Cow sets World record – Produced 2,16,891 kg of Milk lifetime


Dairy farmer Eric Patenaude kisses his Guinness World Records champion milking cow, has provided 216,891 kg of milk during her lifetime.

Most milk produced in a lifetime: Canadian cow sets world record


To dairy farmers the world over, Smurf is a celebrity cow.

Smurf, a 16-year-old Holstein cow has produced more than 57,000 gallons of milk (that’s 216,891 kg or 478,163 pounds) in now 12 lactations – and is still producing – at “La Ferme Gilette” in Embrun, Ontario, just outside Ottawa, has broken the Guinness World Record for most milk produced over a lifetime. In the history of the world, no cow has been her equal.

The Patenaude family of Embrun, Ontario, has a long history in the country. It has been nine generations since the family first arrived from France, and the family has flourished. The family farm run by Gilles Patenaude and his sons was originally purchased by his grandfather back in 1881. Although originally a commercial production dairy, since 1980 Gilles and his sons, Marc, Louis, Vincent and Mathieu, have built the business into a top-class purebred Holstein breeding facility.

Their cows are all registered Holsteins, with about 450 cows milking, a similar number of dry cows and replacement heifers and about 100 bulls. Ferme Gillette is well known for producing excellent breeding bulls, with sales to A.I. units around the Canada and export sales around the world. Milking takes place three times a day in a double-12 parallel parlour with a pipeline. While Canada has long been renowned for the quality of its Holstein cattle, the previous record-holder was from Japan. It remains to be seen what Gillette Emperor Smurf final production record will be.


Use of MRI scan in Veterinary Practice – Principle, Advantage and Disadvantages


Principles of MRI:

Our body made up of chemical composition (ie: hydrogen, carbon, nitrogen sodium, phosphotus, potassium etc.)

Atoms these elements have different number of protons in their nucleus and possess different magnetic property.

Protons of hydrogen atom are the most abundant in the body in the form of water.

Magnetic properties of these atoms have been utilized to produce magnetic resonance signals and images.

When a patient is placed in a strong magnetic field in MR scanner, hydrogen nucleus in the body align with the applied external magnetic field.

Hydrogen nuclei in the patients body absorbs the energy and then generates the MR signal when exposed to short bursts of electromagnetic energy in form of radio frequency pulse.

The magnet creates a strong magnetic field which aligns the protons of hydrogen atoms which are then exposed to a beam of radio waves.

This spins the various protons of the body and produce a faint signal which is detected by receiver portion of the MRI scanner. The receiver information is processed by computer and image is produced.

Advantages :

1. Excellent soft tissue contrast resolution

2. Ability to obtain direct transverse, sagittal, coronal and oblique images

3. Does not use ionizing radiation

4. Does not produce bone/air artefacts


1. Longer imaging time

2. Complexity of the equipment and scan acquisition

3. High Cost

4. Inability to demonstrate calcification or cortical bone details

5. Bullet shrapnel and metallic fragments may move and become projectile (Contraindicated for patients with Cardiac pacemakers, dental implants, heart valve prosthesis and aneurysm clips)






How Animals See the World

Different animals have different kinds of color vision. Some animals like dog and cats have very poor color vision and others have very good color vision.

In fact some birds and bees have super color vision and see colors (in ultraviolet range) that humans could not see.

All representations are artistic representations – based on research

The history of First Veterinary School in the World – 1761

first vet college

The first veterinary school in the world was created in Lyon in 1761 by an equerry, Claude Bourgelat (1712-1779).

Claude Bourgelat, a man renowned for his skill in horsemanship and horse medicine, a man fully able to understand the issues of his time. Aware of the scope of the physiocratic movement and of the need to improve the health of farm animals.

He was able to understand the expectations of Henri-Léonard Bertin, Minister of King Louis XV, in proposing the creation of an establishment, breaking with traditional farriery.

When the school was founded two years earlier, the king had given it only a short-term grant. This left the school’s long-term prospects in jeopardy. But after the Lyon students proved their worth in managing and preventing epizootic diseases, Bertin and the king were convinced. The king’s decree in 1764 that Lyon be given the title Royal Veterinary School meant that it would be supported by the state, according to Bost.

That same year, Bourgelat was designated director and inspector general of the Lyon Veterinary School “and of all such schools which exist or which shall exist in our Kingdom” as well as commissioner general of the royal horse-breeding establishments. By then, Lyon had 36 new enrollees; enrollment would later stabilize at 30 new students per year.

For Bertin, the Lyon school was only the first step in contributing to the country’s animal and agricultural health. In 1764, he ordered Bourgelat to create another veterinary school. This time it was located in Alfort, just outside Paris. Bourgelat established the standards for the two veterinary schools in 1777 and would continue to teach until he died Jan. 3, 1779, at age 67.years

First elephant to get a prosthetic leg – Hats off to the Vets!!!

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An elephant who had a leg amputated after stepping on a landmine has taken her first steps on a new prosthetic.

Motala (50 years old) , was a working elephant who moved trees in the Thai jungle when she stepped on a mine.

Motala had been looking for food when the mine exploded in 1999.

She received her first artificial leg in 2006 – and became the first elephant with a permanent prosthetic in 2006.