Category: E
Royal Mail 2nd Class / Parcel Force 48
UK to UK :Normally arrives in 2-4 business days.
UK to Ireland :Normally arrives in 4-6 business days
UK to EU Countries : Normally arrives in 6-10 working days depending on where the parcel is going
Please note standered delivery is none trackable , none insured , no responsabily for lose or Damage
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Royal Mail First Class / Parcel Force 24
UK to UK :Normally arrives in 1-2 business days.
UK to Ireland 3-4 business days
UK to EU Countries : Normally arrives in 6-10 working days depending on where the parcel is going
Please note :Trackable , Royal Mail insured up to £50.
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Parcel Force Express AM Guaranteed before Midday.
UK to UK only . UP to 5KG Max Weight
Arrives next day before 12 noon, requires a signature.
Parcel Forcel Terms & Conditions apply
Important: Parcel Force advise that there are some postcodes where an extended delivery time exists, and may affect the date of delivery or the service is not available.
| Category | POM-V |
| Temperature | Ambient |
| MA/VM/EU No: | 01708/4598 |
| Species |
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| VMD Link | Product Information Database (defra.gov.uk) |
| NOAH Link | https://www.noahcompendium.co.uk/?id=-461852&fromsearch=true#iosfirsthighlight |
| Dosage | stent luteal tissue and absence of heat are diagnosed, the product has proved to be effective in correcting the condition and bringing about a return to cyclicity. Other indications: Controlled breeding Examples of programmes which have been used are: i) A single treatment of cattle with palpable evidence of a corpus luteum, followed by breeding on detection of the subsequent oestrus. ii) Detection of oestrus for 6 days, breeding those animals seen in heat; a single treatment is given to all non-served animals on the 6th day and these cattle are bred at subsequent oestrus. iii) Two injections 11 days apart, breeding at oestrus or at fixed times (see below). iv) As iii) above, but breeding any animals showing oestrus before the second injection. Thus the second dose is given only to those cattle not seen in oestrus during that time and is followed by breeding either on signs of oestrus or at fixed times (see below). Cattle which respond to a single prostaglandin injection will normally do so within 6 days of treatment. The response time after two injections is more rapid. Animals may be inseminated on detection of oestrus in any of the breeding programmes. However, fixed time insemination should only be used following the second of a two injection programme (i.e. examples iii) and iv)). In the latter case insemination should be performed either once at 72-84 hours or twice at 72 and 96 hours after the second injection, as preferred. Double ‘fixed-time’ insemination may give superior results to a single insemination. However, economic factors in the particular herd may outweigh such a benefit. For successful treatment, animals should be cycling normally. Rectal examination before treatment should avoid the disappointment of treating non-cycling (an-oestrus) or pregnant animals. Attention should be directed to the diet and condition of the treated animals. Sudden changes in feeding levels, in feed constituents and in housing, etc should be avoided around the time of the breeding programme, as should any other factor, such as regrouping, which could reasonably be expected to lead to stress. If artificial insemination is to be used, the quality of semen and insemination technique should be assured beforehand. A recommended guideline for use of the product in dairy cows would be as follows: After the first injection, inseminate any cows showing signs of heat. Animals that do not show signs of heat should be injected 11 days after the first injection and then inseminated 72-96 hours later. Control of the oestrous cycle is of value in: 1) The dairy herd: a) To control oestrus in the individual animal giving better control of the individual calving index and reducing the number of cows culled as barren. b) To control oestrus in groups of cows to promote management of the herd in groups of suitable size and facilitate the maintenance of a seasonal calving pattern. c) To permit the use of artificial insemination (AI) in dairy heifers. 2) The beef herd: a) To facilitate the use of AI to obtain better progeny by use of high quality bulls. b) To enable the most effective use of available bulls where natural service is preferred. c) To permit better herd management at conception and calving. Horses (Ponies and donkeys: single dose of 0.5-1.0 ml (equivalent to 125-250 mcg of cloprostenol) by intramuscular injection. Thoroughbreds, hunters and heavy horses: 1-2 ml (equivalent to 250- 500 mcg cloprostenol) by intramuscular injection). - Induction of luteolysis following early foetal death and resorption: about 8-10% of all mares which conceive lose the conceptus during the first 100 days of pregnancy. Persistence of luteal function in the ovary precludes an early return to oestrus. - Termination of persistent dioestrus: non-pregnant mares frequently and spontaneously go to and out of periods of prolonged dioestrus. A very high proportion of mares in this category i.e. not cycling, are in prolonged dioestrus rather than anoestrus, particularly in the latter part of the breeding season. - Termination of pseudopregnancy: some mares which are covered at normal oestrus and subsequently found to be empty (but not having lost or resorbed a conceptus) display clinical signs of pregnancy. These animals are said to be “pseudopregnant”. - Treatment of lactation anoestrus: failure of lactating mares to cycle again for several months after exhibiting an early ‘foal heat’ can be avoided. - Establishing oestrous cycles in barren/maiden mares: some of these animals will be found, on examination, to have a functional corpus luteum and are suffering from abnormal persistence of luteal function or are simply failing to exhibit normal oestrous behaviour (“silent heat”) while ovarian cyclicity continues. - As an aid in stud management: mares may be brought into oestrus on a planned timing schedule (singly or in groups), to facilitate more efficient use and management of stallions during the breeding season. Overdose (symptoms, emergency procedures, antidotes), if necessary Cattle: At x5 to x10 overdose the most frequent side effect is increased rectal temperature. This is usually transient, however, and not detrimental to the animal. Limited salivation may also be observed in some animals. Horses: The most frequently observed side effects are sweating and decreased rectal temperatures. These are usually transient, however, and not detrimental to the animal. Other possible reactions are increased heart rate, increased respiratory rate, abdominal discomfort, locomotor incoordination and lying down. If these occur, they are likely to be seen within 15 minutes of injection and disappear within 1 hour. Mares usually continue to eat throughout. |
| Withdrawals | Cattle Meat: 1 day Milk: zero hours Horses Not to be used in horses intended for human consumption. Treated horses may never be slaughtered for human consumption. The horse must have been declared as not intended for human consumption under national horse passport legislation. |
