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Read about our journey to becoming Labrador Breeders and find answers to questions like "which Labrador breed is best" - there is only one breed but we can help you discover more about the type of Labrador and what, if any, differences there are between those types. Our goal is to produce Dual Purpose Labradors that embody both the working traits and moderate body structure of the Traditional Labrador Retriever. Our Labradors are family members; litters are whelped and weaned in our home where socialization and the groundwork for training begins immediately. This leads to secure, well adjusted, easy to train Labrador puppies for sale that will be your perfect companion. Our Story I was an Air Force Brat. My husband was a Navy Brat. His family raised German Shepherd Dogs while mine bred and raised Labradors. Our first dog together was a German Shepherd. After his passing, I convinced my husband to try a Labrador; her name was Jenna and she was soon joined by Shanna. By 2005, we had adopted / rescued two black Labs in need of re-homing who personified the opposite ends of where the Breed had been taken since my parents had retired their breeding program. Our Murphy was the size of a Shetland Pony but long bodied and thin legged; loved retrieving and water. The other boy was short, heavy and obsessed with retrieving but would tire quickly; he could live without ever setting a toe in water. Adopted at 2 and 3 respectively, we adored both these lads but neither of them resembled the Labs I had grown up with. I began to talk to Breeders about working with them to establish our own breeding program. Finally finding one willing to grant us full registration, in the spring of 2006, we brought home our Callie, the daughter of an International Champion. Raising her for the purpose of breeding her, I quickly realized that she had no water drive and very little retrieve drive either. A wonderful and gorgeous companion, she too was not the Labrador I had known in my childhood. I began to research just what had been going on in the breeding world; here is what I learned...Although there is only ONE standard of the breed for Labradors, over the years, years of breeding with a goal of producing Labs that fit both the working traits and conformation requirements needed for the potential of becoming a Dual Champion, had morphed into two types of Breeders - typically known as American (Field) or English (Show). Field bred Labs are bred with the working traits in mind to be competitive in field-trial events; when I was a child, my parents referred to these as “American Labs” with a lighter bone structure, longer legs, a thinner or single layer coat, a longer muzzle and heads not as broad (our Murphy was a Field bred Labrador). Breeders looked for dogs that exhibited these working traits very strongly; the "look" was not as important as those traits. Show (or sometimes "Bench") bred Labs are bred with a “look” in mind; a look that would satisfy the Conformation Judging. Subjective judging had led to the more moderate looking Labrador that I knew as a child gradually being replaced with a stockier dog, heavier bone structure and shorter legs, with a coat so much more dense that it adds an appearance of an even heavier dog, and the "block head” I knew as a child becoming more square and the muzzle shorter. Concerned primarily with winning in a show ring, breeders cared less about the working traits of their dogs. Although there are those who say that the two "types" of Labradors differ in energy levels, in my experience, that difference is not in one being "hyper" and the other "laid back". It is the body type affecting the length of time energy is sustained. But more concerning to me was the appearance of a loss of drive for retrieving and water play in the Show lines as well as the fact that both Indie and Callie were fearful; neither ever became comfortable leaving our home despite consistent socializing. We made the decision not to breed Callie. Six years after deciding that we would not breed our Callie, we began to look for Breeders who shared our vision to produce traditional Labrador Retrievers that embodied all the physical and working traits of the dogs who were the companions of my childhood - in other words, more moderate in stature and retaining all the working traits and the fearless nature of the traditional Labrador. On June 20th 2013 we brought home Angus Demetrius planning on his being the foundation of our program. Unfortunately, despite the Excellent and Normal ratings of both his Sire and Dam; Angus was diagnosed with mild to moderate Hip Dysplasia at the age of 10 months and the decision was made to neuter him. With heavy hearts, we moved forward raising Kona and Dreama with the goal of slow growth and a controlled environment. In 2016/17, both were certified with Excellent hips and Normal elbows and our breeding journey began. Finally, a Dream more than 30 years in the making came true. The dogs that influenced our goals MURPHY INDIE CALLIE Meet Our Current Pack

How to prevent Labrador Hip Dysplasia? Labradors are the #1 breed in the OFA database & are ranked 138th. Breeder & Owner education on environment from birth - 12 weeks and then proper exercise through the age of 2 years has done a lot to limit the incidence of dysplasia in our breed. Hip Dysplasia A genetic predisposition is a genetic (unseen) characteristic, which influences the possible phenotypic (seen) development of an individual organism within a species or population under the influence of environmental conditions. “Factors such as excessive growth rate, types of exercise, and improper weight and nutrition can magnify this genetic predisposition”. American Kennel Club (Best Viewed On Desktop) Our Angus, diagnosed at 10 months, swimming with Kona at the Gulf. After this trip, he was diagnosed with elbow dyplasia as well due to gait compensation. Pet Insurance & Dysplasia Pet Insurance rarely covers dysplasia under one year of age, choosing to ignore the reality of environment on the development of this disease. AKC Pet Insurance offers an add-on for dysplasia diagnosed under one year. It is highly recommended that all puppies be fully covered by this add-on. Desptie the efforts of owners and breeders to eliminate this disease, it still affects 14% of selectively bred dogs (OFA Trends). 30% Genetic Predisposition Hip Dysplasia 70% Environment While genetics play a significant role, environmental factors also influence the severity and incidence of this condition. Science Daily - Source: Norwegian School of Veterinary Science Summary:Hip dysplasia (HD) in dogs is affected to a larger degree than previously believed by the environment in which puppies grow up. The Institute of Canine Biology The structures of the hip joint are cartilage at birth and only become bone as the puppy grows. If a puppy is going to develop hip dysplasia, the process begins shortly after birth. .... The cartilage tissue does not show up on an x-ray until the minerals are deposited that form bone. “Why are so many Labradors STILL being diagnosed with hip dysplasia even though their parents were OFA certified?” "MY breeder gave me a warranty on my puppy's hips and elbows and I will get my money back if my dog gets dysplasia". "I would never buy a puppy whose Dam or Sire had a "Fair" hip rating. I recently was visiting a Labrador Forum where yet another Lab from OFA tested parents had just been diagnosed with dysplasia. Nestled in amongst all the condolences were the quotes you see above. Before our Angus was diagnosed with dysplasia, I might have said the same as that last quote. I know for sure that I thought the same. I had chosen a breeder whose Bitch was certified “Excellent” who had chosen a Stud with an “Excellent” certification. And there was that health warranty. I had done everything possible to ensure that I didn’t have a Labrador who would suffer from HD. Right? The answer is no. The honest answer anyway. 70% Environment The genetic predisposition is triggered by the environment. Breeders and Pet Owners alike put far too much faith in subjective, phenotypic testing and health warranties. I did not provide the proper environment for Angus. I over fed him and over exercised him. I allowed him to play on stairs, jump as often as he wanted, allowed unsupervised play with older dogs with more aggressive play styles. I allowed the OFA certification of his parents and a breeder's health warranty to give me a false sense of security. Although his breeder honored the Hip warranty and refunded our purchase price, that was little consolation to me as I watched 10 month old Angus struggle while we found the tools to manage his pain. After Angus was diagnosed we continued to raise Kona, then Dreama with the dream of becoming breeders. While I raised them, I read everything I could find on the subject. I wanted to understand how I could prevent the disorder in not only our own girls, but in any of their future offspring. Hip Dysplasia is not "inherited" in the way that automatically comes to mind when one reads that word. The reality is that that inheritance is because of traits of the breed itself; in other words, every Labrador has the potential to develop dysplasia and how they are raised will in the majority of cases, determine whether they do or not. I learned that breeder and owner education provides the most hope in preventing the disorder. This page was created for those who, like me, love a dog that has this debilitating disorder; those who are about to bring home an Aisling puppy; and for other Breeders who want to protect their own offspring. Traits in the Labrador that predispose the breed to dysplasia Rate of Growth: The average Labrador weighs about 1 pound at birth; they double their weight by 2 weeks of age and by 8 weeks weigh on average between 12 and 16 pounds. This rapid growth continues until they are about 6 months of age. By 8 months of age, they are nearly at their adult weight which can be anywhere from 65 to 100 pounds and are at about 80% of their adult height. All parts of the Labrador do NOT grow at the same pace which creates weaknesses in areas that may lead to injury which may lead to issues within the hip joint or elbow - an injury in one leg affects the gait of other legs increasing the odds of joint issues in a second leg. Temperament: Food Obsession can lead to over-eating and over-heavy puppies/dogs From 6 weeks of age; Labrador puppies are extremely high energy; much of their awake time is spend running and jumping Bred to face icy waters, the breed has a very high pain tolerance; this, combined with the high rate of energy, can lead to undiagnosed injury and inflammation. When a Labrador puppy plays, they play full out. When they run, they run full out. This high energy continues until they are at least 2 years of age and with some Labradors, until they are 3 years of age! Many owners will seek to find outlets for this high energy that are inappropriate for the growing puppy excessive leash walking on hard surfaces like pavement excessive retrieving where the puppy is jumping to catch a ball, stick or frizz bee; activities like agility training where consideration is not given to age appropriate training allowing the puppy jump up on doors, fences, and windowsills, on and off of furniture and in and out of vehicles Despite decades of searching for a "gene" that would identify which dogs will get dysplasia, one has not been found, nor has any combination of genes been deemed as responsible (there have been reports that STR's and SNP's - in the thousands - have been suspected of causing dysplasia, but as of now, no genetic test is available). There is currently NO genetic test that can be given to ensure that two Labradors will not ever produce a puppy that will develop dysplasia. 30% Genetic Predispositon & Selective Breeding Six decades past and then again twenty-two years ago, Breeders were asked to be patient and allow several generations of selective breeding to eliminate canine dysplasia. Journal of the American Veterinary Medical Association 210(10):1474-9 · May 1997 Without a genetic test to rely on, Breeders have participated in phenotypic evaluation based on subjective readings of x-rays to include or eliminate dogs from their breeding program. Nearly 70 years have passed, choosing our breeding stock based upon the certifications for their hips and elbows has NOT eliminated dysplasia. While OFA Breed Trend reports show an improvement, 12-14% of selectively bred Labradors are still being diagnosed with dysplasia. Breeders can improve the odds for puppies but cannot prevent the disorder entirely because a determination of "Normal" Hips and "Normal" Elbows by the Orthopedic Foundation for Animals does NOT eliminate the risk for the offspring and along with Breeder Health Warrantees, provide a false sense of security to far too many Labrador owners. The reason for the continued incidence of dysplasia in selectively bred dogs should be clear - environment plays a much higher part in the condition than previously realized. Understanding the OFA Rating Method Preliminary testing is done before the age of two years; the X-ray of hips is read by only one radiologist. Final certification (after the age of two years) is read by three radiologists. NORMAL Hips are rated as Excellent, Good, or Fair but ALL are considered normal. The variance is in slight changes to the joint. BORDERLINE Hips means the dog does NOT have dysplasia but has changes that indicate that it may develop later onset dysplasia / arthritis. DYSPLASTIC Hips are rated as Mild, Moderate, or Severe. The OFA reports that 12% of over 270,000 OFA tested Labradors are “dysplastic”. Once each of the radiologists classifies the hips into one of the 7 phenotypes above, the final hip grade is decided by a consensus of the 3 independent outside evaluations. Examples would be: Two radiologists reported excellent, one good--the final grade would be excellent One radiologist reported excellent, one good, one fair--the final grade would be good One radiologist reported fair, two radiologists reported mild--the final grade would be mild Three Radiologists, all independent and randomly selected to view a particular x-ray, can all see the same X-ray and have different opinions. Re-send the x-ray, and a different set of three radiologists may come to the same or a completely different consensus. The process is far too subjective. Phenotypic Evaluation Is Just the Starting Point 12 - 14% of over 270,000 selectively bred Labradors are rated as "dysplastic"; dysplastic hips are rated as Mild, Moderate, or Severe. (Note that at the time of this paper, OFA did not breakdown the percentage among these ratings on the Breed Trends Report). A little information before we dig into this! Genotype/unseen. Most health testing done by breeders today is genetic (via swabs of DNA). Phenotype/seen. Hips and Elbows are phenotypic testing based only on what is visible at the time of testing. Selectively Bred: Dogs bred from parents who have been certified with "normal" hips and elbows. After more than 60 years (30 generations on a dog's pedigree) of selectively breeding OFA certified dogs Dysplasia has not been eliminated as promised if we removed even "fair" and "borderline" dogs from our breeding programs. 12 - 14% of over 270,000 selectively bred Labradors are rated as "dysplastic"; Hips are rated as Mild, Moderate, or Severe. (Note that at the time of this paper, OFA did not breakdown the percentage among these ratings on the Breed Trends Report). 19% of selectively bred Labradors are rated as "Excellent" 67% of selectively bred Labradors tested by the OFA are "GOOD" "FAIR" or "BORDERLINE" (Again, note that at the time of this paper, OFA did not breakdown the percentages among these ratings. One must wonder if it because the normal state of a two year old Labradors hips is actually "borderline".) Even dogs certified as "Excellent" at two years of age may STILL develop late onset dysplasia. "Pet population" Definition: The pet population consists of those dogs not selected for a breeding program who are never phenotypically evaluated for dysplasia and those who are due to lameness whose results will never be sent to the OFA. The Pet Population is grossly under represented in the OFA Database where 12%- 14% of selectively bred Labradors are still rated with varying degrees of dysplasia. OFA TRENDS REPORT FOR LABRADOR RETRIEVERS A bit more: The Founder of the OFA, the man who initially believed that phenotypic testing of breeding dogs would eliminate dysplasia resigned when he realized that this was not happening. Regardless, the OFA continues to set the criteria for choosing our breeding dogs. Originally, the OFA certified hips at 18 months but when selectively bred dogs were still being diagnosed with dysplasia, they changed certification age to two years. The next step was to divide the "Normal" results into three categories in an attempt to show improvement beyond what Breeders were promised. Continually moving the goalpost has not eliminated dysplasia because - as studies are proving - it is not "inherited" from parent to child as much as it is a genetic predisposition shared by all medium and large breeds based upon structural and temperamental TRAITS of the breeds themselves. Breeders, despite doing all they were asked to do, are still liable for offspring that were crippled by the disorder despite the fact that we only control the environment for the first 8 weeks of a puppy's lifetime. Controlling the Environmental factors that may trigger dysplasia Environmental studies show that there is a correlation to the surface during the first 8 weeks of a puppy's life and future hip and elbow health. In fact, it does appear that the first THREE months of life have a greater impact on future joint health than any other factor. This means that the first four weeks your puppy is in YOUR home is as important as the phenotypic evaluation for parents, grands, and greats and the first eight weeks in the Breeder's home. Breeders - Birth to Eight Weeks Neonatal and Transitional Periods (birth to four weeks) - Provide a proper surface for traction in the Whelping Box and the Transitional Pen - We use Lambs Wool pads; these not only keep the puppies warm and dry but also give them the traction needed to nurse properly and to learn to walk from birth to 3 weeks; an indoor outdoor carpet is added to the transitional pen. Breeders - Birth to Eight Weeks Socialization Period (5 - 8 weeks) Socialization Pen - provide a surface for traction (see above). Provide the proper nutrition by feeding the Dam and litter a high quality food Avoid stairs. We use a ramp for the litters to access the outdoor kennel. Owners (8 weeks to 24 months) Crate Train Your Puppy - The incidence of dysplasia is lower for those puppies who had crate time scheduled into their day until at least 12 months of age. These regular "forced rest periods" allow for the healing of injuries to the muscles, soft tissue and tendons. Whether human or animal, sleep provides healing. Owners (8 weeks to 24 months) Carpeting is the BEST flooring surface for a growing Labrador. Labradors rarely move slowly from place to place. Running around furniture and slipping and sliding through doorways are hard on the joints . If a Labrador puppy lives in a home with uncarpeted rooms, area rugs should be used wherever possible in the home. Owners (8 weeks to 24 months) Limit All Jumping - Do not allow the puppy to jump up on things like your window sill; the force of their momentum can damage elbows if done repeatedly. No jumping off of beds, couches, chair or in and out of vehicles. Owners (8 weeks to 24 months) Avoid Stairs Until AFTER 12 weeks of age/ train to walk up and down afterwards - While all dogs should be taught to go up and down stairs, especially those who are too large to carry when adult, puppies under the age of twelve weeks should NOT be allowed to go up and down stairs. After that, they should be taught to walk and not run up and down them. Owners (8 weeks to 24 months) Provide proper nutrition - Critical to a managing the growth rate of a Labrador puppy - numerous studies have revealed that a proper calcium to phosphorus ratio is needed and that over supplementation of multi-vitamins to a puppy eating a well balanced commercial dog food can cause more harm than good. 27 - 30% Protein and a Calcium to Phosphorus Ratio of 1:1 is recommended. Owners (8 weeks to 24 months) Monitor Weight Gain - Labrador puppies should weigh approximately 2 lbs per week of life until 8 months of age. Labradors are known as the "always hungry" breed and have been known to gorge themselves when allowed to free feed, so understanding what your puppy should weigh during the rapid growth period is of vital importance. Owners (8 weeks to 24 months) Monitor Body Condition Each puppy is an individual. The correct body condition for a growing Labrador is pretty simple to maintain. You want to always be able to "see a waist and feel the ribs with a slight bit of pressure". Owners (8 weeks to 24 months) Monitor Exercise - Understand the limited and correct physical activity at each stage of development - 5 minutes of forced exercise per month of life. Forced exercise includes but is not limited to walking on lead, retrieves / fetch, and rough and tumble play with older dogs. (Free play is fine as the puppy is controlling its own stops and turns.) Owners (8 weeks to 24 months) Limit Retrieving . Daily retrieving with a dog under the age of two years old INCREASES the probability of changes to the hip and elbow joints AND the knees. Throw the object and let it hit the ground before releasing your puppy to retrieve; this stops them from jumping to catch the object in mid-air. Limit the number of retrieves to an age appropriate amount (similar to the 5 minutes per month of life rule. 2 month old = 2 retrieves then rest etc.) Owners (8 weeks to 24 months) Balance Physical and MENTAL Exercise . Mental exercise is as tiring to your puppy as physical. A high energy puppy should be given mental activities rather than increasing the physical. Feed Cubes, Scent Games Obedience training Owners (8 weeks to 24 months) Delay Sexually Altering Your Puppy - Early Spaying/Neutering has been proven to be a factor in the hip health of all breeds. Despite this, many Vets are still recommending that puppies be sexually altered between 4 and 6 months of age. Most Breeders today are recommending that females be spayed after their first heat plus 3 months (to lower the risk of bleeding) and males should be neutered after the age of 18 months and preferably after the age of 24 months. Owners (8 weeks to 24 months) You can still let your puppy be a puppy; just be aware that the traits of your Labrador Puppy are contributing to dyplasia and other joint issues. 70% of what causes these issues CAN be controlled by the Breeder's choices and actions pre-birth - eight weeks and by yours once you bring home your puppy. Scoring radiographs for canine Hip Dysplasia Estimated heritability of an average of 30% A number of environmental factors can affect the incidence of hip dysplasia in dogs "Hip dysplasia (HD) in dogs is affected to a larger degree than previously believed by the environment in which puppies grow up. It is particularly during the period from birth to three months that various environmental factors appear to influence the development of this disease. During the puppy stage, preventive measures can therefore be recommended with a view to giving dogs disposed to the condition a better quality of life. Dogs are not born with HD, but genetically disposed puppies can develop varying degrees of HD.” UPDATED (2023) OFA rankings of breeds Labrador Retriever ranked 113th in Breeds with dysplasia ALL DATA: Tests 304,077 (previous 270,00); 87.3% Rated Normal (Excellent, Good, Fair)/previously only reported "Excellent" status at 19%); 11.6% Dysplastic (Severe, Moderate, Mild/previously 12 -14%) remains the most tested breed in the database. Dog Food Standards by the AAFCO "If your growing puppy is a larger (or immense) breed such as a Great Dane or Newfoundland, and you’re searching for a product in that “Growth and Reproductive” stage, make sure the food has a statement asserting that it meets the nutritional needs of “large-size dogs (70 lbs or more as an adult dog).” The easiest way to improve hips and elbows Most of the estimates of heritability of hip dysplasia score in dogs are in the range of 0.2-0.3, which means that 20-30% of the variation you see among dogs in hip scores is accounted for by genetics - and it also means that 70-80% of the variation is from environmental causes, many of which breeders and owners can control. Exercise, and Weight as Risk Factors in Hip Dysplasia and Elbow Arthrosis in Labrador Retrievers Hip dysplasia (HD) and elbow arthrosis (EA) are, despite extensive breeding programs, still causing problems in many dog breeds such as the Labrador Retriever. Dog Works Fitness: The #1 and #2 common injury factors for puppies - it's not just about hips and elbows Neutering Dogs: Effects on Joint Disorders and Cancers in Golden Retrievers "In contrast to European countries, the overwhelming majority of dogs in the U.S. are neutered (including spaying), usually done before one year of age. Given the importance of gonadal hormones in growth and development, this cultural contrast invites an analysis of the multiple organ systems that may be adversely affected by neutering. " The 10 most important things to know about canine hip dysplasia Although there is a genetic influence on hip dysplasia, the heritability of the trait is rather low. Many studies have shown that genetic variation accounts for only a modest fraction of the variation in hip scores, usually 15-40%. (Breed dependent which accounts for the range) Evaluation of risk factors for degenerative joint disease associated with hip dysplasia in German Shepherd Dogs, Golden Retrievers, Labrador Retrievers, and Rottweilers " However, conformational characteristics and environmental factors such as diet and exercise are thought to have profound effects on the phenotypic expression of DJD in individuals genotypically predisposed to hip dysplasia." Nutritional Requirements for Large and Giant Breeds "Calcium and phosphorus work together, and a proper calcium-to-phosphorus ratio is essential for healthy bones and joints. The calcium: phosphorus ratios in your pup’s diet should be between 1.1:1 and 1.3:1." Sit Stay: Environmental Factors Can Affect the Incidence of Hip Dysplasia It is particularly during the period from birth to three months that various environmental factors appear to influence the development of this disease. During the puppy stage, preventive measures can therefore be recommended with a view to giving dogs disposed to the condition a better quality of life." Next: Elbow Dysplasia

About Us, Our Pack, Socialization of the litters, Dr. Dodd's Vaccine Protocol and Aisling's policies! All "About Us" Pages Learn how we got started, meet our pack and see the policies we have evolved to over the years of our experience as breeders. About Us I was an Air Force Brat. My husband a Navy Brat. His family had GSD's. Mine bred Labradors! Read our story to learn about whether we breed English or American Labradors..... Our Pack Meet the Labradors with whom we share our life! Socialization Socialization is one of the most important things a Breeder provides a litter. It sets the stage for the rest of their lives. Read about how we socialize the litters at each stage of their growth. Doctor Dodd's Vaccine Protocol Read about it here so you can prepare to bring home your Aisling Puppy. Visitation Policy Biosecurity is a issue for all breeders, but especially for those of us who don't house our Labradors in concrete kennel runs. Learn about our policy here. One Puppy At A Time Policy We would love for you to have two (or more!) Aisling puppies share your life. But we ask that there be a minimum of four months difference in age. See why.... Videos Our favorite videos of Life 'Round Aisling and of our "Watch Them Grow" Series on Facebook. Social Media Like and Follow Us on Facebook and Instagram for the most up-to-the-minute photos!

The best photos from each our girl's litters; from birth to eight weeks. Jette's Litter Photos Latte's Litter Photos Mocha x Little Cain Litter Bree's Litter Photos Dreama's Litter Photos Kona's Litter Photos

How Aisling goes about the weaning process for their litters; a page for new breeders and those interested in how we raise our litters. Weaning & Feeding For the new puppy parent or new breeder...... Weaning - The process of transitioning a puppy from a milk based diet to a dry food for puppies 21 days - A shallow pan of water to test that the lapping instinct is intact. In between - 1 dish of formula daily if needed 28 days(?) - Mush - ground puppy food with a formula Weaning and Feeding For New Breeders Part of being a Breeding is constantly researching (listening to other breeders/reading up on new scientific studies) to determine what is best for the long term health and growth of our puppies. As new Breeders, we follow the advise of our mentors or do it the way it has always been done. But, nothing stays the same forever, we no longer send puppies home at 6 weeks and need therefore to being weaning at 21 days. Since they are staying with us longer because of new scientific data, maybe we should take another look at when to begin weaning as well. It seemed to me, with the litters I over-saw in 2017, to make sense that if the litter was ready to be litter box trained on day 21 they were ready to be weaned as well. But with each new litter, I began to realize that my Dams were not starting the weaning process on day 21. Watching them showed me two important things: Shorter feeding times do not indicate the Dam is ready to wean Supply and demand is well established Pups are proficient at getting what they need The Dam spending less time caring for the pups does not indicate she is ready to wean. Pups are able to regulate their own body temp and go potty on their own The Dam is ready to rejoin the pack knowing that pups are less needy The Dam is ready to wean when she regurgitates her last meal for the pups to eat. I know, it sounds disgusting, but this is what happens in the wild and female dogs, for the most part, mother on pure instinct and instinct tells them when it is time to wean. So, if the Dam isn't regurgitating for her litter on day 21, it seems to me that we are starting the weaning process too early and if we are, we should be asking ourselves whether we are contributing to the potential of individual puppies in our litters developing food allergies later in life? When to introduce Mush to a litter At 21 days, the pups are able to do their business on their own so don't need their Dam to stimulate which means the Dam will begin to rejoin her pack leaving the pups for longer and longer periods. She will return to the pups to allow nursing; when the pups begin to suckle, the milk is immediately let down and they are very proficient at drinking and filling up very quickly. The Dam rarely stays in the box for more than 10 minutes where before, she was in for much longer. It appears that she is "done" with them and ready to wean them, but if you watch more closely, many times, that isn't the case because in another three hours, she will be asking to go back in with the litter for another feed. Take careful note of how over the next week or so, she begin to spread out those feeding times to first four hours and then longer. Watch her head at one of those feedings because it will be low to the ground - you might even think it is because she is sad and in pain - but you will see her quietly regurgitate her food and begin to eat it. The first time, one puppy might notice and leave the teat to eat alongside her, but often, it is the next day before that happens. Wait a few days and most of the litter will leave the teat and eat along side their Mom. THIS is the signal that she is ready to wean them and this is the signal I personally feel we need to be waiting to see before introducing mush. This could begin on day 21 or, as I see in most of my litters, it may happen on day 27 or 28. Weaning isn't just about getting the litter to stop nursing off of their Dam; it is about transitioning them from a natural milk based diet to a dog food diet. It is also about their digestive tract learning to process a different diet and this may be the most important reason to delay weaning. As a moderator on a Breeding Help board, I have seen that many breeders rush to feed the litter 4 meals a day sometimes all in one day and sometimes over the first four days. Since the puppies digestive tracts are still developing, this always seemed wrong to me. We introduced a shallow dish of water at 21 days, a shallow dish of formula at 22 days and their first bowl of mush on the 23rd day (on or about - it depends upon the litter). A new meal was then introduced every 3 days afterwards until they were getting 4 meals. That question of whether I was rushing was always niggling at the back of my mind as I watched my girls delay that regurgitation of a meal until at least a week later. By the fourth year of breeding, I began to listen to my gut and delay introducing mush until I had seen the Dam regurgitate a meal for them and the puppies showing interest in eating with her. Now, there are reasons why supplementing what a litter is getting naturally from their Dam on day 21 might be the best decision (a puppy falling behind or a huge litter that is wearing down the Dam); but even then, I have come to believe that supplementing with a shallow dish of formula/milk replacer might be better for the litter in the long run than introducing mush too early. Watching to see if the difference to that puppy or to the Dam's condition is enough before adding another meal is most likely the best course to follow. Our new protocol beginning with the Bree x Cain 2021 litter: Day 21 - IF needed, one meal per day of formula/milk replacer Day 28 - One meal per day of mush IF the Dam has regurgitated Day 34 - Two meals Day 39 - Three meals plus free feeding (see below) This protocol is of course not set in stone and has been adjusted according to the individual Dam's behavior. Kona typically was done nursing by 6 weeks while Dreama didn't finish until 7 weeks and still allowed what we learned was "comfort suckling" for a minute or two all the way until the puppies were carried out the gate to their new lives. Bree delays weaning until day 26 or 27 and Latte and Jette are regurgitating at about day 30. Best practice is letting your Dam show you when they instinctively sense that the litter is ready to move to eating dry food. Free-Feeding Our Aisling Litters Why do we free-feed our litters when we DO NOT recommend free feeding once the puppies leave us? (Labs for the most part should never be free fed!) Most Labrador puppies devour their dish of food and while in the litter, this is no different. There are been many dishes of mush that went to the ground due to the mad rush of a litter to be first to the bowl and far too many times I saw a puppy choke due to eating too fast. I soon realized that they were "fighting" over the food; fast eaters were getting most of the meal. This was "training" the puppies to eat even faster to ensure they got enough to be full. Separating them by slow and fast eaters or large and smaller puppies helped some but not enough. Giving each puppy their own bowl didn't slow them down either. After watching this through several litters, I ordered some flat-backed buckets that hang on the panels of the ex-pen and once the puppies were eating dry food and drinking water, I filled those buckets with dry food. While they were eating from their dishes, I placed the buckets in the pen. This meant that they investigated the buckets but didn't gorge or fight to get to them because they were already filled up from their meal (which of course, they ate far too fast, pushing and shoving their way to the dishes). As the rest of the day went by, I saw individual puppies stroll over to a bucket and eat slowly from it. Just a bite or two usually. And when I brought them their next meal in a dish? No rushing at all. Most took the time to get a cuddle and a pat from me, some continued to play for a bit or nap! While that was encouraging, the best part was that over the next week, those lighter puppies began to put on weight more steadily and by the 8 week puppy weigh in, they were nearly uniform in weight. And when they all went to their new homes? I didn't get so many emails and texts and phone calls about how the puppies devoured in two seconds anything that was put in front of them asking me what they could do to slow them down! From 7 - 8 weeks of age, we remove the food filled buckets at night to get them used to going through the night without being able to nibble on something and feed them four times each day rather than three. Feeding for Owners Our " Puppy Care " page has quite a bit of information regarding feeding your Labrador Puppy. And for those who are bringing home an Aisling puppy, we provide even more detail in our pdf's which are emailed to you before your puppy comes home. Like weaning, our ever-growing knowledge and our experience in raising our own Labrador puppies evolves our protocols. While in the past, we recommended feeding your puppy THREE times a day, there is a growing body of data that indicates feeding FOUR times a day through at least 20 weeks of age is far better. The rapid growth and high energy level of puppies means they burn calories at a high rate. Spreading their nutrition over four meals for longer than 8 weeks appears to help regulate their growth patterns and protect the density of their bones. For more information, please visit the Puppy Care page Next: Responsible Breeding

Georgia Terremere's Georgia Girl (at Aisling) Georgia came to Aisling in 2025 from our Reproductive Vet.

Videos of Life 'Round Aisling - from trips to the beach to litters in the paddock and adults racing the yard with links to follow us on Facebook and Instagram. Follow us at Instagram (aislinglabs) Facebook (AislingLabsNEFlorida) Reels I've been working on converting old footage to Reels for the past few months preparing for using that medium for litter movies going forward. It's been a great deal of fun watching the older movies and making a few new ones as my understanding of this new form of sharing has grown. Life 'Round Aisling Between litters, we take every opportunity to take each Labrador out for some one on one attention. Whether it's to our favorite Pub for some music and fellowship; to Lowes or Home Depot to buy for the unending list of things we need for this old farmhouse, or to the beach. This was Roamin's first time at the beach; he loved it as should a Labrador! "Watch Them Grow" We post photos almost daily and try for a video at least every two weeks for each of our litters. This allows our Aisling Families to see their progress from birth to going home day! More Organized Chaos at Aisling and Raising A Little Cain Learning through play One of our first litters here at Aisling, this video shows the litter during their Health Certification where they receive their first round of vaccinations, and their microchips. Many folks ask us if the girls enjoy being Mothers, I think this video answers that question! Dreama X Raising Cain Puppy Paddock While the puppies play in the paddock, outside of it our pack is having their own good time (see the end of the video!). Much has changed over the years, there is now a screened pool where the pump house used to be but there are still plenty of trees for these energetic labs to race around on a daily basis. This was Dreama's last litter (with Roamin') before her retirement and has been our most popular video on Facebook. Background Music is from Seven Nations An Oldie But A Goodie A Kona x Shadybry's Raising Cain at Terremere Litter. Again, much has changed over the years; puppies now play in a much larger paddock (seen in the previous video). HOME

Know Your Breed, Genetic Health Testing, Genetics of Color, and COI (coefficient of inbreeding). Learn more.... Responsible Breeding "Ask questions and listen to answers, trying always to separate the relevant from the useless. Do not become hidebound by specific ideas; question everything, even what I am saying and what I write in my books. Think about everything, digest it, discuss it and ask more questions. Always try to learn and advance your understanding of the breed. You must not breed (only) by the numbers (hips/elbows). A good breeder goes about the job with a set aim of trying to produce functional dogs that approximate to the ideal. Don't struggle for perfect hips! Hips need be no better that what will give a dog an active pain free life, and to struggle for better can/WILL mean losing other dogs from the gene pool who have good things to offer, such as temperament. A dog is a whole animal, not just a pair of hips!” Dr. Malcom B. Willis Know Your Breed Remember the traits that exemplify the Labrador Retriever. It isn't only about Hips and Elbows. Genetic Health Testing Learn about the diseases relevant to the Labrador and how we do our best to ensure that your puppy will not inherit one of them. The Genetics of Color Ever wondered how we know what colors will be born to a breeding pair? It all sounds really complicated but once you have a basic understanding, it's pretty simple. COI - co-efficient of inbreeding All Purebreds are inbred. But too much inbreeding causes issues like infertility, small litters, and shortened lifespans. Learn about the different ways breeders are working to lower the COI averages of our Breed. Hip Dysplasia in Labradors Despite phenotypic testing and selective breeding for more than 60 years, hip dysplasia is still an issue in our breed. How to continue to improve the odds for successful outcomes. Elbow Dysplasia in Labradors Information on Elbow Dysplasia and it's place in the responsible Breeder's "tool kit" and the Owner's shared responsibility for good outcomes. Weaning and Feeding This is mostly an "extra page". As a Breeder, I am always on the lookout for the best practices in breeding healthy litters. This page is written for other breeders doing the same as me in that regard, but, there is also something for new puppy parents as well. Home

How to help protect your Labrador from Elbow Dysplasia American College of Veterinary Surgeons "Canine elbow dysplasia (ED) is a condition involving multiple developmental abnormalities of the elbow joint. The elbow joint is a complex joint made up of 3 bones (radius, ulna, and humerus) (figure 1). If the 3 bones do not fit together perfectly due to growth abnormalities, abnormal weight distribution on areas of the joint occur causing pain, lameness, and the development of arthritis. Elbow dysplasia is a disease that encompasses several conditions grouped into medial compartment disease (fragmented coronoid process (FCP), osteochondrosis (OCD), joint incongruity, and cartilage anomaly) and ununited anconeal process (UAP). The cause of ED in dogs remains unclear. There are a number of theories as to the exact cause of the disease that include genetics, defects in cartilage growth, trauma, diet, and so on. It is most commonly suspected this is a multifactorial disease in which causes the growth disturbances". Understanding and preventing elbow dysplasia As with Hip Dysplasia, Labradors are the most tested breed by the OFA for Elbow Dysplasia. 10.3% of 97,639 OFA tested Labradors are dysplastic while 89.7% are certified as "normal". (Labradors rank 98th out of 184 breeds tested for Hip Dysplasia and 38th out of 134 breeds tested for Elbow Dysplasia) OFA Breed Ranking Angus had been diagnosed with Hip Dysplasia at 10 months of age, despite generations of testing of his ancestors. On this trip, we noticed he was limping on his front legs as well as his rear and requested a radiograph prior to his neuter surgery the following week. The diagnosis as expected was dysplasia in both elbows. His diagnosis of dysplasia in all limbs led to me researching everything I could find on the disorder. The dysplasia in his elbows was likely caused not by genetics, but by the hip dysplasia that came first emphasizing the need to protect against hip dysplasia from the day the puppies are born . Degenerative Joint Disease, present in one elbow, does not affect the dog but must be managed. There is little evidence that this is an inherited condition other than that in rare cases, offspring of these dogs may have a grade II or III result - as this disease can be caused by repetitive trauma and inflammation, it is likely that the inherited temperament is a factor (high energy/drive). Dogs who present as Normal at 2 years of age can still develop Degenerative Joint Disease at a later age so again, the environment the offspring are raised in is during this time its of equal or greater importance as the OFA result of the parents examination. Like Hip Dysplasia, it is believed there is a genetic component/predispostion (the growth rate of medium and large breed dogs) but the genes responsible for the disease have yet to be found. And like Hip Dysplasia, affected puppies can be produced from unaffected parents (Hazelwinkel and Nap 2009). Additionally, the heritability of the disease appears to be stronger in certain pedigrees than in others and presents as bilateral (both elbows). (Ubbink et al 2000) But even that, as already noted may be the genetically inherited temperament/energy/drive leading to repetitive trauma and inflammation. Selective breeding once again can lower the odds that puppies will develop the disorder, but cannot prevent it. Although Breeders pay for radiographs of their breeding stock, determining carriers - those which carry and may pass on the gene(s) but which do not show signs of the disease themselves - is not currently possible. Labrador Retriever Elbow Dysplasia (Fragmented Medial Coronoid Process) And once again, genetic predisposition, over-nutrition with rapid growth, trauma and hormonal factors are believed to be the cause of more than 50% of the cases of ED diagnosed and since this disorder results from a variety of other factors, the number presented as caused by environment is likely MUCH higher than is reported. I take full responsibility for the damage done to our poor Angus because I relied far too heavily on the OFA certification of his Dam and Sire and their ancestors. I did not limit his access to stairs in our two story home; I over-fed him because after all, I had him on Large Breed Puppy Food with the correct balance of calcium and phosphorus and I let him play as long and as hard as he wanted with the grown-up dogs around our place. Those beautiful brown eyes begged for more food and I gave it to him. He loved to play and I loved to watch him. Oh the things I'd do differently if I could bring home that gorgeous boy and start it all over. Together, Breeders and Buyers can tackle this issue of dysplasia in our Labradors. By understanding that despite the emphasis put on certifying breeding dogs for "normal" hips and elbows, the disorder is more a genetic predisposition triggered by environment, injury and nutrition rather than an "inherited" disorder, we can help protect every puppy from every litter. For further reading to prepare for the new Labrador Puppy in YOUR life; please use the links found on the bottom of our Hip Dysplasia page. PET INSURANCE AND DYSPLASIA Pet Insurance rarely covers dysplasia under one year of age, choosing to ignore the reality of environment on the development of this disease. AKC Pet Insurance offers an add-on for dysplasia diagnosed under one year. It is highly recommended that all puppies be fully covered by this add-on. Desptie the efforts of owners and breeders to eliminate this disease, it still affects 14% of selectively bred dogs (OFA Trends). Back to Hip Dysplasia for Prevention Tips Next: Weaning and Feeding

Genetics of color in Labrador Retrievers. Can a Yellow Lab have Black puppies? White spots on Black or Chocolate Labs. Black spots on a Yellow Lab? What genes are responsible for the coat color of a Labrador. The Genetics of Color Pictured are our Yellow Roamin' with his Black daughter Jette and with Latte (Chocolate) AKC and Parent Club Breed Standard: The Labrador Retriever coat colors are black, yellow and chocolate. Any other color or a combination of colors is a disqualification. White hairs from aging or scarring are not to be misinterpreted as brindling. Black - Blacks are all black. A small white area on the chest is permissible This comes from the ancestor of the Labrador Retriever, the St. Johns Water Dog. The earliest photo of a Labrador Retriever is of "Nell" taken in 1899 (see "Know Your Breed"). You will also sometimes see white spots on the feet; this is found in the descendants of English Dual Champion Banchory Bolo (1915 – 1927) and are called "bolo marks". Yellow - Yellows may range in color from fox-red to light cream, with variations in shading on the ears, back, and underparts of the dog. There is no such thing as a "White" Labrador; it is a Yellow Lab with a white or cream colored coat; likewise, there is no such thing as a "Fox Red" Labrador; it is a Yellow Lab with a reddish coat. A Yellow Lab with a dark chocolate nose is actually genetically a Chocolate dog with a yellow coat. Chocolate - Chocolates can vary in shade from light to dark chocolate; a white "ring" around the tail is common and typically falls out with the puppy coat. Chocolate with brindle or tan markings is a disqualification. Chocolates have "chocolate" noses (formerly called Liver), eye rims and pads. Disqualifications from the Breed Standard cannot be "shown" in Conformation Competitions A black with brindle markings or a black with tan markings is a disqualification. (A small white spot on the chest is permissible.) Eye rims without pigment. A thoroughlyy pink nose or one lacking in any pigment. (Traditionally called a "Dudley".) Any other color or a combination of colors other than black, yellow or chocolate as described in the Standard. Any other color or a combination of colors other than black, yellow or chocolate as described in the Standard. It is important to note that brindling, tan points, white blazes on the chest or on the rear of the feet and mosaics are still Pure Blooded Labrador retrievers. Before we were able to understand the genetics of color, it was said that these were the product of “miss-mates” or accidental breedings with a dog other than a Labrador. Now we know that that is not the reality. 
As time goes on, we are able to genetically test for more of the color genes. Note: Disqualified dogs (from Breed Competitions) are still Purebred Labradors and still make wonderful companions, however, breeders should not be purposefully breeding to produce the off-standard traits. Sales Gimicks! Beware of those selling puppies of a "rare color" and usually asking for more money for the privilege of taking one of those puppies home. The most recent one I've been contacted about is "caramel" colored Labradors. While there are apparently Caramel Labradoodles, this is the result of a recessive gene in the poodle portion of the dog. The Chocolate Labrador, like the Yellow, will show shades of brown - light to dark or milk chocolate to dark chocolate. The proper eye color is going to be light golden brown, not blue or green or yellow. English Cream is also a new gimick to trick buyers into thinking they are getting a "rare" Labrador color. Cream is simply a shade of the Yellow Labrador's coat which can be white to gold so dark as to be called "Fox Red". Understanding genes and how there are risks in doubling up on genes to produce specific colors or traits is essential in any breeder continuing to produce dogs that embody the Breed Standard and continue the temperament traits the Labrador is known for. Predicting a Litter's Colors I am often asked how we know the colors of the puppies in any given litter. The short answer is that we genetically test most of our Labradors to see what colors they may carry. But usually, there are a few follow up questions. This page hopefully helps to answer those follow ups..... Let's begin with the color of the nose, eye rims and pads of the feet. A Black or Yellow Lab with black Nose, eye rims and pads carries a visible "B" gene and second "hidden" copy of that gene. The hidden copy may be either "B" or "b". Phenotype is what we see and genotype is what we don't see. Each Labrador has their visible color and each has their hidden color or colors. A Black or Yellow Labrador carries the dominant "B" inherited from one of the parents. The second copy of B is hidden. It may be either the dominant "B" or the recessive "b". This B gene determines the color of the Labradors nose, pads and eye rims. "BB" will look the same as "Bb" in this Labrador, but the Labrador who carries "Bb" instead of "BB" is hiding the color Chocolate. If the Labrador who carries "Bb" is mated to another Labrador who carries "BB", all the puppies will have black noses, pads and eye rims. BUT, if the Labrador is mated to another "Bb", some of the puppies will have a chocolate nose, pads and eye rims. This is because some of the puppies will get a "B" from each parent; some will get "B" from one and a "b" from the other while others will get a "b" from both parents - these ("bb") are the ones who will have chocolate noses, pads and eye rims. The "E" gene determines the coat color of the Labrador. E will express black as long as the dog carries a dominant B. Two copies of the recessive "e" will shut of black and the coat will be Yellow. There is a second gene that we test to determine the color of a litter of puppies. This is the "E" gene. It works in same manner as the "B" gene but it actually determines the color of the coat and it works with the "B" gene . The Black Labrador in the "B" gene example above carries the dominate "E" gene. We know this because we can see his Black coat. The Yellow Labrador with the black nose, eye rims and pads has inherited two copies of the recessive "e" which shuts off the ability of the "B" gene to express itself as a Black coat; again we know this because we can see her Yellow Coat. From this we can make a pretty good start at guessing at the Genotype of each of the three Labradors in the "B" gene example above but we cannot know the full Genotype just yet. The "*" indicates what we don't yet know. The Black Lab is B*E* The Yellow Lab with the black nose, eye rims and pads is B*ee The Yellow Lab with the chocolate nose, eye rims and pads is "bbee" But now, we also have the fourth example....the Chocolate Lab The Chocolate Lab is bbE* Note that we don't know the mode of inheritance in all but one example above. There are two ways to learn what should be in the place of the "*". The old fashioned way was to simply breed a dog to other dogs and wait to see what colors they would throw. A Black Dam mated to one Black Stud might throw just Black coated puppies; but, with another Black Stud, she might throw two colors and with a third, maybe all three colors. In the latter case, we would know that her Genotype was BbEe. The way we do it now is to genetically test the B and E genes in our dogs (of course, we don't need to test the E gene in a Yellow dog because we already know that the Genotype is "ee".) If you'd like more information on how we can attempt a guess as to how many of each color puppy would be born to a pairing of genotypes, see the chart linked below. But, that is just the start of genetic testing for coat colors. Other genes determine the shading of the Yellow coated Labrador (from Fox Red to White) as well as determine whether the Labrador will have white spotting or the rare brindling and mosaic coat. You read about Genetic Panel Testing on our Genetic Health Testing Page and how it is changing how breeders can determine things such as the co-efficient of inbreeding more accurately; well, it is also helping us discover why, every so often, we have these rare coat colors pop up in a breeding. The link above opens on a new page so you can quickly find your way back here to read the rest of this page.... S- Locus - White Spotting in the Pure-bred Labrador retriever K Locus - Solid Color A - Locus - "Reds" Genotype is hidden while Phenotype is seen B = Black; b = Chocolate; E - no Yellow; e = Yellow; KB = solid; S=White (There is also "A" which is responsible for the red tint seen in some dogs and for the tan point, brindle and mosaic labradors and "C" which determines the shading in the Yellow coats, but for the purpose of this page, we are focusing only on the genes named above.) In the first part of this page, we learned about Genotype as it pertains to Black, Yellow and Chocolate Labradors. So, let's take a look at the full genotype where color and pattern are concerned. A Black Labrador can have one of the following genotypes: BB/EE/KB-KB/SS - no hidden Chocolate or Yellow, Solid Colored, may express a few white hairs Bb/EE/KB-KB/SS - hidden Chocolate, no hidden Yellow, Solid Colored, may express a few white hairs BB/Ee/KB-KB/SS - no hidden Chocolate, hidden Yellow, Solid Colored, may express a few white hairs Bb/Ee/KB-KB/SS - hidden Chocolate, hidden Yellow, Solid Colored, may express a few white hairs BB/EE/KB-KB/Ss - no hidden Chocolate or Yellow, Solid Colored but with white spotting Bb/EE/KB-KB/Ss - hidden Chocolate, no hidden Yellow, Solid Colored but with white spotting BB/Ee/KB-KB/Ss- no hidden Chocolate, hidden Yellow, Solid Colored but with white spotting Bb/Ee/KB-KB/Ss - hidden Chocolate, hidden Yellow, Solid Colored but with white spotting I'm not going to list all the genotypes for a Chocolate or Yellow Labrador, but you have gotten a good idea of the process, so let's move on to those white spots and the rare brindle or mosaic Labradors and the genes responsible for them. 1/1 The Genetics of Color in the Labrador retriever DNA has proven that these miss-marked dogs are pure-bred Labradors with the health and temperament of their solid colored siblings. The Tan Point, Brindle, or Mosaic Labrador are rare. This page focuses more on the White Spotting which is more commonly seen. ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ Many a breeder and many a poor Dam has been accused of miss-mating when a litter includes a few Black or Chocolate Dogs with white spotting on their chest or when a puppy or two were born with tan points, brindling, or even those very rare "mosaics". No matter how the Breeder might protest that there was no way any puppy in the litter couldn’t be from the Sire they had used, the accusers would walk away shaking their heads still believing that puppy just couldn’t be a pure-bred lab. Buyers walked away and Breeders scorned other breeders…until it would happen in one of their own litters. You will even see debate raging on various social media platforms today despite all the knowledge that we have gained from genetic testing. Those who still maintain that a miss-marked Labrador is the result of an accidental pairing do so out of an ignorance of the science which proves them wrong. If you’ve ever learned the history of the Breed, you know that the ancestors of the Labrador were black and white coated St. Johns Water Dogs. With the goal of producing a solid black dog, the old-timers would only breed dogs with the most black in their coats; eventually, they were able to breed solid black to solid black until they consistently were producing litters with mostly solid black dogs. But even then, there would be a few “liver coated” dogs or “yellow coated” dogs; and sometimes, a black dog with white on its chest. Those old-timers continued for many generations to breed black to black removing the other colored dogs from their breeding programs but the gene responsible for the expression of white hairs was still being passed down generation to generation just as the genes for liver (chocolate) and yellow coated dogs were. Because the old-time breeders bred only black to black, the gene pool was small enough that most of those solid black dogs carried two copies of "S" and no copy of "s" so the white inherited from the St. Johns Water Dog did not “express” itself very often. And this rarity is what led to the common belief that a “miss-mating” had taken place and the poor black or chocolate lab with the white on its chest or the yellow with a lot of white expressed was a “mutt”. Eventually, a closed kennel which produced litters bound to provide some service, would from time to time see white spots on the chests of Labrador puppies born under strict controls; controls that meant that there was no possibility of a miss-mating. This was evidence that there was some recessive gene that was causing pure-bred dogs to express those white hairs. Science eventually proved that to be true, but even before that, the AKC and Labrador Retriever Clubs rewrote the Breed Standard to state that “a white spot on the chest is acceptable but not desirable” in dogs that were shown in breed competitions acknowledging that these dogs were in fact, pure-bred Labradors. We know now that white hairs originate from the S Locus. The non-mutated form (S) makes it possible for a dog to express a few white hairs or none at all. It is a roll of the dice. The recessive version (s) of the gene means that the dog will express what is known as “white spotting”. And a dog with two copies of the mutated version (ss) will be solid white. The two main genes for coat color in Labradors are "B" and "E" and each puppy receives one copy of each gene from each parent; these genes follow the Dominant/Recessive expression where "B" cancels "b" and "E" cancels "e". So, a puppy getting BB is not going to be Chocolate nor is a puppy getting Bb because the "B" cancels or hides the "b". It is the same for the "E" gene; in order for a dog to be yellow, it must get two copies of "e". The "S" gene however is co-dominant and therefore only one copy of the mutated "s" will result in expression of the recessive which is the expression of white. And we also know now that the “red” that is sometimes seen in a Black or Chocolate coat and quite often in the traditional Yellow coat in what is known as the “Fox Red” comes from the “A” locus as does the more rare tan points and brindling and even perhaps the mosaic. We even know now that a SINGLE CELL can experience a mutation during the gestation process turning , for example, "ee" into "Ee" in just that one cell! How does this express itself in the coat of a Yellow Labrador? Through a Black spot of hair! So, if someone tells you that your pure-bred puppy with some white on it's chest or a white ring around its tail isn’t pure-bred, all you need to reply is “DNA says differently”. Your puppy is every ounce a pure-bred Labrador from genetically tested parents descended from the black and white St. Johns Water Dog - the first Labrador retrievers. NEXT: COI - THE CO-EFFICIENT OF INBREEDING Coat Color Inheritance Chart for Labrador retrievers

Genetically health tested Labrador Retriever parents help lower the risk for inherited diseases. New tests are routinely becoming available that are relevent to our breed and responsible breeding requires staying informed. Genetic Heath Testing Gene – A part of an organism’s DNA that is passed down from its parents and codes for a specific function. Allele – A form of a gene; it can be dominant or recessive. Dominant gene – A gene that will show its effects even if an organism also has a copy of a different allele (the recessive allele). Clear By Parents (CBP) - Both parents are "clear" and offspring are designated CBP for two generations - mutations may happen at any time, so two generations is the logical cutoff for a CBP designation. Genotype (set of alleles) determines phenotype (observable features/traits) Mode of Inheritance Dominant - only a single copy of an allele is necessary to express the trait. Recessive - two identical alleles are necessary for the trait/disease to be observed Incomplete Dominance - only one copy of a given allele is necessary to produce the trait - example "S" which may produce white hairs or spotting and which needs only be inherited from one parent. Responsible breeders look at more than just hip and elbow scores. Dr Malcolm Willis, the late leading authority on canine hips while speaking during a health seminar sponsored by the Flatcoated Retriever Society stated the following: "Don't struggle for perfect hips! Hips need be no better that what will give a dog an active pain free life, and to struggle for better can/WILL mean losing other dogs from the gene pool who have good things to offer, such as temperament. A dog is a whole animal, not just a pair of hips!” With this expert opinion and with the science showing that owners are as responsible as Breeders in ultimately limiting hip and elbow dysplasia in mind, genetic testing for diseases is of equal or even greater value in the Breeder's toolkit for responsible breeding. That toolkit includes normal hips and elbows, low coefficient of inbreeding and testing for Genetic Diseases as well as traits which include temperament and adherence to the physical breed standard. Many of the inheritable diseases require that both parents pass on a copy of the gene responsible for disease to a puppy. To avoid breeding dogs that could pass on these genes and have affected puppies, one or both parents are genetically tested; to keep a puppy from a carrier's litter, puppies are tested before choosing to ensure that this new generation is clear of the mutation. Carriers who bring other excellent traits to the breeding are not removed from breeding programs. Rather, to "improve" the next generation and avoid narrowing the gene pool, offspring are tested to be clear of the mutation before being used in a breeding program. Many breeders are now using Embark Panel testing to genetically test for diseases; please see this article for why we still use GenSol single disease gene testing. Accuracy: Direct versus Indirect Genetic Testing Diseases Releva nt to Labradors There may be other causes of these conditions in dogs and a normal result does not exclude a different mutation in this gene or any other gene that may result in a similar genetic disease or trait. Breeder testing can only eliminate the TESTABLE inherited form of any disease. It is also important to understand that a gene may mutate from one generation to the next causing a "Carrier" status for a puppy produced by two "Clear" parents. For this reason, many Kennel Clubs are restricting "Clear By Parents" to two generations. Hereditary nasal parakeratosis (HNPK) Mode Of Inheritance - Recessive This is a (disfiguring) disease that affects Labrador Retrievers and related breeds and leads to dry, rough, discolored crusts on the edges of the dog’s nose. The disease results from a mutation that causes the nose to dry out and can lead to chronic irritation and inflammation of the skin on and surrounding the dog’s nose. Symptoms of the disorder appear in young dogs typically between the ages of around 6 months to 1 year of age. PAW PRINT GENETICS Exercise Induced Collapse (EIC) Mode Of Inheritance - Recessive - Dogs will collapse after 5 to 10 minutes of high-drive, trigger activities, such as chasing a ball or hunting. Though a large majority of these cases recover completely within a short timeframe (less than 30 minutes), some dogs have been known to die of the condition. Canine Degenerative Myelopathy (DM) Mode Of Inheritance - Recessive - This mutation is found in many breeds of dog, though it is not clear for Labrador retrievers whether all dogs carrying two copies of the mutation will develop the disease. The variable presentation between breeds suggests that there are environmental or other genetic factors responsible for modifying disease expression. The average age of onset for dogs with degenerative myelopathy is approximately nine years of age. The disease affects the White Matter tissue of the spinal cord and is considered the canine equivalent to amyotrophic lateral sclerosis (Lou Gehrig’s disease) found in humans. Labrador Centronuclear Myopathy (CNM) - Mode Of Inheritance - Recessive - Typically occurs in young Labradors between 6 weeks and 7 months of age. Similar to DM, CNM is a disease that will greatly affect a dog’s ability to work or perform physical tasks. Affected dogs typically display an intolerance to exercise, a hopping gait, decreased reflexes, generalized skeletal muscle weakness and atrophy, and an increased likelihood of collapse when in cold temperatures. Many affected dogs also develop a loss of muscle contraction in the esophagus (megaesophagus) resulting in difficulties swallowing. Problems with swallowing can allow food particles and other material to enter the lungs, thus, leading to severe pulmonary infections known as aspiration pneumonia. Progressive Rod-Cone Degeneration (PRA-PRCD) - VARIANT 1 Mode Of Inheritance - Recessive - Progressive retinal atrophy (PRA) is a category of different progressive conditions related to retinal atrophy that can eventually lead to blindness. Progressive rod-cone degeneration (PRA-PRCD) is one specific type of PRA that affects many dog breeds. It is an inherited eye disease with late onset of symptoms that are due to degeneration of both rod and cone cells of the retina. These cells are important for vision in dim and bright light. Progressive Rod-Cone Degeneration II (PRA-PRCD) VARIANT 2 Mode Of Inheritance - Recessive - Progressive retinal atrophy (PRA) is a category of different progressive conditions related to retinal atrophy that can eventually lead to blindness. . Breeding two carriers with the same mutation is predicted to produce 25% affected puppies and 50% carriers. Mating a carrier of PRA1 (that is CLEAR for PRA2) with a carrier of PRA2 (that is N/N for PRA1) will not produce affected animals. PYRUVATE KINASE DEFICIENCY LABRADOR RETRIEVER (PKD-LAB) - Mode of Inheritance Recessive Affects red blood cells due to a mutation in an important enzyme needed for metabolism. This defect leads to red blood cell death that results in severe hemolytic anemia. Retinal dysplasia/oculoskeletal dysplasia 1(RD/OSD) Mode Of Inheritance - Recessive - An inherited Collagen disorder affecting Labrador retrievers. Dwarfism and eye abnormalities may be apparent as early as 4 to 6 weeks of age in affected puppies. The dwarfism is characterized by shortened forelimbs that become curved as the dog grows. In puppies, the top of the head may be noticeably dome shaped compared to littermates. A range of eye abnormalities is visible on a veterinary eye exam of which retinal detachment and cataracts are the most common. Carrier dogs do not have skeletal changes but may have mild eye abnormalities, including retinal folds. Skeletal Dysplasia 2 (SD2) Mode Of Inheritance - Recessive - Musculoskeletal disease affecting Labrador Retrievers. Affected dogs develop a mild form of “disproportionate dwarfism” consisting of short legs with normal body length and width. The leg bones are shorter, thicker, and slightly curved and the front legs are frequently more affected than rear legs. Joints and eyes are not typically affected with this disease. The causal Mutation shows Incomplete Penetrance meaning that not all dogs inheriting two copies (one from each parent) will display obvious physical characteristics of dwarfism. The discovery of relevant diseases for breeds is fluid Early genetic testing offered only single gene testing; recently panel testing became available to both breeders and pet owners. While many breeders are using panel testing the new dogs in their program, you will see single testing for the diseases relevant to their breed for their older dogs. Panel testing is opening the doors to our eventually being able to prove whether a disorder is an inherited one or one that is from random interruption in the gestational process. Panel testing companies, like Embark and Wisdom, will add a new "relevant" test even if the test is extremely rare within the breed. Typically, any study will have more participants from our breed than any other breed; it is therefore important to weigh the risk in foundation stock for which the disease has not been known/recorded in the pedigrees. As more breeders move to panel testing, the results for these tests will be available for more breeding pairs. HYPERURICOSURIA (HUU) Mode of Inheritance - Recessive This disease is characterized by the excretion of uric acid leading to the formation of urinary calculi (stones). Incidence is rare. Many breeders do not single test for the gene unless there is an incidence in either ancestry or descendants in a pedigree or before breeding to a known carrier. It is included in Embark's panel testing. Note: While treated as Pure Bred in sharing the results, the Standard Schnauzers and Labrador Retrievers participating were related to varying degrees (ranging from littermates to separated by > 5 generations); in other words, the Labradors were not all purebred and the gene may have been introduced in mixed breeding. Estimated Frequency of the Canine Hyperuricosuria Mutation in Different Dog Breeds Congenital Myasthenic Syndrome (CMS) in Labrador Retrievers (2023) Phenotype: Neuromuscular disorder characterized by generalized muscle weakness and fatigue, usually induced by exercise. Affected puppies collapse after a few minutes of rigorous exercise, but recover after some rest. Signs usually appear between 6 to 12 weeks of age. Mode of Inheritance: Autosomal recessive (needs two copies, one from each parent, to be affected. According to the referenced paper below, only 2 Labrador Retrievers were reported to be affected and homozygous for this mutation but 16 out of 58 (28%) of their relatives were carriers. However, carriers can transmit the recessive allele to their offspring and can thus produce affected offspring if their mate also contributes a recessive allele. No carriers were found among 288 unrelated Labrador Retrievers, which suggests that the mutation is not widespread within the breed. https://journals.plos.org/plosone/article?id=10.1371/journal.pone.0106425 Modes of Inheritance Some diseases/traits (i.e. coat color) require only one copy for expression (incomplete dominance). In these cases, neither of the inherited alleles is completely dominant over the other and both alleles can be seen at the same time. Dogs (and humans) can only have two alleles (one from each parent) for a given gene, however, multiple alleles (3 or more) may exist in a population level, and different individuals in the population may have different pairs of these allele. Copper toxicosis (Labrador retriever type) Mode of Inheritance - incomplete dominant - Metabolic disease resulting in a decreased ability to excrete dietary copper from the body resulting in excessive copper storage in tissues and organs, including the liver, which can result in liver damage and subsequent cirrhosis. Dogs only need to inherit one copy of the mutated gene to be at an increased risk of developing the disease. Though copper toxicosis is most commonly seen in dogs having two copies of the mutated gene, Carrier dogs have a lower risk of copper toxicity than dogs with two copies of the Mutation, but have a higher risk of developing the disease than dogs without the mutation. Since there appears to be multiple genetic and environmental factors which play a role in causing copper toxicosis in dogs, a normal result in ATP7B does not exclude copper toxicosis in a pedigree and an at-risk result does not mean that a dog will develop copper toxicosis during its lifetime. It is recommended that dogs inheriting the ATP7B mutation be bred to dogs that have not inherited the ATP7B mutation rather than being removed from breeding programs. It is important to note that removal of all dogs with one or two copies of the ATP7B mutation from the gene pool would drastically reduce genetic diversity within the breed and potentially increase the risk of other genetic diseases in Labradors. Paw Print Genetics What about the things for which there is no genetic test available? Congenital Defects: Just like in humans, sometimes something can go wrong during gestation that affects one or more puppies. Exposure to some form of a toxin can cause birth defects; positioning in the uterine horn in a large litter can affect the development of a limb or the tail, an excess or deficiency in, for example, Vitamin A during gestation can cause developmental issues (i.e. an undeveloped leg or a crooked tail) in one puppy but not in the entire litter. Puppies can be born showing a recessive trait like a shorter tail or a longer tail than we are used to seeing and some puppies are born with mis-markings (white spotting and more rarely mosaic or tan and black points). These puppies should not be used in a breeding program. In these cases, if a pattern emerges in which several puppies in one or more litters have the same congenital defect, the following questions are asked prior to making a decision as to the future of the parents:: Is the defect cosmetic or does it require medical intervention? If cosmetic, then the degree of the defect is considered If medical intervention is required, move on to the next question Is this a repeat breeding of two dogs to each other. If so, the pairing is not repeated. Has either parent produced this defect more than once with another mate? If so, that parent should be withdrawn from the breeding program. AKC Pet Insurance Pet Insurance Recommendation for Your Puppy We highly recommend maintaining pet insurance for your puppy for at least the first two years to cover accidents and injuries. Labrador Retrievers are known for their exuberant, high-energy nature—often described as "piranha puppies" during their early stages. Most accidents and injuries occur during this period as they mature emotionally and before reaching full physical maturity. Additional Benefits of Pet Insurance Beyond accidents, many diseases and disorders discussed on this site—including dysplasias—can be influenced or triggered by environmental factors . Even with thorough health testing and screening by responsible breeders, these measures only reduce risk and do not provide a complete guarantee against environmental triggers affecting the puppy's health. Why Choose AKC Pet Insurance? AKC Pet Insurance offers a valuable HereditaryPlus (or Hereditary and Congenital Coverage) add-on, which helps cover these types of conditions. Please note that, like most pet insurance providers, AKC typically does not cover hereditary or congenital conditions diagnosed before enrollment or during waiting periods. Many policies also have age restrictions or exclusions if enrollment occurs after the puppy reaches one or two years of age. For this reason, we strongly advise activating and extending the 30 days of free AKC coverage that comes with your puppy's registration, and adding the HereditaryPlus coverage as soon as possible (eligibility generally requires the pet to be under 2 years old). Enrolling early maximizes protection for your Labrador's lifelong health. (Note: Other carriers may have similar add-on's to their policies.) For the latest details on plans, coverage options, and quotes, visit the AKC Pet Insurance website or contact them directly. Aisling Labradors of N. E. Florida is not responsible for a) failure to carry insurance and add-ons; b) claims denied by insurance companies. Next: Genetics of Color

When should your Labrador Retriever be spayed or neutered? What is the science behind delayed spaying and neutering for medium and large breed dogs? Spaying and Neutering "Among male and female dogs with early-age gonadectomy, hip dysplasia, noise phobias, and sexual behaviors were increased...." C. Victor Spain DVM, PhD, Janet M. Scarlett DVM, PhD, and Katherine A. Houpt VMD, PhD, DACVB Journal of American Veterinary Medical Association Dogs gonadectomized at ≤ 6 months of age had significantly increased odds of developing a behavioral disorder. The younger the age at gonadectomy, the earlier the mean age at diagnosis of mast cell cancer, cancers other than mast cell, hemangiosarcoma, lymphoma, all cancers combined, a behavioral disorder, or fear of storms. Frontiers in Veterinary Science In previous studies on the Golden Retriever, Labrador Retriever and German Shepherd Dog, neutering before a year of age was associated with increased risks of one or more joint disorders, 2–4 times that of intact dogs. The increase was particularly seen with dogs neutered by 6 months of age. Rachel Eddleman, DVM Waiting until your dog is older decreases the likelihood of female urinary incontinence, orthopedic problems including cranial cruciate ligament tears, and certain cancers. Cardiac Tumors occurred with similar frequency in males and females, but the relative risk for spayed females was >4 times that for intact females. For HSA, spayed females had >5 times greater relative risk than did intact females. The risk for castrated males was slightly greater than that for intact males, which had 2.4 times the relative risk of intact females. Thus, neutering appeared to increase the risk of cardiac tumor in both sexes. Intact females were least likely to develop a cardiac tumor, whereas spayed females were most likely to develop a tumor. Twelve breeds had greater than average risk of developing a cardiac tumor, whereas 17 had lower risk. Journal of the American Veterinary Medical Association February 1, 2014, Vol. 244, No. 3, Pages 309-319 J R Slauterbeck 1, K Pankratz, K T Xu, S C Bozeman, D M Hardy Females that had ovariohysterectomy and males that had orchiectomy had a significantly higher prevalence of anterior cruciate ligament rupture than the sexually intact dogs. Larger dogs had an increased prevalence of anterior cruciate ligament injury compared with smaller or medium-sized dogs, with the increased rupture rates for sterilized animals holding across breeds and sizes. Sterilization of either gender increased the prevalence of anterior cruciate ligament injury, suggesting a potential effect of gonadal gender on prevalence of injury of this ligament. Journal of the American Veterinary Medical Association C. Victor Spain DVM, PhD, Janet M. Scarlett DVM, PhD, and Katherine A. Houpt VMD, PhD, DACVB Results—Among female dogs, early-age gonadectomy was associated with increased rate of cystitis and decreasing age at gonadectomy was associated with increased rate of urinary incontinence. Among male and female dogs with early-age gonadectomy, hip dysplasia, noise phobias, and sexual behaviors were increased.... AVMA American Veterinary Medical Association M Christine Zink 1, Parvene Farhoody, Samra E Elser, Lynda D Ruffini, Tom A Gibbons, Randall H Rieger Results— Females gonadectomized at ≤ 12 months of age and males and females gonadectomized at > 12 months of age had significantly increased odds of developing hemangiosarcoma, compared with the odds for sexually intact dogs. s. Journal of the American Veterinary Medical Association HIP AND ELBOW WARRANTY In order for our Hip and Elbow Warranty to remain in effect, we require that: Males be neutered no earlier than 18 months and preferably at 24 months. Females be spayed AFTER 12 months of age and 3 months AFTER their heat cycle (to reduce risk of bleeding during surgery). Recommended age by Aisling Labradors is 2 years of age. While ultimately the choice is yours when to spay or neuter your puppy, unless it is to save t he life of an Aisling Puppy (i.e. Pyom etra in a female or testicular torsion or other disorder in a male), alteration earlier than the recommended ages will void the Hip and Elbow Warranty offered by Aisling Labradors due to the increased risk of joint disorders. Next: Hip Dysplasia