News And Notions
I received some screen shots today from someone who thought I should know that someone was using my photos on Facebook, as well as talking about me and my rabbitry in a derogatory manner. My first thought was “Ooooh, REALLY?! What’s crawled up Annette’s ass this time?!”
I really just had to giggle. This woman is probably my biggest non-fan, and I could not be less concerned, lol
Here’s the short version of the backstory….
In February 2016 (yes, two and a half years ago), I bought a black otter Satin buck from her after lengthy conversations about what I wanted (a Satin buck for my pelt line) and what I didn’t want (a show rabbit). She INSISTED she ONLY sold show quality rabbits, so…whatever. If it was shiny and reasonably priced, I was good. I literally just needed a Satin buck with decent fur to breed some dang does who was at or past puberty, and not a total trainwreck conformation wise.
At 15 weeks and 3 days old, this rabbit weighed 3.09. THREE pounds, nine ounces. I had literally just paid $10.00 a pound for a freakin rabbit I knew immediately I would be eating.
A week later, I posted this on my personal Facebook page, and surprise! My kids 4-H Club leader commented and PM’d me.
I should have known IMMEDIATELY she was stirring the pot. I purposefully did not name the breeder, even though my post privacy was set to friends and the breeder was NEVER on my friend list. I knew though that the breeder and Hillary were friends. So, I checked the private message.
I assumed that would be the end of it. Assuming was my biggest mistake.
Annette was suddenly in every rabbit related group I was in, arguing with every single thing I said. Finally, I extended this olive branch:
She replied with lots of blabbering about how I needed to grow him and his kits out fooorrreeeevvvvveeerrrr and how so-and-so had bought five of his siblings, and so-and-so had another one, and….what-the-hell-ever-lady-just-stoppit LOL
I accepted then and there that this particular dog was never going to die and just let it go. What else was I supposed to do? Continue acknowledging her ignorance and giving her the attention she so craves? Nah. Not my style.
Oh, what about that rabbit? We ate him and every kit he sired. He barely made 7 pounds at seven months old and he was taking up cage space I quickly filled with a much better Satin.
Anyway, today I get these, which were apparently posted in the named group five months ago…
The thing that I find most funny is that she had every opportunity to argue her point directly with ME, right in the group where she took those screen shots and stole my picture! While she was busy on that particular thread bragging about her rabbits instead of actually giving a “how and why” answer, I answered the guys question with as much detail as I could.
But, of course she didn’t. Because in THAT group alone she’s ripped off enough people with her “great” stock that doesn’t grow, breed, or dress out worth a dang that nobody would listen to her prathering long.
So, she hotfooted her petty right over to a SHOW group ran by the second most non-fan of mine, the infamous Bob Donnell (that’s a story for another time…I’m a teeny bit busier than the average satellite TV technician LOL) !
So, here’s the deal folks. My best advice for dealing with the cray-cray.
Don’t. Don’t argue with them, don’t waste your time, data, and intelligence on proving them liars or letting them make fools of themselves over and over again, don’t bother validating their insecurities.
You cannot make them feel less threatened by you.
They won’t leave YOU alone, but pay them no mind. Just keep raising commercial rabbits that do what commercial rabbits are supposed to do.
(ps, it’s perfectly healthy to get a good belly laugh every time they accidentally like a post or picture of yours though…I DO!!!)
Let’s face it…finding true, production herd rabbitries is hard these days, and it’s even harder to find commercial rabbitry owners who can, or will, mentor you. We are just a different breed of rabbit professionals, and pet or show industry practices are just too impractical, or too downright silly, to be applicable to our businesses.
When you start participating in the online rabbit community, and really you almost have to these days if you are going to participate in as many market areas as possible (and you really SHOULD do that), you quickly find that there are an enormous number of people who consider themselves rabbit experts, and portray themselves as such.
They tout their double-digit years of rabbit ownership as proof, cannot back up a single bit of their “advice” with any sort of industry or scientific research, and they do NOT take kindly to being questioned or corrected. If you challenge their authority, they will dissolve into fits of rage and name-calling immaturity so fast your head will spin LOL
Sadly, those are the people who speak longest, loudest, and most often. Those are the people you will see being called upon again and again to answer questions, and thereby continue their reign of misinformation and hobbyist righteousness. It is just SO difficult to find production herd owners who have the time, and the desire, to share the ins and outs of our trade and when you do, more often than not you will find the pet/show/hobbyists having absolute fits over the advice given and totally distracting from the information being shared with you.
If you are SERIOUS about starting (or expanding into) a commercial rabbitry, you cannot treat it like a hobby. You have to take a very clinical, black and white approach to everything to do with your business, and make NO mistake, you MUST treat it like a business. There is no room in true commercial rabbit production for soft hearts, touchy-feely emotional attachments, anthropomorphism, or pet/show/hobby type husbandry practices. You will burn out, go broke, and run as far and fast as you can from rabbits in a very short amount of time. Those of us currently in the industry don’t want that!
There is currently an absolutely enormous demand for rabbits, and that demand is increasing faster than we can expand our herds to meet it. If WE (U.S. based producers) can’t get closer to meeting the demand, we’ll simply lose it as buyers look elsewhere (outside of the U.S.).
In the very near future, I will be offering several integrated venues for folks just like you to find the information you’re looking for. The bonus? Every person who is breeding rabbits can benefit from the information, regardless of scale or end-use. Information will be tailored to rabbits produced for human consumption and the feeder markets, as well as breeding stock for those purposes. Topics will range from housing, to feeding, to production genetics and record keeping.
I’m excited to get this ball rolling, and start sharing the information with ya’ll!
As I talk with folks about meat rabbits, I often refer to “type” or “commercial type.” When doing so, I’m referring to the ARBA defined ideal conformation of the breeds of rabbit best suited to meat production.
Now, that definition is available in it’s entirety within the ARBA Standard of Perfection (aka the SOP). I STRONGLY suggest that if you are going to breed rabbits, you get a copy. It will be the most valuable $20 you ever spend in the rabbit raising venture, no matter what your end goal actually is. You can get an electronic or digital copy via the ARBA Store.
In 1996, the ARBA removed the dressed carcass classes from their sanctioned shows, and the standards from the SOP, and I personally feel that was a negative turning point for commercial breeds as production livestock.
Here is an article from the ARBA’s Domestic Rabbit magazine that the ARBA links from it’s own website. While this article is focused on selecting and evaluating meat pen show rabbits, understand that the same evaluation points mentioned are what you want to be seeing in your own meat herd.
I wholly believe that well developed meat pen rabbits are the EPITOME of what a commercial breed rabbit should be, as compared to the Open level, Breed class winners. In my unapologetic opinion, being a winning fryer should be a pre-requisite to being a BOB winner for all commercial beeds!
See how easily I can get off track?! LOL Let’s see if I can get this train back on the rail, shall we?
Since 1996, when the ARBA removed the dressed carcass standards, commercial type breeds have certainly continued to be improved, but there have been and continue to be trends lending less toward form-to-function, and more toward a more modernly visually appealing, dramatic, “pretty” rabbit on the exhibition tables. That has led to a drastic disassociation with what the rabbits are intended to be used for, and what they are capable of in their current physical form.
Think first about what the useful parts of a meat rabbit are.
Originally, meat rabbits were also pelt rabbits because it just makes sense to use as much of any production animal as we can (much like beef cows are also leather sources), but even now the primary purpose of a meat rabbit is to be a quickly grown, feed efficient meat source.
The largest amounts of edible meat come from the hind legs, loin, then shoulders. It makes sense then that those areas will have the largest comformationally important structure.
Commercial type rabbits will ideally be as wide across the hindquarters (when viewed from above) as they are tall at their highest point (when viewed from the side), being slightly narrower at the shoulder than the hip, and they will arc steadily from a point just behind the ears to a high point over the center of the hindquarters, rounding from that high point smoothly down to the table (the flat surface upon which they are sitting for evaluation).
It doesn’t sound all that complicated, but there are a lot of moving parts that go into setting up that ideal frame, and how those work together in the movement of the animal has an important impact on the growth and development of the muscles.
There is currently a popular shift in preference among show breeders to a short-coupled, highly arced profile on commercial type rabbits, with the claim being that the loin is wider, longer, thicker, and therefore better. The current standard doesn’t help much on the technical interpretation, because it states:
“they will arc steadily from a point just behind the ears to a high point over the center of the hindquarters”
Both of these rabbits “arc steadily from a point just behind the ears, to a high point over the center of the hindquarters.” Which is “correct?” They BOTH meet that description as it’s written.
I’m not alluding that EITHER of these rabbits is a bad rabbit, because neither of them are by any stretch of the imagination. However, the rabbit below also meets that description (obviously this isn’t a posed picture).
One of these three rabbits is a commercial type, production rabbit; the other two are exhibition rabbits.
The largest problems with that kind of shift in commercial animal conformation is the impact on growth rate, mechanical functionality, and carcass composition.
Ask as many show breeders as will discuss it with you how quickly their show animals reach fryer weight. Ask them what their dress-out percentages are (live weight vs edible, bone-in carcass weight), and what their meat-to-bone ratios are. If you get answers, please let me know because every single one that I have asked has refused to answer, or actually got angry and verbally abusive.
If they can’t, or won’t, answer those questions realize that they are not breeding commercial type rabbits for their intended purpose as you are, they are merely raising exhibition animals. To misquote Forrest Gump, pretty is as pretty does!
Realize that you aren’t seeing that extreme exhibition type on 70 day old, 56 to 88 ounce fryers, and when those fryers grow up they don’t look like the popular exhibition animals.
What a rabbit looks like and weighs at 8 months of age is of little value if the growth and muscle development of the carcass is lacking at 70 days of age.
So, what IS a “good” carcass?
Typically, you will start with a five pound live rabbit, and after processing and removal of the inedible portions (leave kidneys, liver, and heart inside the carcass) you should have a minimum of a two pound eight ounce carcass. That is a 50% dress-out. The ideal would be a 48 oz carcass, which is the 60% dress-out mark.
However, there are many breeds and varieties of domestic rabbit that will dress out 50%, or even better, and still not give you a good carcass due to the weight of the remaining inedible portions. To determine the meat-to-bone ratio, you have to remove the bones.
De-boning a rabbit isn’t terribly difficult, but it does take some practice. I really like this tutorial video if you, like me, learn visually!
Now, does all of this even matter if you’re just raising enough to feed your family? It absolutely does!
You want to produce the most meat, with the least cost and time you can. The longer you have to grow a fryer (or roaster or stewer), the more you have to feed it (and it’s parents), and the more space you MUST to have to do it in.
Meat rabbits are supposed to be a fast growing, highly productive, efficient production animal. Once you start looking at weights and carcasses instead of win pictures, you will find that it really is not too difficult to find or breed a good meat rabbit.
You will also find that sometimes the pursuit of “perfection” leaves you with animals that don’t perform at all like they should. Don’t be afraid to break it all down to numbers (conception rates, litter averages, weaning weights, daily gains, and carcass ratios for example) to determine the real worth or value of your herd, and let the exhibitors do their own thing.
I originally thought I could throw this post together very quickly, but the truth is that while treating coccidia is fairly simple, explaining why I think the simplest treatment is the best one gets very complicated, very quickly.
Now, I know I’ve scared the crap out of you and basically told you just how coccidia is going to kill your rabbits and ruin your life, but let me give you a little hope!
There are things you can do to help prevent coccidia infection, and there are treatment options available.
In Part Two, I gave you the sporulation and pre-patent period information for the most common species of coccidia that affect rabbits. Here is a condensed version of that:
Hepatic (liver) species:
Fecal contamination does not mean visibly dirty!
This involves not only keeping the environment free of feces buildup, but also regular cleaning of feeders, waterers, and the surfaces of the rabbit’s housing as well.
One thing they are destroyed by however is a 10% ammonia solution.
NOTE: Household cleaning ammonia is NOT sufficient. You must use industrial strength, 10% ammonia. Check our favorite products page for a source to buy it!
That’s not to say that you will never have a rabbit with coccidia, but the severity of disease is absolutely dependant on the level of exposure AND the overall immune system status of the rabbit.
So what about preventatives? Think about that….a preventative actually stops (prevents) something from happening, right?
Well, when it comes to coccidia, compounds are marketed as preventatives, but they actually ONLY work once the rabbit already has the parasite.
The only TRUE preventative is to keep rabbits from contacting oocytes in feces.
Some will say that you cannot totally prevent coccidia infection, and I say you can go ahead and ask a Specific Pathogen Free (SPF) breeder or laboratory about that. You absolutely CAN prevent the parasite entirely, though for most of us it’s simply not plausible to do so, or to maintain a SPF line.
Focus then really has to be on treatment, whether a company calls it’s product a preventative or not.
Now here’s one point where it gets even more confusing – many of these products are chemically known as polyether antibiotics, or ionophores. To learn more about what exactly those are, go here.
One of the compounds marketed as a preventative, and widely used particularly in the massive European production rabbitries, is diclazuril.
What diclazuril does is damage the coccidia during both asexual and sexual reproduction, which reduces the number of oocytes that are produced and shed.
So, diclazuril does NOT actually prevent coccidia infection at all. It reduces the number of oocytes that are produced AFTER infection has occurred. The rabbit still has coccidia, and some damage is still being done inside the intestine (which can still result in decreased appetite, diarrhea, weight loss, and decreased ability to digest feed).
There is also the problem of resistance that can develop to the drug over time, which results in having to add another compound or change compounds altogether.
Now, if you go searching for a way to buy diclazuril here in the United States, you’ll find that there is only one FDA approved product in the US (Protzail pellets for horses), and that it is insanely expensive.
I’ve done a bit of research for you though, and can tell you that the approved usual dose of the drug diclazuril for rabbits, according to European research and maximum residue standards, is about 0.067 mg per kg of body weight each day, which is usually delivered by mixing the compound at a rate of 1 ppm in the feed.
The usual feed additive dose and withdrawal time is listed in the product information for the diclazuril additive Clinacox, and here is the Maximum Residue Limits report from the European Medicines Agency.
You can find the same kind of information for several other products such as Sacox with a simple Google search.
For what it’s worth, you can save your time because there are exactly ZERO of these products available or approved for use in rabbits in the United States. Of course that doesn’t mean you can’t use it, but the cost alone is prohibitive for most, and you have to seriously consider withdrawal times. We’re talking about a 70 day growth period here, not 280 days.
My personal treatment of choice is Corid 9.6%. It is cheap, effective when used properly, and has a 24 hour withdrawal time (and because it’s just a synthetic vitamin, observing withdrawal times is optional for personal consumption).
I’m going to tell you how I personally treat a coccidia outbreak.
I have not saved every rabbit that got sick, and I am not a Veterinarian, but within 48 hours I have stopped the outbreak, every single time, in my rabbitry.
My treatment of choice IS amprolium, aka Corid.
Previously, research indicated amprolium dosed at 8mg/kg was effective, albeit not totally effective at preventing the development and shedding of oocytes.
Current, 2018 published research, shows that doses of up to 20mg/kg are as effective as antibiotic drugs at not only stopping outbreaks, but also at stopping oocyte shedding.
I use the liquid, 9.6%, Corid formulation. This product delivers 9.6mg of amprolium per 0.1cc, or 96mg per 1cc.
Given the new research, my 0.1cc per whole or partial pound dosing protocols effectiveness makes sense.
I dose sick rabbits at 0.1cc per pound, rounding up to the next whole pound. This provides 9.6mg amprolium per pound, and I give it orally once a day.
In group situations, such as a growout pen or colony, I dose at 30cc per gallon of water. This solution delivers 22.5mg amprolium per ounce of water…for every two whole pounds of body weight, a growout need only consume less than 1 ounce of amprolium water.
In all cases where I feel it necessary to treat for coccidia, I treat for 14 days, stop for 7, and repeat for another 14. This duration will treat all of the common species to infect domestic rabbits, including hepatic coccidia.
Remember when dosing via water, the rabbit has to consume enough of that water each day to receive at least 8mg/kg, and the water has to be mixed fresh every 24 hours. Individual dosing assures the proper dose is recieved daily.
The treatment time I always use is 14 days on, 7 days off, and repeat for 14 days. This treatment protocol addresses even the hepatic coccidia E stiedae, but it must be strictly adhered to to be successful.
For those looking for an all natural alternative, new research is indicating that 100mg/kg of whole wormwood not only reduces the number of oocytes produced, but increases weight gain in fryers. Check out that study here!
Coccidiosis. If you’ve been learning about rabbits more than about two minutes you’ve heard of it.
And, if you believe everything you’ve read, you’re probably terrified. Well, don’t be. Once you understand the parasite, you’ll see that while it IS a serious concern, it can be controlled.
To begin, let’s talk about what coccidia actually are. I’ll say this again in case you missed it in Part One – there will be some complicated, science-ish terms used in this section, so I will break them down a bit. I’m not assuming you can’t understand the technical lingo, I just want to be sure you 100% know what I’m talking about.
Coccidia are microscopic, single-celled “obligate intracellular parasites.”
An “obligate intracellular parasite” absolutely MUST be inside an animal cell to live and reproduce. I want to repeat this: inside an animal CELL. That’s important to understand because you’re not going to SEE coccidia like you might see roundworms (the long spaghetti-like parasites puppies will often pass after their first worming..yes, rabbits can get those too!). They are absolutely microscopic at all stages.
There are literally thousands of types of coccidia, but the beauty of them is that they are almost always species specific. Almost (there are some that will infect species other than their normal host, even humans). The genus that WE are concerned about with rabbits is Eimeria.
According to the Merck Veterinary Manual, 11th Edition, the following are the most common species that affect rabbits (this is not ALL of the species that affect rabbits, just the most common):
All of the Eimeria species undergo essentially the same process that turns them from non-infectious eggs to disease causing, active parasites. Here’s how it works:
Oocytes are the coccidia eggs, and those are the only form that can survive OUTSIDE the cell of an animal host. They have a thick, tough “shell” that protects them from…well, everything.
When they are first released into the environment in the rabbit’s feces, they are not infectious – in fact, you can think of them sort of like a chicken egg at first. All the material is there to make the parasite, but it has to go through some processes to be a problem.
Sporulation is an asexual form of reproduction of many protozoans, also known as meiosis. As soon as the coccidia eggs enter the environment, the presence of oxygen and moisture que the process of cell division known as sprorulation. For those who already know the term meiosis, sporulation IS meiosis (which, for those who don’t know, is a process of cell division which produces reproductive cells and makes sexual reproduction possible).
Through meiosis, four sporocysts form, and then inside of those sporocysts, two sporozoites form. In the end, after 24 hours to seven full days (depending on the Eimeria species), each coccidia egg contains eight sporozoites. That oocyte is now called a sporulated oocyte, and it is infectious.
So now, one egg has turned into eight infectious….parts. Let’s call them that for now. Then, along comes your rabbit and ingests just one of those sporulated oocytes (infectious eggs). How does that happen?! Well, it’s pretty simple – anything that feces has even TOUCHED can have oocytes on it.
I don’t know about you, but I’m always cleaning water bowls because there’s a floater in there (how does a 14 pound doe fling poop into her water bowl EVERY DAY?!), or I’m digging little baby turds out of feeders because as soon as I take away nest boxes the WHOLE litter has to try to sleep in the j-feeder.
So, we clean waterers and feeders pretty regularly, right? Well, sort of. See, oocytes are NOT killed by just soap and water. Bleach doesn’t kill them, air doesn’t kill them, sun doesn’t kill them, the friction of scrubbing doesn’t kill them….there are only two things that are proven to work without fail….fire and a 10% ammonia solution.
I certainly don’t torch my rubber water bowls every day, and I don’t scrub them with 10% ammonia solution every day either, so even though I don’t SEE any contamination, it’s still there. And that’s not even considering resting mats, floor wire, nest boxes, the rabbit itself (feet, nails, and fur), or the scoop I use to feed that has surely fallen to the floor a hundred times just this week, etc.!
So, your rabbit has ingested a sporulated oocyte. Crap, now what?!
Once the oocyte reenters the digestive system, it’s shell begins to break down. By the time it leaves the stomach, the oocyte has opened up and the four sporocysts have been released, and they too have opened releasing the total of eight sporozoites into the duodenum (the very first part of the small intestine, just after the stomach).
Those eight sporozoites then travel through the intestine to the part that their particular Eimeria species infects. While it has not been totally determined for every single Eimeria species exactly HOW they know where to go, it’s thought that each species has membrane-bound structures on their surface that release secretions that are then recognized by the host cell’s receptors – until the sporozoites reach those cells and their secretions are recognized, they just glide along inside the intestine. The host cell receptors then recognize the secretions and draw the sporozoites to the cell like a magnet.
Once the sporozoites reach the host cells, they invade them and start feeding. At this stage, they are called trophozoites.
I really want you to remember this part – trophozoites are the initial feeding stage of the coccidia parasite, and it develops AFTER the cell is already invaded. Got it? Great!
Once the trophozoite has fed, the process of schizogony begins. Schiz WHAT?!
Schizogony is an asexual form of reproduction where the nucleus of the trophozoite divides by mitosis into two identical nuclei. At this point, the trophozoite is now called a schizont. The process of mitosis continues over and over again, resulting in potentially thousands of nuclei inside of each schizont.
So let’s slow down just a second and go over this all again real quick!
An oocyte is expelled with the feces of the rabbit.
At some point between 1 and 7 days later, the oocyte has sporulated and now contains 8 sporozoites, and is now infectious.
The rabbit consumes the infectious oocyte, which bursts open and releases the 8 sporozoites.
The sporozoites float along in the intestine of the rabbit until the magnet-like host cell receptors pull them close. All 8 sporozoites invade separate host cells (each oocyte ingested initially results in eight infected cells).
The sporozoites begin feeding on the hosts nutrients and are called trophozoites.
Once trophozoites finish feeding, they begin reproducing by dividing their nucleus and making two identical ones; each of those two nuclei divide as well, and so on and so forth from two to seven generations depending on species. After the very first nucleus divides, the sporozoites are not called trophozoites anymore, they are called schizonts.
Each nuclei within the schizont becomes a merozoite, which is a new cell in and of itself. The schizonts eventually burst due to the number of merozoites, which kills the host cell they were in and releases all of those potentially thousands of merozoites into the intestine.
The now free merozoites do one of three things….they either invade a new host cell and begin reproducing again into more merozoites, or invade a new host cell and become either macrogametes (female reproduction cells) or microgametes (male reproduction cells).
When some of them become male and female gametes, the parasite is now capable of sexual reproduction (all stages before this have been asexual). A male and a female gamete then come together and form an oocyte. That new oocyte is then passed through the intestine in the feces and the process starts all over.
To recap one final time:
one single sporulated oocyte led to eight infected intestinal wall cells.
Those eight cells hosted potentially thousands of merozoites EACH until the number of merozoites caused the cell to rupture and die.
Each of the merozoites released by that now dead initial host cell go on to invade their own, new host cell.
Some of those merozoites continue to reproduce and create thousands more merozoites, some become female gametes and some become male gametes.
One male and one female gamete come together and create an oocyte which is passed out of the rabbit, and begins the process all over again.