Rotastak Fairground Fun – Description and Information
The Rotastak Fairground Fun Description and Information. It is another amazing cage designed by Rotastak. It is suitably designed for your hamsters, gerbils and mice. The tunnels, ‘roller coaster track’ tubes and accessories simulates their living environment in the wild, making the cage a complete living environment for them. In my opinion, it is the large amount of space and the wide variety of accessories that makes the Rotastak Fairground Fun such a good cage for your pet:
Intro 1. Dimensions of the Rotastak Fairground Fun
After assembling The Fairground Fun has an approximate dimension of:
57cm (22.5 inch) High
51cm (20 inch) Wide
75cm (29.5 inch) Deep
The recommended size, by experienced hamster breeders, of a Syrian hamster cage should be at least:
30.5cm (12 inch) High
30.5cm (12 inch) Wide
61.0cm (24 inch) Deep
And the size of cage of 2 dwarf hamsters should be at least:
30.5cm (12 inch) High
30.5cm (12 inch) Wide
61.0cm (24 inch) Deep
As such, it is clear to see that this cage provides plentiful space for your hamsters to runabout and explore. After analyzing 20 reviews from satisfied customers, most of them mentioned that their hamsters love the Rotastak Fairground Fun.
Intro 2. Items in the Rotastak Fairground Fun
It has the following 7 items:
The Main Living Area (a kidney-shaped unit)
An Additional Bedroom (a circular-shaped unit)
A Fun Dining Room (a dome-shaped unit )
Twisty colorful Rotastak interconnecting tubes
An Exercise wheel (like Rainbow Runner)
A Feeding bowl
A Water bottle
The accessories and units simulate the natural living environment of your hamster, gerbil or mice. In the wild, they live underground to hide from the heat and predators in the day. The ‘path’ underground is simulated by the tubes. To the delight of your children, your pet will provide lots of entertainment by spending countless of hours running through these tubes.
The main living area of the cage is where the hamsters run about and play with their mates. A wheel is also provided to ensure that your pet has sufficient exercise for them. The Rotastak Fairground Fun also has an attic dining room where your hamsters can hoard their food.
After reading the Rotastak Fairground Fun Description and Information, there is one last thing I strongly recommend you to read before you buy this cage. I understand that more information is required before you make a decision to buy the cage. I always feel that it is important to read the comments by customers before buying a product. I found out that a summarized product review will be sufficient to read as I do not want to go through a whole list of them.
Thus, I have compiled the reviews by customers who have bought the cage. click Here: http://www.squidoo.com/rotastak-fairground-fun-review to read the summarized reviews of customers who have bought the Rotastak Fairground Fun.
Wishing you and your hamsters happiness!
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Categories: Nature Mice Tags: Dwarf Hamsters
Advances in Ovine and Caprine Reproduction
1. Ovarian Angiogenesis
Angiogenesis is a process of vascular growth. The ovarian angiogenesis increases new blood vessels in ovary. They supply nutrients and hormones to the follicles. Thus angiogenesis promotes follicular growth and corpusluteum formation (Tamanini & Ambrogi, 2004). The developing follicles have endothelial cells. They form a network in the theca layer. Growth factors mainly produced by granulose cells as VEGE (Vascular endothelial growth factor) and bFgF (basic fibroblast growth factor) act as stimuli for promoting follicular growth and antrum formation (Ziecik, 2004; xiao et al, 2001).
After ovulation, newly formed blood vessels cross basement membrane between theca and granulose cell layers and undergo a rapid growth to form corpus luteum. The luteal vascular growth varies and angiogenesis and angioregression determine corpusluteum growth and regression. Thus in future the improvement in angiogenic development of ovary may help in reproductive performance (Tamanini and Ambrogi, 2004).
These Hemodynamic changes in ovarian and corpora Luteal walls was studied using colour Doppler ultrasonography. The flow of blood is assessed (Acosta and Miyamoto, 2004). This confirms our earlier studies using Laparoscopy for ovulation (Wani & Sahni, 1988, Wani, 1989 Sharief, 2000).
2. Embryo Block
Embryo blocks action of antibodies and becomes a homograph and not a heterograph, Eight cell embryo block was very common block in mammalian embryonic development. Sheep and goat embryos did suffer from this block too. However, in-vitro embryo , an mammalian embryo, makes direct contact with uterine lining only for a short period and thereby thrives on it indirectly through placenta via umbilical cord. It remains protected in an immunologically protected chamber the amnionic sac. Feotal development and biochemical constituents of foetal fluids and morphological development features observed in our studies are reported . (Mufti, 1996, Mufti et al, 2000), Wani, 2004 , 2005. Embryo development can be viewed in web images ) images 1-2). Early embryo mesoderm cells called somites differntiatic into myoblasts-resulting into muscle and skeletal tissues. Various MRF(muscle regulatory factors in foetus determine the muscular growth and were professed to be used in future research. Their exploitation would bring muscular lambs at birth. (Wani 2001). Many advanced aspects of myoblast .Determination flow have been documented. Huskey, 2001. (Robert.J.Huskey, myoblast determination flow interent explorer- Huskey, R.J. 2001. Myoblast Determination flow Microsoft. Internet Explorer.
Tight junctions prevent ion and water movement between cells and Na/K pumps move into the centre of the blastocyst resulting in to osmotic pressure difflections and formation of blastocoel. Plasmogen and its activator results into enzymatic digestion of zona-pellucida during this process. (www.wisc.Edie/ansici-repro/Lec-18 or search Embryo block sheep Metacrawler- Microsoft Internet explorer Figs 9-16.
3. Genome activation
Activation of embryo is detected by pronuclear formation, cleavage and blastulation. Addition of vitamins during oocyte maturation helps subsequent blastulation and embryo viability (Bormann et al, 2003). Pregnancy associated glycoproteins (PAGS) are antigens synthesized in ruminant trophoblast. They enter maternal blood stream and thus signal early pregnancy (Wani, 2005).
Invitro growth of granulosa cell complexes isolated from cryopreserved ovine ovary has been reported (Newton et al, 1999). These cells have a capacity to produce immunereactive inhibin with FSH, (Compell et all, 1996). The ovine Booroola fecundity gene (Fec B) so widely known has been linked to markers from a region of human chromosome 4q. Thus linking research in ovine or caprine reproduction for improvements or control of reproduction in humans. The VEGF factors (Vascular endothelial growth factors) characterized and expressed in ovine corpus luteum could be of immense “healing touch” value if properly innovated to use in repairs of various body injuries. Ovine FSH has been of value in developing long-term contraceptive vaccine in bonnet (Redmer etal, 1996).
4. Gap-junction network
Mammalian oocytes are surrounded by follicular cells. A communication system exists between these oocytes and follicular cells. This system of communication is called Gap –Junction network. This system provides transfer of nutrients and signals between follicular cells and oocytes. The proteins of connexin family form these building blocks. Oogenesis, primodial follicle activation and subsequent ovulation is the result of these and some other proteins factors. They are e-kit receptor, transforming growth factor beta (TGF beta) and bone morphogenic proteins. Progressive morphological changes in the oocytes result into structural rearrangements. These generate energy. The increased energy facilitates oocyte development and ultimately determine its capacity and competence to dominate and ovulate (Fair, 2003).
Pregnancy recognition during day 12-22 in sheep and 15-21 in goats is made on the basis of interferon tau a member of type I interferon. It is the first protein secreted by trophoectoderm of the ruminant conceptus. It blocks the uterine luteolytic mechanism and is responsible for the sustenance of corpus Luteum during early pregnancy days. It acts on the uterine epithelial cells by suppressing their ability for transcription of gene for propogation or activation of oestrogen or oxytocin receptors. It also induces several proteins responsible for embryo implantation.
5. Pre- implantation Embryo nutrition:
The most important nutrients required by the developing mammalian preimplantation embryo are carbohydrates, anino acid which provide energy. It also prevent cellular stress. Quantification of embryo energy metabolism is thus necessary. An attempt in this direction has been shown in figures. (Jamada, 1998).
The 8-cell embryo block in development is overcomes by various growth factors incorporated in culture media. The HB-EGF (heparin-binding epidermal growth factor like growth factor) improves the development of 8-cell embryo to the blastocyst stage. This factor is helpful in preimplantation embryo development. (Tamada et al, 1999).
The method of assessing preimplantation embryo viability by the self-refrencing electophysiological technique is possible. This is an non-invasive measurement. The technique measures the gradients of calcium, potassium, oxygen, and hydrogen peroxide (Gardner, 1998).
Protein, prostaglandins and steroid synthesis in caruncular and intercaruncular endometrium in sheep has been estimated. One day before attachment ie day 15 post coitus few changes exhibited, however, the dynamics of PgF2 alpha production was effected (Findly et al, 1981)
Comparing invitro and invivo embryonic development in ruminants is possible by use of immunocytochemistry, confocal laser scanning miscroscopy and fluorescence techniques. By combination of these techniques it has been possible to demonstrate that:
1. rRNA gene activation is similar
2. Embryonic nuclear development is similar. However, embryo produced through nuclear transfers are associated with increased apoptosis, in the inner cell mass of the blastocysts. Besides embryo produced in-vitro by nuclear transfers or otherwise are associated with mixoploidy. Mixoploidy means embryos with abnormal haploid or polyploidy cells besides normal diploid cells . (Cinobell et al, 2003).
Use of anthelmintics like Benacil and tetramisole orally results in toxicity during pregnancy. The embryotoxicity was 100% during 9-18 days post coitus and abnormal lambs delivered by ewes dosed during pregnancy ranged from 34-57% (Grunzhinskas, 1984). Laparoscopy in sheep and goats has been used for ovulation detection, embryo aspiration and diagnosis of pregnancy. (Wani, 1982 Wani and Buchoo, 1990, 1997, 2000) Embryo recovered through laparoscopy in Boer goats have a of 62% and were economically viable. (Besenfelder et al, 1994)
6. Embryo biosafety and disease risk
Scrapie, an ovine and caprine transmissle spongiform encephalopathy is widely spread among sheep populations in many European Countries. As it is known that susceptibility to scrapie is determined genetically, breeding programmes aiming at providing scrapie- resistant flocks have been established – (sipos et al, 2002).
The pregnant endometrium secreted a number of neutral –to-acidic proteins which constituted, in part, the histotroph. A vitamin A-transport protein, RBP was identified in cultures, conditioned by the endometrium at days 13-21 of pregnancy. The endometrium is the only source of retinol for embryonic tissues. The uterine RBP appears to transport retinol locally toward embryonic tissues. Secretion of RBP by caprine endometrium at days 13, 15 and 21 of pregnancy suggested that retinol played an important role in conceptus development during the periattachment period of early pregnancy –( Lue et al, 2002) (Young et al 2000, 2004).
Caprine oviduct epithelial cell (COEC) are commonly used in vitro goat embryo production protocols to stimulate early embryonic development. These feeder cells are usually collected from slaughterhouses from unknown serological status animals. In many regions of the world, issues derived from the resource may be contaminated with CEV and the use of such material in invitro fertilization systems may contribute to transmission of this pathogen to the cultured embryos and dissemination via embryo transfer (ET). The use in invitro fertilization systems of coculture feeder cells that support efficient replication of CAEV to high titers could represent a serious risk for permanent transmission of virus to the cultured embryos and to the surrogate dam involved –( Lamara et al, 2002).
7. Early pregnancy Factors
Pregnancy – associated glycoproteins (PAGs) are antigens synthesized in the superficial layers of the ruminant trophoblast. Initially, they were identified either as proteins differed into the maternal bloodstream (where they have applications in pregnancy diagnosis+PAG or as molecules binding to the LH receptor (PAG2). In this study, double radial immunodiffusion was used to test the ability of antisera raised against different PAG molecules (bovine, ovine and caprine) to react with placental extracts from non ruminants (rabbit, cat, mouse, pig and wild pig) and ruminants (cow, ewe and goat) Placental extracts from all nonrumiants tested except rabbit reacted with anti bovine. PAG2 (anti- boPAG2). Extracts of ruminant placentas react with different antisera, confirming the expression of various PAG molecules. According to the time at which the placentas were collected (early or middle pregnancy), the reaction differed as regards the thickness, position and number of precipitation lines, suggesting that PAG expression varies as pregnancy progresses. Bos indicus and Bos Taurus placental extracts exhibited different reactions with anti-boPAG2, a single precipitation line in the former case and two lines in the latter. This suggests differential expression of boPAG2related glycoproteins in these two subspecies – (EL-Amivi, et al, 2003).
Proffessor G. M. Wani is Director Extension Education, SKUAST – K, Shalimar Srinagar, J & K, India and Director SAMETI.
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Categories: Nature Mice Tags: Advances, Ambrogi, Basement Membrane, Basic Fibroblast Growth Factor, Bioch, Caprine, Cell Embryo, Cell Layers, Colour Doppler, Corpus Luteum, Endothelial Cells, Fibroblast Growth Factor, Follicular Growth, Goat Embryos, Hemodynamic Changes, Homograph, Mammalian Embryo, Mammalian Embryonic Development, Ovine, Reproduction, Reproductive Performance, Sahni, Vascular Growth
Collecting Charm Bracelets Is A Great Hobby
I have been collecting charm bracelets since I was a child. I guess it all started when I was a teenager and I was given a bracelet for my birthday. I was quite impressed with the charms that came with this because they were quite detailed in design. The bracelet I got was based on the Alice in Wonderland theme and came with Alice, The Mad Hatter, the Cheshire cat and the Door Mouse. After a wild I was able to add to this until I had the bracelet completely full.
Collecting bracelets can unfortunately be an expensive hobby when you’re a teenager without a job. But, over the years I was able to expand my collection. I guess the idea for this was that I would wear different bracelets depending on what I was wearing or possibly what I was doing at the time. If I had a sports day in school I would wear my sport one this was a great opportunity to show people the different types of charms that you could get but also to admire the detail and craftsmanship.
I remember once going to a Halloween party and for a few weeks before hand I was able to start collecting various charms to match my costume. There are so many different types available from skeleton heads, witches on broomsticks, little trick or treat bags that were simply amazing the detail and the imagination that goes into these. When I first started collecting they were mainly silver and gold and it was quite expensive if you wanted to purchase particular charms you could actually end up paying about – for each one.
Which perform bracelets like the Halloween one they can be quite inexpensive because they are made from plastic or rubber. They also have a bit more fun as opposed to some of the older ones I have which were very formal. Teenagers nowadays have such a choice and lucky for them do not have to pay the kind of price that I paid when I was younger. Collecting different types of charm bracelets come the fun and something that they can keep for a long time with each one bringing back memories of when they use it.
If your thinking of planning a wedding you can get advise and read lots of articles on Jewelry and Wedding Dresses at Camilla Charm Bracelet
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Categories: Nature Mice Tags: Alice In Wonderland, Bracelets, Charm, Charm Bracelets, Charms, Cheshire Cat, Collecting, Craftsmanship, Fun, Great, Guess, Halloween, Halloween Party, Hobby, Imagination, Job, Long Time, Lucky, Mad Hatter, Many Different Types, Opportunity, Sport One, Teenager, Teenagers, Witches
Choosing a Ferret Diet: is a Natural Diet Right for Your Ferret?
Until the last 40 years, ferrets were fed what we refer to as a “natural diet,” which was similar to the diet of the domestic ferret’s wild ancestors. In recent years as ferrets have become more popular, they have been fed commercially prepared ferret, cat, and kitten diets. While this is convenient for us as owners, is it what our ferrets were meant to eat? What exactly is a natural diet, and what are the benefits and concerns associated with it?
FERRETS ARE CARNIVORES
Ferrets are obligate carnivores, which means that they get their nutrients from a diet high in animal protein and fat. Their diet must be a meat diet, because they are unable to digest vegetable protein. They need food that is very low in carbohydrates, and they get their energy from animal fat. This is why proponents of a natural diet argue that ferrets’ bodies are actually designed for a whole prey or raw meat diet.
Ferrets have a short GI tract populated with simple organisms, and they don’t absorb nutrients as well as other animals can. They are intended to eat food that provides them with a highly concentrated fat content (calories for energy) and highly digestible meat proteins for maximum nutrition.
While there are a number of high quality ferret kibbles available today, many of them contain a high number of grains, corn, and other sources of filler material in addition to vegetable protein. Ferrets who eat diets with excessive vegetable protein can suffer from poor skin and coat quality, decreased growth rates, bladder stones and other conditions.
Insulinoma is also a concern, as a high level of carbohydrates in a ferret’s diet puts too much stress on the pancreas. While there is no definitive proof that a diet high in carbohydrates causes insulinoma, it just is not healthy for the beta cells in the pancreas to be overworked. When beta cells work too hard, they become overactive (hypertrophied) and either burn out (stop working altogether) or go to neoplasia (cancer).
MYTHS ASSOCIATED WITH A NATURAL DIET
Before I explore what feeding a natural diet entails, there are a few widespread misconceptions associated with feeding whole prey or raw meat that need to be addressed.
First and most importantly, your ferret will not turn into an aggressive wild animal if you feed a raw diet! Kim Schilling, author of Ferrets for Dummies, draws a great parallel. She points out that cats are great hunters and, at times, vicious hunters, playing with their prey before killing it. They kill countless mice, birds, rabbits, and other wildlife throughout their lives, yet they still remain sweet and cuddly companion animals that are perfectly happy to sit in your lap, purring and allowing themselves to be petted. It is not going to be any different with ferrets. Eating raw meat isn’t going to transform your sweet little girl into a vicious killer.
Many ferret owners point out that diseases could be passed from the prey animal to the ferret. If you are feeding your ferret the dead mouse from your mousetrap, the spread of disease is very likely. However, there are a number of reputable sources for humanely killed, frozen prey animals, and as long as you stick to getting prey from those sources, your ferret should be fine.
Another misconception is that to feed a natural diet, you must feed live prey. This is not true, nor is it even recommended. While some ferrets may be able to catch and kill their prey, the majority are going to take time to adjust to a natural diet, let alone be able to hunt for their own food. Ferrets are fully domesticated after all! Also, if you were to feed live animals, you also risk your ferret being bitten by the prey animal. The point of feeding whole prey is not to allow your ferret to hunt live animals, it is to provide a nutritious diet.
TYPES OF NATURAL DIETS
I will discuss two types of natural diets in this article – a whole prey diet and a raw carnivore diet. Bones and meat are the staples of a natural diet, regardless of which type you choose to feed.
Whole Prey Diet
A whole prey diet is the most balanced natural diet, and it refers to feeding ferrets pre-killed, frozen prey such as mice, rats and chicks. Ferrets have teeth that are designed for cutting meat and bone, so whole prey provides them with the necessary exercise for teeth and jaws and cleans their teeth and gums. Whole prey also gives your ferret the chance to experience a variety of tastes and textures, so it’s enriching as well.
Raw Carnivore Diet
Another natural diet option is a raw carnivore diet, which is a good alternative for ferret owners who are hesitant to feed prey animals to their ferrets. Raw carnivore diets can include commercially prepared diets that contain meat, organs, and bones. They can also include raw or cooked meat like chicken wings, raw liver or hearts, and other similar foods. If you are trying to find a raw carnivore diet, look for one that contains all parts of the animal (meat, bone, cartilage, organs) and meat suitable for human consumption. It must be high in fat and protein.
One thing a natural diet is not is just raw or cooked meat. If you feed your ferret only chicken, she will not get the nutrients that she needs. Bones, organs and other parts contain amino acids, calcium, fatty acids, iron and other essential vitamins and minerals that your ferret needs for a balanced, nutritious diet.
PROS & CONS OF NATURAL DIETS
As with any practice, there are both pros and cons associated with feeding ferrets a natural diet. If you are contemplating a natural diet, you should consider this list closely, and speak with your veterinarian about any concerns you may have.
Benefits of a natural diet include:
Automatically well balanced diet.
Closest diet possible to what your ferret would eat in the wild.
High in moisture (unlike kibble).
Fewer incidents of hairballs and obstructions because of the variation in food consistencies.
Protein and fat sources are high quality.
Because you design your ferret’s diet, you have more control over what your ferret eats.
Owners who feed a natural diet report that their ferrets have more energy, plusher coats, better overall dental health, and smaller stools with less of an odor.
Ferrets in countries that feed a natural diet have significantly lower incidences of insulinomas.
Concerns associated with a natural diet include:
Must be done correctly or the ferret will become malnourished.
Can be difficult to switch your ferret over to a natural diet.
Slight possibility of choking on bones or internal injury from bones.
Bacteria or parasites could be present if the whole prey isn’t from a reputable source.
Food must be handled carefully or you risk salmonella or e. coli contamination.
Can be expensive and inconvenient.
FEEDING A NATURAL DIET
Before you do anything, it is very important to speak with your veterinarian. Your veterinarian will determine what your ferret’s nutritional needs are and how healthy your ferret is. Switching foods, especially from a commercial dry kibble diet to a natural diet, can be stressful on a ferret, and you need to make sure your ferret is up to the change. You may need to limit his access to kibble for short periods of time to get him to try the prey or meat, so you will need to make sure that your ferret is not insulinomic and his blood glucose levels are stable. Finally, it’s important to keep your veterinarian abreast of any changes in your ferret’s care, as it can affect how he or she will treat your ferret.
As with any diet change, switching to a natural diet should be done gradually. There may be a point where you have to completely remove your ferret’s kibble, effectively forcing him to try the new food, but this should not be done right away. Start out by giving your ferret meat and meat gravy or broth baby food, if you aren’t already, to get him used to eating meat. Once your ferret will eat baby food, you can try giving him some chicken. Move from that to chicken wings, either cooked or raw. Remember, any meat you give your ferret must be free of spices and sauces. Your ferret needs nutrients, not zesty barbecue flavor! Whether or not you feed the meat raw depends on your comfort levels. Once your ferret is comfortable with meat, you can continue to give that to him or you can try whole prey. (If you decide to feed your ferret whole prey, make sure it is fully defrosted.)
If your ferret is refusing to try the meat, here are a few things you can try:
Drizzle FerreTone on the meat, chicken wing, whole prey, or whatever else you’re trying to feed him.
Be creative with the meat you give him – if he won’t eat straight meat, try mixing cut up pieces of it with kibble.
Use the juices that come from the meat and pour it over their kibble to get them used to the new taste.
You will find that some ferrets are much more easily converted to a natural diet than others. Younger ferrets generally have a quicker transition because they aren’t quite as imprinted on their food as older ferrets are. However, whether you’re trying to switch over your six month old ferret or your six year old ferret, be patient and remember that different ferrets will like different things.
There is a difference of opinion as to whether all ferrets can be switched to a natural diet. There are some owners who advise removing all kibbles, forcing the ferret to eat the meat, because they believe that all ferrets can be switched over. There are others who will only try until it’s obvious that the ferret would rather starve than eat the meat. How you go about switching your ferret and how hard you are willing to push is something that you will need to decide for yourself after discussing it thoroughly with your veterinarian.
If you are able to successfully switch your ferret over, be sure to give him a variety of different animals, meats, or other dietary components. The key to doing a natural diet properly is feeding a combination of different foods. Ferrets wouldn’t eat only mice in the wild – they would eat anything they could catch – so they shouldn’t just eat mice at your house either. You may also want to continue feeding kibble if you are feeding a raw carnivore diet.
A NOTE ABOUT NATURAL VS. COMMERCIAL DIETS
The point of this article is not to prove that the ferret food industry is evil. While there are ferret diets out there that are not as good as they could be, there are also manufacturers who strive to provide healthy, nutritious diets for our ferrets and work on developing great new foods. Likewise, if you choose to feed a kibble diet, you are not a bad ferret parent. You just need to be aware of the ingredients in the food and what the protein and fat sources are.
It is important you understand that there is no hard evidence a natural diet is better than a kibble diet or vice versa. Much of the information available as to how either diet affects our ferrets is anecdotal, based entirely on ferret owners’ personal experiences. Every ferret owner needs to decide what diet will be best for his or her ferret after doing research and discussing the options with an experienced ferret veterinarian.
Kristen Onasch holds a degree in English from Pennsylvania State University. She has extensive experience in educational publishing for various pet magazines and websites and has owned ferrets for over ten years. She is currently the Senior Ferret Copywriter at Drs. Foster and Smith Pet Supplies, the nation’s leading online and catalog pet supplier.
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Categories: Nature Mice Tags: Animal Fat, Animal Protein, Beta Cells, Bladder Stones, Carbohydrates Diet, Cat And Kitten, Choosing, Coat Quality, Definitive Proof, Diet, Diet Right, Ferret, Ferrets, Filler Material, Gi Tract, Insulinoma, Maximum Nutrition, Meat Proteins, Natural, Natural Diet, Obligate Carnivores, Raw Meat Diet, Right, Vegetable Protein
What’s New In Health News?
According to New York City health officials, three-quarters of salt Americans eat comes from prepared and processed food, raising the risk of heart disease. Having led the ban on trans fats, New York City officials met with food makers and restaurants to discuss reducing salt in common foods like soup, pasta sauce, salad dressing and bread. New York has recruited health agencies and medical groups across the country with the goal of reducing salt consumption 20% by 2014. Although the food industry hopes salt reduction will remain voluntary, they have a healthy concern about government regulation.
According to neuroscientists, some people have a harder time resisting fattening foods because of “conditioned hypereating”, a drive to eat high-fat, high-sugar foods. Fat-sugar combinations light up the brain’s dopamine pathway – its pleasure sensing spot – the same pathway that conditions people to alcohol and drugs. For approximately 70 million people with some degree of conditioned hypereating, the reward-anticipating area of the brain stays switched on even after the food is eaten. Thus the brain has to be retrained with rules, substitutions or temptation avoidance. Because there are thin hypereaters, there’s a fat chance affected brains can be retrained.
According to a study done by researchers at the University of Nottingham in Britain, the researchers involved support the “hygiene hypothesis” – that the rise in asthma and allergies is linked to hyper-clean living; and if the immune system isn’t properly primed in childhood, it can improperly react to harmless triggers like pollen and dander. When the researchers trapped wild mice, those not infested with parasites had more sensitive immune systems than parasite-infested mice. Those that believe in the hygiene hypothesis believe that when the immune system evolved, people were constantly infected by a variety of parasites. Today’s immune systems may be calibrated for yesterday’s parasites – a hypothesis that might bug many people.
According to allergy specialists, red eyelids can be caused by an allergic reaction to toluene sulphonamide formaldehyde resin in nail polish. People allergic to mugwort pollen, onion and chive are often allergic to celery. Sunlight can cause some people to break out in a red, itchy rash. People allergic to nickel can be allergic to their jeans because of the nickel-containing buttons, rivets and studs. They can also get rashes on their cheeks, ears and fingertips from the nickel in iPods and cell phones. Lately there seems to be a rash of new rashes.
Knight Pierce Hirst has written for television, newspapers and greeting cards. Now she writes a 400-word blog three times a week. KNIGHT WATCH, a second look at what makes life interesting, takes only seconds to read at http://knightwatch.typepad.com
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Categories: Nature Mice Tags: 99s, Alcohol And Drugs, City Health Officials, Common Foods, Fattening Foods, Food Makers, Harder Time, HEALTH, Health Agencies, Hygiene Hypothesis, Immune Systems, Medical Groups, New York City Health, News, Pasta Sauce, Pollen And Dander, Salt Consumption, Salt Reduction, Sugar Foods, Three Quarters, Trans Fats, University Of Nottingham, What's
MEDICINE AND MENTAL HEALTH : The Isotretinoin Issue
The possibility of introducing prescribing options for New Zealand psychologists is currently being considered. Clinicians have been invited to offer opinions on the advisability of such a move and to make suggestions on additional training requirements. Certainly, an extensive understanding of the possible side effects of such medications likely to be prescribed would be required.
In fact, an understanding of the possible short- and long-term side effects of medications in general is already an area that warrants considerably more attention from all those working in mental health. The possible, very serious mental health consequences of ingesting certain prescription medicines are currently outlined in a number of medication inserts. In addition, agencies such as the US Food and Drug Administration (FDA) have published warnings cautioning against the use of some prescription medicines, which they state may cause serious psychiatric disturbance. There are also currently proposals in Britain to give every new drug licensed a ‘suicide rating’.
This reform, based on a system adopted recently in the United States, has been fuelled by a growing body of evidence that drugs that affect the brain can heavily influence behaviour through seemingly innocuous changes in body chemistry. Medicines to treat acne, swelling, heartburn, pain, obesity, high blood pressure and cholesterol, bacterial infections, smoking and insomnia have all been associated recently with psychiatric problems. (Mostrous, 2008).
One such medication is isotretinoin (also known as Accutane or Roaccutane), prescribed for the treatment of acne. This vitamin A derivative, manufactured by Hoffman-La Roche, is one of that company’s most popular and controversial medications. In its most recent warnings the FDA (FDA, 2005), stated:
FDA ALERT [7/2005]: Suicidal Thoughts or Actions: In addition to the strengthened risk management program, FDA continues to assess reports of suicide or suicide attempts associated with the use of isotretinoin. All patients treated with isotretinoin should be observed closely for symptoms of depression or suicidal thoughts, such as sad mood, irritability, acting on dangerous impulses, anger, loss of pleasure or interest in social or sports activities, sleeping too much or too little, changes in weight or appetite, school or work performance going down, or trouble concentrating, or for mood disturbance, psychosis, or aggression. Patients should stop isotretinoin and they or their caregiver should contact their healthcare professional right away if the patient has any of the previously mentioned symptoms. Discontinuation of treatment may be insufficient and further evaluation may be necessary.
The ‘Patient Information Sheet’ for this medication also reads:
Serious mental health problems: Isotretinoin may cause:
- Depression
- Psychosis (seeing or hearing things that are not real)
- Suicidal thoughts or actions
-Aggressive and violent behavior
Although approved for the treatment of “the most severe form of acne (nodular acne) that cannot be cleared up by any other acne treatments” (FDA, 2005), isotretinoin has been used increasingly for the treatment of more mild and moderate forms of acne. “In 1995, doctors calculated that only sixteen percent of prescriptions were for severe disease” (Girling, 2002). As a consequence, it is now estimated that many millions have been treated with isotretinoin worldwide. Unfortunately, the numbers of those who have reported suffering serious mental health side effects has also continued to grow. A research documentary, which screened in November 2006, quoted over 6000 reported cases of psychiatric consequences of isotretinoin use, with “US Health Authorities” estimating this was around one percent of those actually affected (Tinari, 2006). Consistent with this claim, Carleton, Smith, Gelin, and Heathcote (2007) identified ADRs (adverse drug reactions) as an important cause of childhood morbidity and mortality and stated that as many as 95% of ADRs are not reported. In a New Zealand survey of secondary school students (Purvis, Robinson, & Watson, 2004), 14.1% reported having problem acne. It has been estimated that 5000 young New Zealanders take isotretinoin (Lawrence, 2006). By 2006, the Centre for Adverse Reactions Monitoring (CARM) had received 93 notifications of adverse reactions to this medication (MARC, 2006). If US Health Authority estimates are correct (Tinari & Häner, 2006), then around 930 New Zealanders have been significantly affected.
Isotretinoin was introduced on the market, as a treatment for acne, in 1982. By 1983 Hazen, Carney, and Walker had already published details of 24 cases of depression related to its use. These findings reinforced those reported earlier by Myskens (1982), who had been using isotretinoin as a treatment for patients with advanced cancer. Around 25 percent of those patients suffered “psychological changes”. These included 18 cases of depression. Four patients had attempted suicide. Subsequent years have witnessed much debate over the strength of the causal link between isotretinoin and mental health problems. The media have feasted on this debate and the medication “has made the kind of headlines normally reserved for mass murderers or airline disasters” (Girling, 2002). In 2007, Carleton et al. conducted a retrospective analysis of 1193 suspected ADRs in Canadian children (including 58.6% adolescents). The drug most cited was isotretinoin and the most frequent reaction descriptor was psychiatric disorders. In his overview of existing research linking isotretinoin to depression, psychosis, and suicide, O’Donnell (2003), having discussed the well-known birth defects caused by ingestion of isotretinoin during pregnancy, also concluded:
Less well known is the risk of this lipid-soluble chemical to affect the central nervous system. Reports of intracranial hypertension, depression and suicide ideation with accutane use, have prompted an examination of its serious life threatening potential…the public must be informed of the proper limited indication for its use, because depression and suicide can follow in patients with no prior history of psychiatric symptoms or suicide attempts.
Contrary to this conclusion, however, were the findings of Cohen, Adams, and Patten (2007), who used depression scales to assess signs of mental health disturbance at baseline and after two months of isotreinoin treatment. They found no correlation between isotretinoin use and the development of depression on their measures. This study has subsequently faced criticism since “most complaints about depression (following isotretinoin) come about four months after treatment begins” (“Study”, 2005). However, researcher Siegfried (who had made this comment) and her colleagues (Chia, Lane, Chibnall, Allen, & Siegfried, 2005) assessing levels of depression four months into isotretinoin treatment, also found that signs of this disorder were no more prevalent in these patients than in the conservative therapy group. Both studies measured depression using either the Centre for Epidemiological Studies Depression Scale (CES-D) or the Zung Self-Rating Depression Scale. Finally, consistent with both of these findings, Bremner et al. (2005) reported that, amongst their sample, there were no significant increases in depression scores (Hamilton Depression Scale) following four months of Isotretinoin treatment. However, the Bremner study is much better renowned for the other discoveries made during this research. In a world first, Bremner measured brain functioning in his subjects using [18F]fluorodeoxyglucose positron emission tomography, before and after four months of treatment with either isotretinoin or an antibiotic. Results showed clearly that the isotretinoin treatment, but not the antibiotic treatment, was associated with decreased brain metabolism in the orbitofrontal cortex (–21% change versus 2% change for antibiotic). This is a brain area known to mediate symptoms of depression. It seems that these observable brain function changes may produce symptoms (e.g. anger, aggression, paranoia) not well measured when depression screening tools are used in isolation. Depression scales “cannot take the place of a comprehensive clinical interview for confirming a diagnosis of depression” (WHO, 2008).
In recent research conducted at the Universities of Bath and Texas, researchers were able to monitor the effect of isotretinoin on the chemistry of the cells that produce serotonin. They found that the cultured cells significantly increased the production of proteins and cell metabolites that are known to reduce the availability of serotonin (O’Reilly, Trent, Bailey, & Lane, 2007). Researcher Sarah Bailey commented: “Serotonin is an important chemical that relays signals from nerve cells to other cells in the body…. In the brain it is thought to play an important role in the regulation of a range of behaviours, such as aggression, anger and sleep. Low levels of serotonin have been linked to depression as well as bipolar and anxiety disorders” (“Mechanism”, 2007). Previous research by some of the same scientists (O’Reilly, Shumake, Gonzalez-Lima, Lane, & Bailey, 2006) concluded that isotretinoin caused depressive behaviour in mice. These findings were supported by those of Crandall et al. (2004) who showed that a “clinical dose of 13-cis-RA (the active component of isotretinoin) in mice significantly reduced cell proliferation in the hippocampus and subventricular zone, suppressed hippocampal neurogenesis and severely disrupted capacity to learn a …maze task.” In a more recent review article, Strahan and Raimer (2006), taking such findings into account, have concluded: “It is clear that isotretinoin can stunt hormonal development and influence neurotransmitter receptors, including systems known to be involved in psychopathology”. This conclusion is similar to that of Bremner and McCaffery (2008) in their very recent review report, which describes several systems that may be targets of retinoic acid (isotretinoin component) and which contribute to the pathophysiology of depression.
Finally, numerous published case studies have documented the development of psychiatric symptoms following isotretinoin use. Barak et al. (2005) described a “series of cases of manic psychosis that developed in a one year period in association with isotretinoin treatment and resulted in suicidality and progression to long standing psychosis. Cases were drawn from 500 soldiers who had been evaluated in a military specialists’ dermatology clinic for severe acne.” Following on from this, Friedman et al. (2006) carried out a five year analysis and reported a significantly greater use of mental health services by those 1419 soldiers in the Israeli Defence Forces who had a history of isotretinoin use than by those in the control group. There are many singular case studies reporting symptom presentations similar to those described by Barak et al. (2005). Bachmann, Grabarkiewicz, Thiesen, and Remschmidt (2007), for example, presented the case of a 16-year-old boy who experienced two depressive episodes “strongly associated” with isotretinoin treatment and requiring “closed ward care”. They concluded, “The current case report strongly indicates that isotretinoin may induce depression in idiosyncratic patients. Hence prescribers of isotretinoin should be aware of the adverse drug reaction and, if necessary, refer patients to psychiatric institutions”.
Consistent with this recommendation for a referral to a “psychiatric institution”, the FDA (2005), having evaluated all available research findings on isotretinoin, followed their warning with the recommendation that: “A referral to a mental health professional may be necessary.” There is an assumption, then, that those mental health practitioners receiving such referrals will have the knowledge and skills to manage an individual suffering the psychiatric side effects of isotretinoin exposure. Unfortunately, however, there has been a serious failure to educate practitioners in this regard. Many have little, if any, knowledge of the implications of the isotretinoin research and how these translate to effective client/patient management. Criticisms of the support offered to those who attribute their psychiatric symptoms to isotretinoin exposure abound. Numerous media and coroners’ reports of isotretinoin-related suicides make reference to slow or inadequate responses by mental health professionals and a lack of knowledge of the isotretinoin – mental illness link. (Acne Drug, 2004; Girling, 2002; Sims, 2005; Tinari & Häner, 2006). Without a thorough understanding of isotretinoin’s potential side effects, clinicians are failing to make an accurate assessment of the causal factors of presenting problems, failing to assist clients/patients in their understanding of these factors contributing to their disorders, failing to make notifications of adverse drug reactions and failing to refer clients/patients to those health professionals most likely to offer successful intervention.
It seems a significant communication gap exists between those approving the distribution of medications such as isotretinoin and the health practitioners who become responsible for the treatment of side effects. In 2006, the minutes of New Zealand’sMedicines Adverse Reactions Committee stated:
The Committee considered that dermatologists were well aware of the potential association between isotretinoin and depression or other mood changes, and they were well aware of the need to counsel patients on a possible effect on mood and when to discontinue treatment. The Committee discussed whether GPs who prescribed these products need to be reminded of the possible association between isotretinoin and effect on mood. (MARC, 2006)
So it seems that while dermatologists and (possibly) GPs have been made aware of the potential psychiatric side effects of isotretinoin, these warnings have not reached those responsible for the treatment of isotretinoin-activated disorders. To date, there are no specific treatment guidelines or published case studies outlining successful treatment strategies. Failure to recognise clients’ symptoms as isotretinoin-related has resulted in subsequent failure to share information on treatment successes and failures.
Whilst psychologists in New Zealand contemplate the pros and cons of adding prescribing rights to their professional responsibilities, it is timely to consider improving our knowledge base and assessment strategies relating to clients’ previous use of other medications, which may be causing or influencing their presenting problems, and should affect treatment choices. Good clinical practice should incorporate:
Specific questions on current and historic use of all medications;
Specific enquiries about the use of isotretinoin, by those working with acne-prone populations (e.g. adolescents);
A check of known side effects of all medications mentioned by clients.
Reporting any possible medication side effects to the Centre for Adverse Reactions Monitoring (CARM);
Educating clients on possible medication side-effect contributions to their presenting problems;
Taking recent research discoveries into consideration when contemplating treatment options (e.g. serotonin depletion in isotretinoin users);
Formal documentation and discussion of these cases with colleagues. A healthy exchange of information will facilitate growth in knowledge of the most successful treatment strategies.
References
Acne drug may have contributed to teens depression, (2004, October 28). ABC New South Wales. (Online). Retrieved February 8, 2008, from http://www.accutaneaction.com/press/28.10.04htm
Bachmann, C., Grabarkiewicz, J., Thiesen, F. M., & Remschmidt, H. (2007). Isotretinoin, depression and suicide in ideation in an adolescent boy. Pharmacopsychiatry, 40, 128-131.
Barak, Y., Wohl, Y., Greenberg, Y., Dayan, Y. B., Friedman, T., Shoval,.G., & Knobler, H. Y. (2005). Affective psychosis following accutane (isotretinoin) treatment. International Clinical Psychpharmacology, 20, 39-41.
Bremner, J. D., Fani, N., Ashraf, A., Votaw J. R., Brummer, M. E., Cummins,T., Vaccarino, V., Goodman, M. M., Reed, L., Siddiq, S., & Nemeroff, C. B. (2005). Functional brain imaging alterations in acne patients treated with isotretinoin. American Journal of Psychiatry, 162, 983-991.
Bremner, J. D., & McCaffery, P. (2008). The neurobiology of retinoic acid in affective disorders. Progress in Neoropsychopharmacology and Biological Psychiatry, 32, 315-331.
Carleton, B. C., Smith M. A., Gelin, M. N., & Heathcote, S. C. (2007). Paediatric adverse drug reaction reporting: understanding and future directions. Canadian Journal of Clinical Pharmacology, 14, 45-57.
Chanson, A, N., Cardinault, N., Rock, E., Martin, J. F., Souteyrand, P., D’Incan, M., & Brachet P. (2008). Decreased plasma folate concentration in young and elderly healthy subjects after a short-term supplementation with isotretinoin. Journal of the European Academy of Dermatology and Venereology, 22, 94–100.
Chia, C. Y., Lane, W., Chibnall, J., Allen, A., & Siegfried, E. (2005). Isotretinoin therapy and mood changes in adolescents with moderate to severe acne : A cohort study. Archives of Dermatology, 141. 557-560.
Cohen, J., Adams, S., & Patten, S. (2007). No association found between patients receiving isotretinoin for acne and the development of depression in a Canadian prospective cohort. Canadian Journal of Clinical Pharmacology, 14, 227-233.
Crandall, J., Sakai, Y., Zhang, J., Koul, O., Mineur, Y., Crusio, W. E., & McCaffery, P.(2004). 13-cis-retinoic acid suppresses hippocampal-dependent learning in mice. (Online).
Friedman, T., Wohl, Y., Knobler, H. Y., Lubin, G., Brenner, S., Levi, Y., & Barak, Y. (2006). Increased use of mental health services related to isotretinoin treatment: A 5-year analysis. European Neuropsychopharmacology, 16,413-416.
Girling, R. (2002). Scarred for life: Does the drug that cures acne have devastating side effects? (2002, June 30). Sunday Times (Online).
Hazen, P. G., Carney, J. F., & Walker, A. E. (1983). Depression – a side effect of13-cis-retinoic acid therapy. Journal of the American Academy of Dermatology, 9, 278-279.
Jofre, J. (2008, February 7). Accutane, depression, suicide and degenerative disorders. Legal News (Online). Retrieved February 24, 2008, from http://www.lawyersandsettlements.com/articles/accutane-depression-lawsuit.html
Lawrence, J. (2006, September 20) Acne treatment could be trigger factor in suicide, say researchers. New Zealand Herald (Online). Retrieved February 10, 2008, from http://www.nzherald.co.nz/section/1/story.cfm?c_id=1&objectid=10402011
Medicines Adverse Reactions Committee (MARC; 2006, December 14). Isotretinoin and suicide. Adverse Reaction Reporting and IMMP minutes. (Online).
Mechanism for acne drug’s link to depression suggested by new research.(2007, November 12.)ScienceDaily. (Online) Retrieved February 13, 2008, from http://www.sciencedaily.com /releases/2007/11/071112092800.htm
Mostrous, A., & Rose, D. (2008, February 9). ‘Suicide rating’ could be given to every new drug licensed in UK. Timesonline. (Online). Retrieved February 13, 2008, from http://www.timesonline.co.uk/tol/life_and_style/health/article3337966.ece
Meyskens, F. L. (1982). Short clinical reports. Journal of the American Academy of Dermatology, 6, 732.
O’Donnell, J. (2003). Overview of existing research and information linking isotretinoin (accutane), depression, psychosis and suicide. American Journal of Therapy, 10, 148-159.
O’Reilly, K. C., Shumake, J., Gonzalez-Lima, F., Lane, M. A. and Bailey, S. J. (2006). Chronic administration of 13-cis-retinoic acid increases depression-related behaviour in mice. Neuropsychopharmacology, 31, 1919-1927.
O’Reilly, K. C., Trent, S., Bailey, S. J., & Lane, M. A. (2007). 13-cis-retinoic acid alters intracellular serotonin, increases 5-HT1A receptor and serotonin reuptake transporter levels in vitro. Experimental Biology and Medicine, 232, 1195-1203.
Purvis, D., Robinson, E., & Watson, P. (2004). Acne prevalence in secondary school students and their perceived difficulty in accessing acne treatment. The New Zealand Medical Journal, 117.-
Sims, S. (2005, April) Wonder drug or deadly weapon? Real World. (Online).
Strahan, J. E., & Raimer, S. (2006). Isotretinoin and the controversy of psychiatric adverse effects. International Journal of Dermatology, 45, 789-799.
Study: No Link Between Accutane and Teen Depression (2005, May 17). Health News. (Online). Retrieved February 10, 2008, from http://health.dailynewscentral.com/content/view/780/63
Tinari, S., and Häner, H. (2006, November) To die for the skin. Switzerland National TV. (Online). Retrieved January 10, 2008, from U.S. Food and Drug Administration (FDA; 2005, May) Isotretinoin (marketed as Accutane capsule information. Food and Drug Administration (FDA) Homepage.Retrieved February 10, 2008, from http://www.fda.gov/cder/drug/infopage/accutane/
World Health Organisation (WHO; 2008). The Zung Self-Rating Depression Scale (Online)
Annette Fea, Clinical Psychologist, Queenstown, New Zealand
Article from articlesbase.com
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Brighton Pier ? Fun and entertainment along Brighton’s picturesque waterfront
Looking to enjoy a fun filled day out? Be sure to visit the colourful and vibrant environs of the Brighton Pier. Providing endless hours of fun and entertainment for children and adults, this exciting venue attracts streams of locals and tourists seeking to relax and unwind with loved ones and friends. Attractions at the Pier include various fun-fair and thrill rides, an amusement arcade, game stalls, kids’ rides and several food outlets and bars where visitors can enjoy refreshing food and drinks. This seaside attraction is also popular for its picturesque waterfront setting.
Some of the famous rides at the Brighton Pier are its exhilarating roller-coasters and thrill rides. Roller-coasters such as the Crazy Mouse and the Wild River Flume Ride are sure to give you an adrenaline rush, whilst the Super Booster and the Booster will leave you with a knuckle gripping experience that you will never forget. The Palace of Fun and the Dome arcades comprise of numerous world famous video machine games where you can compete against your family and friends for prizes, or try your luck at one of the traditional stall games at the Pier. Kids will also be delighted with the wide range of children’s activities and rides that are available onsite.
Visitors to Brighton Pier can savour the taste of sumptuous local favourites that are available at the Pier’s restaurant and food stalls. There are 3 bars also located within the premises. The Horatio Bar is a local hot-spot that features 2 beer gardens, live music on certain days of the week and a large screen which airs popular sport events. Victoria’s Bar is ideal for sport lovers looking to watch telecasts of the latest sporting extravaganzas, whilst the Glitterball Bar is a karaoke venue at the Pier.
Explore the Brighton Pier and many other nearby attractions when staying at the Copthorne Hotel Resort Effingham Gatwick. This Gatwick hotel London is built around a historic country house and is situated just 10 minutes away from the London Gatwick Airport in a lush parkland area. Contemporary facilities that include a 9 hole golf course, a 20 meter swimming pool and an onsite health club have made the hotel one of the top Gatwick hotels in the district. Enjoy peace and serenity in this relaxing oasis in Gatwick.
Pushpitha Wijesinghe is an experienced independent freelance writer. He specializes in providing a wide variety of content and articles related to the travel hospitality industry.
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How to Get Rid of a Mice Menace
“Eeek! There’s a mouse in the house.” In the old classic cartoons maybe the lady standing on the chair holding her skirts up and screaming bloody murder over a tiny mouse knew something about mice that you don’t?
This is what mouse poop looks like. We know you don’t wanna see it, but now you know one way to find out if there’s a mouse in your house.
Admittedly, the terrified cartoon lady is probably overreacting because one little mouse is most likely not dangerous, but what if your home is infested by mice? Where there is one mouse there could be many. Did you know that mice reproduce so quickly that one breeding pair can produce as many as 200 offspring in four months, a downright population explosion?
Should you be concerned if you see a mouse in your house? If the health and safety of your family is important to you the answer is yes. Even though one mouse is certainly not cause for panic, it is cause to begin becoming an astute observer.
Health Implications
Mice are known carriers of viruses and bacteria, and also heavily infested with other pests like ticks, lice, fleas and mites-all of which can be seriously detrimental to your health.
Direct Infection – Through urine, droppings or saliva, deer mice and several other common species of mice transmit the Hantavirus, a potentially deadly virus that causes Hantavirus pulmonary syndrome. Humans become infected when they inhale the aerosolized virus. According to the Center for Disease Control (CDC), this virus has been identified throughout the United Sates and the primary mode of prevention is rodent control in and around the home.
Mice are also carriers of the lymphocytic choriomeningitis virus (LCMV). This virus is particularly dangerous to pregnant women because the virus can pass from infected mother to unborn baby resulting in the loss of the pregnancy or severe birth defects in the developing fetus. Transmission of the virus from mice to humans occurs when urine, blood, saliva, droppings or nesting materials of carrier mice come into contact with humans through a break in the skin, a bite from an infected rodent or inhaling bacteria laden dust or droplets while sweeping infected droppings. It is estimated that 5% of adults have positive blood tests for LCMV indicating infection at some time in their lives. A person with a normal immune system may be infected but have no symptoms. On the other hand, some people manifest flu-like symptoms such as fever, chills, headache and muscle aches. In severe infections, meningitis may result.
Indirect Infection – Mice are also hosts for immature deer ticks (which carry certain pathogens like the bacterium, Borrelia burgdorferi, the cause of Lyme disease in the United States), fleas that transmit rickettsial infections and other diseases to humans, and disease-carrying lice. (For a list of diseases known to be transmitted by rodents-some of which are mice, see cdc.gov/rodents/diseases.)
Most Common Mouse Types
The four most common mouse types found in the United States are the (1) house mouse (2) deer mouse (3) roof rat and (4) Norway rat. The largest is the Norway rat and the smallest the deer mouse. You can distinguish one from the other by tail length, fur color, size of ears and eyes, and shape of the nose. Visit orkin.com/rodents/house-mouse for pictures of the four types.
What to Watch For
Mice are attracted to food, water and warmth, the primary reasons for invading homes and outbuildings. In northern climates, home owners tend to see mice more regularly in the colder months because warm, dry homes provide snug shelter. Mice also seem to be more prevalent during and after severe weather conditions like hurricanes because they migrate from outside to inside seeking protection from the elements and from place to place in search of new food.
Even without seeing a mouse, you’ll know you have at least one if you see mouse droppings in places like the kitchen, basement, attic, garage, barns and outbuildings. Like humans, mice are omnivores meaning they eat both meat and plants and if they are hungry, they will chew their way through plastic cans on lids, box tops, even electrical wires. In the process of eating, mice contaminate food with their bodies and their excrement. In fact, mice contaminate 10 times the amount of food they eat and one mouse can devour 2-3-grams of food per day or up to 11 ounces.
You might also see the remnants of nests. Nests are usually made from easily accessible materials such as grass, hair, feathers, leaves, shredded cloth and paper, milkweed silk, moss, cotton, or straw and resemble messy bird nests. Even if you do not find a nest, watch for other clues like shredded shelf paper which may indicate a nest in progress somewhere in your house.
Another clue that you might have a mouse in the house is the presence of gnawing marks on foodstuffs and around holes. Sometimes you can hear mice, especially at night, chewing away or scrambling about in the walls. It’s enough to keep you awake!
What You Can Do to Prevent Mice in Your Home
The Center for Disease Control (CDC) recommends eliminating possible rodent food sources and nesting possibilities by implementing the following steps:
Store food in closed containers made of glass, metal or thick plastic. (A hungry mouse can chew right through the top of a cereal box.)
Don’t leave pet food or water bowls out during the night because this is the time when mice, nocturnal creatures, are most actively looking for food.
Use rodent-proof, closed garbage and trash bins. Take trash and garbage out of the kitchen at the end of the day to avoid tempting hungry scavengers with leftovers.
Clean up food spills, dishes and tableware as soon as possible.
Keep outdoor grills clean.
Birdfeeders should not be placed near the house and compost piles should be at least 100 feet away.
If you store feed, grain or other animal food in an outbuilding, store it in rodent-proof containers so as not to attract unwelcome guests.
Elevate hay, woodpiles and garbage cans 1 ft. or more off the ground to avoid creating easy nesting places outside your home.
Keep your grass short and trim the shrubbery around the house to reduce hiding places for mice.
Don’t store unused vehicles and tires on your property unless you want to provide a free hotel for four-legged creatures.
Trapping and Removal
If you think your problem is only a couple of mice, the CDC recommends setting snap traps of the appropriate size and baiting them with peanut butter (and you thought mice liked cheese). Set traps in places like attics, basements and crawl spaces where evidence of mice has been discovered, but not in areas likely to be discovered by children and pets. Position the bait in the trap, then put the bait end of the trap against the wall to form a “T” with the wall. (Mice prefer to run next to walls as opposed to out in the open.)
Always wear gloves when picking up mice or removing them from a trap. Place the mouse in a plastic bag and seal, then into another plastic bag for disposal. By the way, releasing a live mouse into the wild will only postpone its return to your house.
Sealing Entry Points
In addition to trapping, eliminating food sources and reducing nesting possibilities, it is essential that you seal up holes and gaps that allow mice to enter your home and navigate from place to place. Even a hole the size of a nickel is large enough to accommodate a mouse.
Inside – The most common places to discover the holes and gaps in your home are around, behind and under kitchen cabinets and appliances, washers & dryers, fireplaces, pipes, doors, drains and vents. Also check inside closets near the floor corners, attics, basements and crawl spaces.
Outside – Look for holes and gaps around windows, doors, foundation, attic and crawl space vents. Gaps are common under doors, roof rafters, gables and eaves. Mice also enter homes through holes made for electrical, plumbing, cable and gas lines.
Professional Remediation
Prevention – If you are like most people, prevention measures like eliminating food sources and nesting places is easily managed in the house, but sealing up gaps and holes correctly is quite another matter. Unless you want to spend hours caulking, stuffing steel wool in holes, nailing screening, applying flashing, and affixing metal sheeting and hardware cloth over gaps, here’s where a professional pest control agent not only comes in handy but is a valuable, time-saving, cost effective alternative to a do-it-yourself repair.
Elimination – If you have an infestation of mice, the safe way to approach ridding your home of these dangerous pests is to hire a professional exterminator. A trained technician will use an effective, safe and up-to-date method of eradication saving you from being infected inadvertently by a bacteria or virus during the clean up process. Once the infestation is eliminated and your home is sealed correctly, the likelihood of reoccurrence is greatly minimized. A periodic follow-up is recommended.
Unfortunately, the best laid plans of mice and men aren’t always compatible and a mouse in your house could do more than keep you up at night. Cohabitation is ill-advised. Rid your home of mice, protect the health of your family and get a good night’s sleep for a change!
Pat Perkins is a writer for Yodle, a business directory and online advertising company. Find a contractor or more home and garden articles at Yodle Consumer Guide. How to Get Rid of a Mice Menace
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