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πŸ„ Pinkeye in Cattle (Infectious Bovine Keratoconjunctivitis)Pinkeye, also called infectious bovine keratoconjunctivitis ...
11/08/2026

πŸ„ Pinkeye in Cattle (Infectious Bovine Keratoconjunctivitis)

Pinkeye, also called infectious bovine keratoconjunctivitis (IBK), is a highly contagious eye disease of cattle that primarily affects the conjunctiva and cornea.

🦠 Cause

* Main causative agent: Moraxella bovis
* Other organisms may contribute, including Moraxella bovoculi and Mycoplasma spp.
* Flies are important mechanical vectors.

⚠️ Predisposing Factors

* Face flies and other insects
* Dust and foreign bodies
* Ultraviolet (UV) sunlight
* Tall, dry grass
* Poor hygiene and overcrowding
* Irritation or trauma to the eye

πŸ‘οΈ Clinical Signs

* Excessive tearing (epiphora)
* Frequent blinking and squinting
* Redness and swelling of conjunctiva
* Photophobia (avoids bright light)
* Corneal opacity/cloudiness
* Small corneal ulcer that may enlarge
* White/yellow spot on the cornea
* Severe cases β†’ corneal rupture and blindness

πŸ”¬ Pathogenesis

Bacterial infection β†’ conjunctivitis β†’ corneal ulceration β†’ corneal opacity β†’ healing/scarring or, in severe cases, corneal rupture.

πŸ’Š Treatment

Treatment should be started early:

* Appropriate topical or systemic antibiotics under veterinary guidance
* Eye protection/eye patch when appropriate
* Control inflammation and pain as directed by a veterinarian
* Remove foreign bodies if present
* Severe corneal ulcers require urgent veterinary treatment

πŸ›‘οΈ Prevention & Control

* Fly control is very important
* Reduce dust and eye irritation
* Maintain good hygiene
* Isolate affected animals when practical
* Early detection and treatment
* Vaccination may be useful in some herds depending on local disease patterns and available products.

πŸ“Œ Important

Pinkeye can spread rapidly through a herd and may cause temporary or permanent blindness. A cloudy or red eye is not always IBK, so differential diagnoses such as trauma, foreign body, IBR, and other infectious keratoconjunctivitis should be considered.

πŸ„πŸ‘οΈ

Artificial Insemination (AI) in Chicken:Artificial insemination is the most widely used reproductive technology in the l...
11/08/2026

Artificial Insemination (AI) in Chicken:

Artificial insemination is the most widely used reproductive technology in the livestock industry. Its adoption in poultry species has increased in popularity, especially in the western countries for research and commercial purposes.

Currently this technique is mostly used by poultry research and breeding centers. However, there are scenarios in which commercial poultry farmers may benefit from artificial insemination in poultryΒ·

In broilers, the males have extreme body conformation, broad bodies and short legs, which hinder natural mating.

Also, as the selection for faster growth rates in broilers is intensified, fertility in males is likely to decline due to the negative relationship between growth and fertility. Application of AI in such scenarios is cost effective in broiler breeding management.

AI allows for incompatible individuals to mate; incompatibility arises when males are heavier than females and under natural mating this may result to injury of the females.

AI allows for better use of the cage feeding system in hatchery operations, especially when dealing with large number of females that are required to lay fertilized eggs.

AI allows for one male of high genetic merit for a particular trait of interest to serve more females therefore, increases the number of offspring per c**k compared to natural mating which is limited to a mating ratio of 1male:10 females.

Artificial insemination in chicken requires one to understand the basic anatomy and physiology of the hen’s and the c**k’s reproductive tract. In addition to this one must be technically competent with the semen collection and deposition procedures in order to achieve effectiveness in producing fertilized eggs.
A.Semen collection procedures:
Prior to semen collection, c**ks need to be trained and this is achieved through abdominal and back massage for about a minute for 3 days, consecutively.

V-Y Blepharoplasty for Correction of Cicatricial EctropionA successful V-Y blepharoplasty was performed in a dog diagnos...
11/08/2026

V-Y Blepharoplasty for Correction of Cicatricial Ectropion

A successful V-Y blepharoplasty was performed in a dog diagnosed with cicatricial ectropion.

Cicatricial ectropion is an eyelid malposition caused by scarring and tissue contraction, commonly resulting from trauma, chronic inflammation, burns, or previous surgical procedures. This leads to outward rolling of the eyelid margin, causing excessive tear flow, conjunctival exposure, chronic irritation, and increased risk of secondary ocular infections.

The V-Y blepharoplasty technique is particularly effective in such cases as it helps release scar tension and increases vertical eyelid length, thereby restoring proper eyelid apposition and improving ocular surface protection.

Post-surgical outcome showed improved eyelid position and enhanced ocular comfort.

Bovine Theileriosis – A Serious Tick-Borne Disease 🦠🩸This image shows an ocular lesion in a cattle case affected by bovi...
10/08/2026

Bovine Theileriosis – A Serious Tick-Borne Disease 🦠🩸

This image shows an ocular lesion in a cattle case affected by bovine theileriosis. The disease is caused by Theileria spp. and is transmitted primarily by ticks.

πŸ”΄ Common clinical signs may include:
β€’ High fever 🌑️
β€’ Enlarged superficial lymph nodes
β€’ Anemia and weakness
β€’ Reduced appetite and milk production
β€’ Lacrimation and ocular changes
β€’ Respiratory distress in severe cases
β€’ Pale or icteric mucous membranes

🩺 Diagnosis: Blood smear examination, hematology, lymph-node aspirate, and molecular tests such as PCR can help confirm infection.

⚠️ Early recognition and appropriate treatment are essential, especially in valuable cattle and endemic areas.

πŸ“š For veterinary educational purposes.

How to Carry Your Dog Safely 🐾Knowing the correct way to lift and carry a dog can help prevent falls, pain, fear, and un...
10/08/2026

How to Carry Your Dog Safely 🐾

Knowing the correct way to lift and carry a dog can help prevent falls, pain, fear, and unnecessary injury. Always support the dog’s chest and hindquarters, keep the body well-supported, and avoid lifting by the neck, legs, or allowing the body to hang unsupported.

βœ… Support the whole body
βœ… Keep the dog close to your body
❌ Never lift by the scruff or legs
❌ Avoid awkward or unsupported positions

Handle every animal gently and safely. β€οΈπŸ•

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SYRINGE SIZES & THEIR USES IN VETERINARY MEDICINE πŸΆπŸ±πŸ„πŸChoosing the right syringe is important for accurate and safe drug...
10/08/2026

SYRINGE SIZES & THEIR USES IN VETERINARY MEDICINE πŸΆπŸ±πŸ„πŸ

Choosing the right syringe is important for accurate and safe drug administration in animals. The syringe size should mainly depend on the volume of medication required and the accuracy needed, not simply on the animal species.

πŸ”Ή 1 mL Syringe
β€’ Best for very small and precise doses
β€’ Useful for small animals and medications requiring accurate measurement
β€’ Commonly used for insulin when the correct insulin syringe and concentration (U-40/U-100) are used

πŸ”Ή 3 mL Syringe
β€’ Suitable for small-volume medications
β€’ Commonly useful in dogs, cats, calves, goats and other animals
β€’ Provides better accuracy than a large syringe for small doses

πŸ”Ή 5 mL Syringe
β€’ Common general-purpose syringe
β€’ Useful for routine medication administration and injections
β€’ Suitable when the required volume is moderate

πŸ”Ή 10 mL Syringe
β€’ Useful for larger medication volumes
β€’ Can be used for IV medication administration, flushing and aspiration
β€’ It does NOT mean that 10 mL syringes are specifically for IV fluids

πŸ”Ή 20 mL Syringe
β€’ Useful for larger-volume medications
β€’ Commonly used for flushing, aspiration and certain fluid-related procedures
β€’ More practical when a larger volume is required

⚠️ IMPORTANT VETERINARY POINTS

❌ Syringe size is NOT determined by animal species.
❌ A 1 mL syringe is NOT only for insulin.
❌ A 10 or 20 mL syringe does NOT automatically mean IV fluid administration.

βœ… Best rule: Use the smallest syringe that can comfortably hold the required dose and provides accurate measurement.

πŸ’‰ Remember: Syringe size and needle size are different things. Needle gauge and length should be selected according to the animal’s species and size, injection route (SC/IM/IV), injection site, medication viscosity and volume.

πŸ“Œ Veterinary Tip:
Small dose β†’ smaller syringe β†’ better accuracy.

Most Common Zoonotic Diseases in LivestockZoonotic diseases are diseases that can be transmitted from animals to humans....
10/08/2026

Most Common Zoonotic Diseases in Livestock

Zoonotic diseases are diseases that can be transmitted from animals to humans. In livestock production systems, especially cattle farming, they represent an important risk to both farmers and rural workers.

πŸ₯› Brucellosis

πŸ”Ž Cause:
Bacteria of the genus Brucella

πŸ„ In cattle:

* Frequent abortions
* Retained placenta
* Reproductive problems

πŸ‘¨β€πŸŒΎ In humans:

* Undulant fever
* Muscle pain
* Chronic weakness

⚠️ Transmission:

* Contact with body fluids, placenta, and aborted fetuses
* Consumption of raw milk

πŸ‘‰ Key point: Vaccination and avoiding unpasteurized milk consumption.

🫁 Bovine Tuberculosis

πŸ”Ž Cause:
Mycobacterium bovis

πŸ„ In cattle:

* Progressive weight loss
* Chronic cough
* Weakness

πŸ‘¨β€πŸŒΎ In humans:

* Pulmonary tuberculosis
* Respiratory problems

⚠️ Transmission:

* Inhalation
* Consumption of contaminated milk

πŸ‘‰ Key point: Disease control and regular testing.

🦟 Leptospirosis

πŸ”Ž Cause:
Bacteria of the genus Leptospira

πŸ„ In cattle:

* Abortions
* Infertility
* Reduced milk production

πŸ‘¨β€πŸŒΎ In humans:

* Fever
* Headache
* In severe cases, liver damage

⚠️ Transmission:
Contact with water or soil contaminated with urine.

πŸ‘‰ Key point: Control stagnant water and use appropriate protective equipment.

🧠 Rabies

πŸ”Ž Cause:
Rabies virus

πŸ„ In cattle:

* Behavioral changes
* Aggression or paralysis
* Death

πŸ‘¨β€πŸŒΎ In humans:
A fatal disease if not treated promptly.

⚠️ Transmission:
Bites, particularly from bats in tropical regions.

πŸ‘‰ Key point: Vaccination and vector control.

🦠 Salmonellosis

πŸ”Ž Cause:
Bacteria of the genus Salmonella

πŸ„ In cattle:

* Diarrhea
* Dehydration
* Weakness

πŸ‘¨β€πŸŒΎ In humans:

* Food poisoning
* Severe diarrhea
* Fever

⚠️ Transmission:

* Consumption of contaminated food
* Poor hygiene

πŸ‘‰ Key point: Good management practices and proper hygiene.

βΈ»

⚠️ What do the most common livestock zoonoses have in common?

βœ” They can be prevented through good management.
βœ” They are closely associated with hygiene and sanitation.
βœ” They affect both livestock production and human health.

Relaxing massage point for dog.
09/08/2026

Relaxing massage point for dog.

BOVINE MASTITIS β€” A MAJOR THREAT TO DAIRY COWSMastitis is inflammation of the udder, usually caused by bacterial infecti...
09/08/2026

BOVINE MASTITIS β€” A MAJOR THREAT TO DAIRY COWS

Mastitis is inflammation of the udder, usually caused by bacterial infection or trauma. It can reduce milk production, affect milk quality, and in severe cases threaten the life of the cow.

πŸ” Common signs:
β€’ Swollen, hot, painful udder
β€’ Abnormal milk (watery, clots, flakes, blood)
β€’ Reduced milk yield
β€’ Fever and systemic illness in severe cases

⚠️ Types:
β€’ Clinical mastitis – visible udder and milk changes
β€’ Subclinical mastitis – no obvious signs, but high SCC and decreased production

🦠 Common pathogens:
β€’ E. coli
β€’ Staphylococcus aureus
β€’ Streptococcus agalactiae

βœ… Prevention is key:
β€’ Proper milking hygiene
β€’ Clean housing environment
β€’ Early diagnosis and treatment
β€’ Regular udder health monitoring

πŸ„ THIS IS HOW ARTIFICIAL INSEMINATION REALLY WORKS IN A COWThe image clearly shows the path taken by the insemination pi...
09/08/2026

πŸ„ THIS IS HOW ARTIFICIAL INSEMINATION REALLY WORKS IN A COW

The image clearly shows the path taken by the insemination pipette through the cow’s reproductive tract, as well as the important role of the inseminator’s hand inside the re**um in guiding the procedure.

🧠 WHAT IS THE INSEMINATOR DOING?

Artificial insemination uses two routes simultaneously:

1️⃣ The hand through the re**um
2️⃣ The pipette through the va**na

The hand inserted into the re**um allows the inseminator to palpate and hold the cervix (neck of the uterus) from above because the re**um and reproductive tract are anatomically very close to each other.

This gives the inseminator control over the position of the cervix.

πŸ”¬ PATH OF THE PIPETTE β€” AS SHOWN IN THE IMAGE

The pipette passes through:

πŸ‘‰ V***a
πŸ‘‰ Va**na
πŸ‘‰ Cervix
πŸ‘‰ Uterine body

The goal is to deposit the semen just beyond the cervix, in the body of the uterus, which is the recommended site for insemination.

πŸ“ THE CERVIX: THE MOST IMPORTANT PASSAGE

The cervix acts like a muscular gateway with several rings. These rings create resistance, so the pipette cannot easily pass through on its own.

This is where the inseminator’s hand inside the re**um becomes essential:

βœ”οΈ The inseminator holds the cervix
βœ”οΈ Aligns it with the pipette
βœ”οΈ Gently guides the pipette through the cervical rings

This procedure requires experience and sensitivity because forcing the pipette can cause tissue injury.

🌱 WHAT HAPPENS AFTER THE SEMEN IS DEPOSITED?

Once the semen is released into the uterine body, s***m begin moving toward:

➑️ The uterine horns
➑️ The oviducts
➑️ The site where fertilization of the o**m eventually occurs

⚠️ WHY IS PROPER TECHNIQUE SO IMPORTANT?

Improper insemination can result in:

πŸ”΄ Semen being deposited in the va**na, reducing fertility
πŸ”΄ Incorrect placement of semen within the uterus
πŸ”΄ Cervical injury
πŸ”΄ Contamination of the reproductive tract

Therefore, proper manipulation of the cervix through the re**um is a key part of successful bovine artificial insemination.

🧠 KEY MESSAGE

Artificial insemination in cattle is not simply about inserting a pipette. It requires precise coordination between the hand inside the re**um and the pipette advancing through the reproductive tract to ensure that semen is deposited at the appropriate locationβ€”the body of the uterus.

When performed correctly, artificial insemination becomes one of the most powerful tools for improving the genetics and productivity of a cattle herd. πŸ„πŸ§¬

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Bangladeshi Agricultural University
Mymensingh
2200

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