Anti Icky Poo®

A Pet Urine Odor Remover.

ANTI ICKY POO® is your best source for eliminating odor's created from Dog urine and waste, Puppy urine, Cat spray, urine and waste, Kitty urine, Horse urine and waste, Cow droppings, Human urine and waste, Vomit, Feces, Rodent urine and decay, Rat, Mice, Mouse and Hamster droppings, Bird droppings, Turtle droppings, Fish odor, Skunk spray to Diaper pails, Trash cans, Spoiled Milk, Rotten vegetables, Smoke, Char and many many more.
Can be used on carpet, wood, tile, ceramic and even concrete.
Recommended by top veterinarians, breeders, animal hospitals, rescue groups as the most effective pet urine odor remover on the market.
Eco friendly and made in the U.S.A.

How to Collect a Urine Sample from a Horse Grab a halter and a lead and a clean sterile bucket or container. Gloves are optional and a good whistle. Have your equipment ready close at hand. You may need to grab it quickly for a collection. Halter the horse and lead it around. Take it to its water and splash water on its mouth. Rub it around its eyes. This works in a similar way to a dripping tap. Walk the horse around. As you are walking, whistle. The whistle will sound like a strong wind blowing through a crack in a window, the high pitch but breezy sound. This may take a few minutes or it may take an hour; patience is essential! A well trained horse will urinate on cue to the whistle, so you are trying to teach it to associate the whistle with urinating. Be patient. Eventually, your horse will urinate. This is when you need to be quite fast. Grab the bucket or container and place under the urine so as it goes into the container. When the horse has finished, make sure that it doesn't spill it over by turning the horse around on its haunches or pivoting on its hind legs. A Technique for Urine Collection in the Female Rat for Investigating Iodine Metabolism IN examining iodine metabolism in the rat, the greatest source of error lies in the technique of urine collection. The main obstacle has been contamination of the urine by exogenous iodide from sources such as feces, foodstuffs, glassware, etc. Many methods have been used in an attempt to overcome this difficulty1–10, but none of them has been wholly successful. Another source of error is loss of urine by evaporation and absorption by feces. In methods where radioactive iodine is used, another disadvantage lies in the washing5 necessary to avoid loss of radioiodine, with consequent loss of counting efficiency. In order to collect urinary samples from unrestrained guinea pigs, animals were kept in their familiar home cages with wood shavings for bedding. Cortisol was removed from shavings by a simple washing step, and an attempt was made to measure its concentrations by high performance thin-layer chromatography (HPTLC), high performance liquid chromatography (HPLC), Release horse and reward with praise. Take the sample to a protected area away from other horses. They may think it's attractive enough to drink. Put a small amount in a urine collection jar (from the vet's) or into a small jam/baby glass jar. The jar must be sterile, clean and have a lid. The container should be quite full, but not quite to brim. Put the small container in fridge. If it has to wait a bit before you take it to the vet, label it "Do Not Drink" in case you have a less than astute fridge user. Throw any excess away. Use a glass jar rather than a plastic one, as the heat from the urine will melt the container. Make sure you don't keep the sample for more than a few hours, as the urine will degrade and go off, which means the vet will not be able to use it. Vets require fresh samples. Within 2 hours of collection is ideal. After 2 hours, the bacteria will ferment the glucose and cells will lyse giving a poor sample and in effect, poor diagnostics. Try to removing urine odors as close to the early hours of the day as you can manage. This is because the urine is the strongest and most concentrated at these times. Plus, the readings will be better. Collection of Bile and Urine Samples for Determining the Urinary and Hepatobiliary Disposition of Xenobiotics in Mice Observe your horse. Most horses make it clear when they are going to urinate. It usually involves spreading their legs and lifting their tail. Female horses will spread their legs more than the males. Become familiar with your particular horse's signals. Prepare for the collection. Have an appropriate container ready to collect the sample. This should be big enough to give a large target, but small enough to position quickly. Consult with your veterinarian to find out if you need a sterile collection device for removing urine odors. Be patient. Follow your horse, watch for its signals, and be quick with the collection device. It may take several tries and strategies to get a clean and ample sample. A device for collecting urine from a female horse comprises a receptacle having means for suspending it beneath a female horse, in which the receptacle has a rear guide portion so shaped as to extend in the region occupied by the vulva of the female horse. A device for collecting urine from a male horse comprises a receptacle having means for suspending it beneath a male horse in a position spaced from and free from contact with the penis of the horse, in which the receptacle has a front guide portion so shaped as to extend below and to the fore of the penis of the horse in the path of urine leaving the penis. The or each guide portion is adapted to guide into the receptacle urine striking the guide portion. Preferably the receptacle is so shaped as to extend in the regions occupied by the urinary organs of both the male and female. Urine can be simply obtained from a cow by stroking the escutcheon, instead of laborious catheterization. The urine sample can be a useful diagnostic tool for veterinarians to run a number of medical tests. Learn how to collect a urine sample for a cow by watching this video veterinary tutorial. or thin layer chromatography/radioimmunoassay (TLC-RIA). After intramuscular administration of 25 mg cortisol, cortisol excretion increased from about 20–30 μg/day to 400–500 μg/day (HPTLC: 531 μg/day, HPLC: 493 μg/day; TLC-RIA: 394 μg/day). Similarly, the treatment of the animals with 20 IU ACTH resulted in an augmented cortisol excretion, with mean values of 294 μg/day (HPTLC), 256 μg/day (HPLC) and 143 μg/day (TLC-RIA), respectively. The present study shows, for the first time, that cortisol excretion in unrestrained laboratory animals can be determined. Whilst the cortisol values measured by HPTLC and HPLC agree, the amounts measured by TLC-RIA were significantly lower. These differences are probably due to the presence of substances in urine or shavings which interfere with the radioimmunological determination. Hence, cortisol should be determined either by HPTLC or HPLC. Beside having a desirable specificity, these methods are more suited than TLC/RIA for steroid analysis since they confer the possibility of measuring additional steroids (e.g. precursors and/or metabolites of cortisol) in a single urine extract. This is especially the case for the HPTLC method since substances can be transformed into fluorescent derivatives. A note on a urine collection system for male pigs A urine collection system suitable for male pigs is described. The system was tested by the recovery from urine of an intravenous infusion of51 chromium as the EDTA complex. Recovery from four pigs was 99·2 ± 1·6%.