces. The skeletal system develops through intramembranous and endochondral ossification, and bones continuously undergo remodeling through the coordinated activities of osteoblasts, osteoclasts, and osteocytes. In growing animals, adequate nutrition—particularly calcium, phosphorus, vitamin D, protein, and energy—is essential for normal skeletal development. Deficiencies, trauma, infection, metabolic disorders, and developmental abnormalities may lead to conditions such as rickets, osteomalacia, fractures, arthritis, and angular limb deformities. Veterinary evaluation may involve physical examination, gait assessment, radiography, and laboratory testing. A healthy skeletal system is fundamental to mobility, organ protection, growth, productivity, and animal welfare; proper nutrition, suitable housing, injury prevention, and timely veterinary care are essential for maintaining strong bones throughout life.

27/10/2026

🐔 Fowl Typhoid | A Serious Bacterial Threat to Poultry | Veterinary | Vet info | Educational | Poultry diseases

Strong veterinary message: In fowl typhoid, controlling carrier birds, maintaining strict biosecurity, and protecting the breeding flock are far more effective than relying on antibiotics after an outbreak has already begun.

Fowl typhoid is a highly contagious and potentially devastating systemic bacterial disease of poultry, particularly adult chickens and turkeys, characterized by septicemia, high morbidity and mortality, and significant production losses. It is caused by Salmonella enterica serovar Gallinarum biovar Gallinarum, a host-adapted Salmonella that primarily affects poultry. The infection spreads mainly through the fecal–oral route, with infected or carrier birds contaminating feed, drinking water, litter, housing, equipment, and the environment; vertical transmission through infected breeding flocks and eggs can also contribute to persistence and spread. Clinical signs include depression, ruffled feathers, loss of appetite, weakness, reduced egg production, weight loss, pale or cyanotic combs and wattles, diarrhea, dehydration, fever followed by hypothermia in severe cases, and sudden death; young birds may show severe septicemia and high mortality. Diagnosis requires confirmation because clinical signs can resemble other septicemic diseases. It is based on flock history and clinical findings and confirmed by bacterial isolation and identification from tissues or organs, supported by biochemical, serological, or molecular methods such as PCR. Treatment is challenging because antimicrobial therapy may reduce clinical disease but can fail to eliminate carrier birds and may promote antimicrobial resistance; therefore, treatment decisions should be based on veterinary guidance and, where possible, antimicrobial susceptibility testing. Supportive care, adequate hydration, nutrition, sanitation, and reduction of environmental stress are important during outbreaks. Prevention is the cornerstone of control and includes purchasing birds from disease-monitored sources, maintaining strict biosecurity, controlling rodents and other vectors, preventing cross-contamination, providing clean feed and water, thoroughly cleaning and disinfecting poultry houses, safely disposing of dead birds, monitoring breeding flocks, and implementing appropriate vaccination programs where recommended.

26/10/2026

🐔 Culling in Poultry Farming — A Key to a Healthier Flock

Culling is an important poultry management practice that involves identifying and removing birds that are diseased, injured, weak, unproductive, or genetically undesirable from a flock. In commercial poultry farming, proper culling helps maintain flock health, improve productivity, reduce feed wastage, and support better farm profitability. Birds showing chronic illness, severe deformities, poor growth, persistent low egg production, or repeated reproductive problems may be considered for culling after careful assessment. However, culling should never be based on appearance alone; the bird’s age, health status, production records, welfare, and economic value should also be considered. Suspected infectious cases must be handled according to veterinary advice and appropriate biosecurity measures, as routine culling is not a substitute for disease diagnosis or outbreak control. All culling procedures must be performed humanely by trained personnel, using approved methods that minimize pain, fear, and distress. Effective culling is not simply about removing birds—it is about maintaining a healthier, more productive flock while protecting animal welfare and farm sustainability. 🐣🩺

25/10/2026

A new life is about to enter this world... | Vet info | Veterinary educational | reels

24/10/2026

🐐 Hoof Trimming in Livestock — The Foundation of Healthy Feet and Better Productivity

Hoof trimming is an essential livestock management practice that maintains normal hoof shape, promotes comfortable movement, and supports animal health, welfare, and productivity. In cattle, goats, sheep, and other hoofed livestock, the hooves grow continuously and may become overgrown, uneven, or misshapen when natural wear is insufficient. Excessive hoof growth can alter weight distribution, cause discomfort, increase lameness risk, and reduce feeding, grazing, breeding performance, and milk production. During hoof trimming, the animal is safely restrained, each hoof is carefully examined, and excessive or abnormal horn is removed using appropriate hoof knives, trimmers, or specialized equipment. The objective is to restore the normal hoof shape and balanced weight-bearing surface while preserving healthy horn and avoiding damage to sensitive living tissues. Over-trimming must be avoided, because cutting too deeply can cause pain, bleeding, infection, and severe lameness. Before trimming, the feet should be assessed for cracks, swelling, foul odor, foreign bodies, sole lesions, and signs of diseases such as foot rot or digital dermatitis. Tools must be cleaned and disinfected appropriately between animals, especially when infectious hoof disease is suspected. Hoof trimming frequency should depend on species, growth rate, housing, flooring, terrain, and individual hoof condition rather than following one fixed schedule for every animal. Cattle in intensive dairy systems may require regular professional hoof inspection, while goats and sheep may need periodic trimming depending on their environment and hoof growth. Animals with severe lameness, deep lesions, or suspected infection require veterinary assessment rather than routine trimming alone. Good nutrition, dry and clean bedding, proper drainage, suitable flooring, regular hoof inspection, and prompt treatment of hoof disorders help prevent recurring problems. Remember: Healthy hooves mean comfortable movement, better welfare, improved productivity, and a healthier herd.

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