Table of Contents
The $5,000 Bone: My Wake-Up Call as a Veterinarian and a Dog Owner
As a veterinarian, I live and breathe animal well-being.
My days are a cycle of preventative care, complex diagnoses, and the quiet joy of sending a healthy pet home.
I’ve seen thousands of cases, and I thought I had a handle on the common dangers that lurk in a pet’s life.
But nothing prepares you for the moment you realize the very system you operate in is setting up well-intentioned owners for failure and heartbreak.
For me, that moment came with a dog named Abby.
Abby was a one-year-old pup, recently adopted by a loving couple who were doing everything right.1
They came to my clinic for her initial check-up, full of questions and excitement.
A few weeks later, they were back, but this time, the excitement was replaced with sheer panic.
They had bought Abby a few large, commercially prepared bones from a major pet store, thinking, as most people do, “Dogs love to chew bones, right?”.1
It’s a cultural touchstone, an image as old as cartoons and storybooks.
The problem began when the owner noticed half of a bone was missing, with small, sharp shards scattered in Abby’s crate.
He knew instantly she must have swallowed the pieces.
His quick thinking brought her to my clinic, where an X-ray confirmed our worst fears: her stomach was filled with a significant amount of bone fragments, some alarmingly large.1
The diagnosis was a potential gastrointestinal obstruction or perforation, and the path forward was either a delicate endoscopic procedure or invasive surgery.
The estimated cost was a staggering $2,500 to $5,000.1
A single $15 bone had put Abby’s life at risk and her new family on the brink of a devastating financial and emotional crisis.
We monitored Abby overnight, hoping her powerful stomach acid might work a miracle, but a follow-up X-ray showed the fragments hadn’t dissolved.
Surgery was the only option.1
As I prepped Abby, I felt a profound sense of professional frustration.
This wasn’t a rare accident.
As a vet, I see the fallout from seemingly innocent chew toys constantly: cracked teeth, esophageal tears, and life-threatening blockages.2
I counsel owners daily, yet the pet store aisles remain a minefield.
It’s a place where love and care motivate purchases that can lead directly to my surgical table.
This is the Chew Aisle Paradox.
I saw the same anxiety in Abby’s owners that I see in so many others—a feeling echoed in countless online forums where pet parents confess their confusion.
One owner captured it perfectly: “I see my blissfully ignorant parents who have raised many happy and healthy dogs…
on plenty of cheap rawhide and I wonder if I should relax.
But then I get on the Internet and feel guilted into thinking I’m killing my dog”.3
This case forced me to confront a difficult truth.
The problem wasn’t just a lack of owner education; it was a systemic failure.
The market was flooded with products whose designs were fundamentally at odds with canine safety.
Treating the aftermath was no longer enough.
I had to find a new way to think about the problem from the ground up.
The Chew Aisle Paradox: Why Our Best Intentions Lead to Danger
The experience with Abby sent me on a mission to understand the disconnect between what the market sells and what is actually safe.
The chew aisle is a dizzying landscape of promises.
Packages scream “All-Natural,” “Long-Lasting,” “Indestructible,” and “Promotes Dental Health.” Yet these words have become almost meaningless, often serving as marketing cover for significant, well-documented dangers.
To navigate this, we must first deconstruct the most popular—and often most hazardous—chew categories.
Bones (Raw and Cooked)
The quintessential dog chew is, paradoxically, one of the most dangerous.
The American Animal Hospital Association (AAHA) and other veterinary bodies consistently warn that hard chews, including bones, can fracture teeth.4
Whether cooked or raw, bones can splinter under the pressure of a dog’s jaw, creating sharp shards that can pierce the mouth, throat, or intestines.2
Cooked bones are particularly brittle and prone to shattering.6
The U.S. Food and Drug Administration (FDA) has even issued warnings about commercially available “bone treats” after receiving reports of nearly 90 dogs falling Ill.7
The risks range from severe constipation caused by bone fragments to life-threatening choking and internal bleeding.2
Antlers and Hooves
Marketed as a durable, natural alternative, antlers from deer or elk are a leading cause of painful tooth fractures in dogs.
Board-certified veterinary dentists and organizations like the American Kennel Club (AKC) warn that their extreme hardness poses a significant risk.2
A dog’s jaw can exert immense force, but their tooth enamel is only about one-third as thick as a human’s, making a mismatch with a rock-hard antler a recipe for a slab fracture—a vertical split of the tooth that often exposes the sensitive pulp canal.9
This is excruciatingly painful and can lead to infection and abscesses.
Beyond dental trauma, antlers can also splinter, creating the same puncture risks as bones.8
Cow hooves carry the same risks of splintering and tooth damage, with the added danger of their circular shape getting looped around a dog’s lower jaw, often requiring sedation for removal.2
Hard Nylon and Plastic Chews
The promise of a synthetic, “safer” alternative to bone often leads owners to hard nylon or plastic chews.
However, many of these products are dangerously hard.
The guiding principle among veterinarians is the “thumbnail test”: if you cannot press your thumbnail into the surface and leave a slight indentation, the toy is too hard for your dog’s teeth.2
Many popular nylon chews fail this test.
While they may not splinter like bone, a powerful chewer can shear off sharp-edged pieces of plastic.
If swallowed, these pieces can cause gastrointestinal upset or, in the worst cases, an obstruction requiring surgery.2
Yak Cheese Chews
This trendy chew, often called a Himalayan chew, is promoted as a healthy, limited-ingredient option.
While the ingredients may be simple—yak milk, salt, and lime juice—the final product is often processed into a rock-hard block.10
This presents the same tooth fracture risk as antlers and hard nylon.2
Furthermore, the claim that they are “easily digestible” is questionable.
One owner on a Reddit forum shared a harrowing story of their 70-pound Lab vomiting up “three domino-sized chunks of the Himalayan dog chew…
still solid as a rock” more than 24 hours after consuming it, narrowly avoiding an intestinal blockage.3
Rawhide
Perhaps the most controversial chew, rawhide is made from the inner layer of cow or horse hides.
The manufacturing process can involve chemicals to split and clean the hide, and products originating from outside the U.S. may have different processing and safety standards.7
Beyond potential chemical contamination, the primary danger of rawhide lies in its behavior once chewed.
It can swell when it absorbs moisture in the stomach.
If a dog swallows a large, unchewed chunk—a common occurrence, especially with knotted ends that can break off—it can expand and cause a life-threatening esophageal or intestinal blockage.5
One tragic online account details a French Bulldog dying from bloat after a piece of rawhide expanded in his stomach.1
The common thread is a market failure where the quest for “durability” has inadvertently optimized for danger.
Consumers, wanting to provide a long-lasting treat for their power-chewing dogs, are sold products that are fundamentally too hard, too brittle, or too prone to causing blockages.
This realization was my turning point.
The solution wasn’t to find a magic “safe” product in this broken system, but to create an entirely new system for evaluation.
The Epiphany: Thinking Like a Biomimetic Safety Engineer
After the Abby incident, I realized my veterinary training—focused on biology and medicine—was only equipped to deal with the consequences of unsafe chews.
To prevent the injuries, I had to step outside my field.
I had to stop thinking like a doctor treating a wound and start thinking like an engineer preventing a catastrophic failure.
This led me to a new paradigm, a fusion of two powerful concepts: Safety Engineering and Biomimicry.
Product safety engineering is a formal discipline built on a logical hierarchy of principles.
When designing a product, an engineer must first identify potential hazards and assess the risks, considering all foreseeable ways a consumer might use—or misuse—the product.13
The goal is then to mitigate that risk, following a strict order of preference:
- Eliminate the Hazard: The best approach is to design the danger out of the product entirely.
- Guard Against the Hazard: If it can’t be eliminated, install a physical guard or barrier.
- Warn the User: The last resort is to provide warnings and instructions.14
The dog chew market has largely failed at the first and most important step.
Instead of eliminating hazards like excessive hardness or splintering, many products embrace them as features of “durability.”
This is where biomimicry comes in.
Biomimicry is the practice of learning from and mimicking nature’s time-tested strategies to solve human challenges.15
Nature is the world’s most successful R&D lab, with billions of years of trial and error.
Engineers have studied gecko feet to create powerful, residue-free adhesives and the lotus leaf to design self-cleaning, water-repellent surfaces.15
When I applied this lens to dog chews, the epiphany struck: nature doesn’t create “indestructible” materials for consumption.
It creates materials with brilliant, safe failure modes.
A tree branch has immense strength but also flexibility; an animal’s own bones are part of a living, regenerative system, not inert, brittle objects to be gnawed on until they shatter.
I realized the perfect dog chew wouldn’t be a rock.
It would be a product of nature’s own engineering genius: designed for its specific user, with built-in safety features, and an understanding of failure that doesn’t lead to catastrophe.
We, as owners, must become the lead safety engineers for our dogs.
We need to adopt a framework that respects both the power of their jaws and the delicate limits of their teeth.
This Biomimetic Safety Engineering framework is built on three core principles that can transform any owner from a confused consumer into a confident canine advocate.
Principle 1: Hazard Analysis – Matching the Material to the Machine
The first rule of safety engineering is to deeply understand the user and the operational risks.
In our case, the “machine” is our dog’s mouth and digestive system, and the “operator” is the dog itself, with all its unique instincts and behaviors.
Before we can even look at a chew, we must first analyze our dog.
Know Your Operator: The “Chewsonality” Profile
Dogs don’t all chew the same Way. Labeling a dog merely as a “gentle” or “aggressive” chewer is too simplistic.4
To properly assess risk, we need to understand their “chewsonality”—their specific goal and style of chewing.
- The Power Chewer / The Shredder: This dog’s goal is total destruction. They apply maximum force to break, tear, and shred. Their primary risks are fracturing their own teeth on overly hard objects and ingesting the broken pieces of the chew.4
- The Inhaler / The Gulper: This dog’s goal is rapid consumption. They are the vacuums of the canine world, attempting to swallow chews whole or in large, dangerous chunks. Their primary risks are choking and gastrointestinal obstruction.8
- The Nibbler / The Lover: This dog’s goal is prolonged, gentle engagement. They savor their chews, carrying them around and gnawing methodically. While their risk is lower, they still require supervision, as any chew can become a choking hazard once it’s worn down to a small size.17
- The Anxious / Boredom Chewer: For this dog, chewing is a self-soothing mechanism or a way to pass the time. They may chew for extended periods, which increases their cumulative exposure to any risks associated with the chew’s material, such as chemical coatings or indigestible ingredients.19
Anticipate Foreseeable Misuse: The Three Primary Failure Modes
A safety engineer doesn’t just plan for proper use; they anticipate “foreseeable misuse”.13
For dog chews, this means understanding the three most common ways they fail and cause harm.
- Material Failure (Fracture & Splintering): The chew itself breaks apart into dangerous, sharp pieces. This is the classic failure mode for brittle materials like natural bones, antlers, and some hard plastics.2
- User Error (Gulping & Obstruction): The dog swallows a piece that is too large, improperly chewed, or indigestible. This is the critical risk for rawhide (which can swell) and the worn-down “nubs” of bully sticks, yak chews, and other edible treats.5
- System Mismatch (Excessive Hardness): The chew is too hard for the dog’s own “equipment” (its teeth), causing a failure in the dog, not the product. This is the primary danger of antlers, hooves, yak cheese chews, and hard nylon bones, leading to painful and expensive tooth fractures.2
By identifying our dog’s “chewsonality” and understanding these failure modes, we can begin to see why a chew that might be acceptable for a gentle Nibbler could be a disaster for a Power Chewer or an Inhaler.
This leads us to a more systematic way of evaluating risk.
The Chew Hazard Matrix
To make this analysis clear and actionable, I’ve consolidated the data from veterinary organizations and owner reports into a single table.
This matrix allows you to see, at a glance, how common chew types stack up against the most severe hazards.
| Chew Type | Tooth Fracture Risk | GI Obstruction / Blockage Risk | Choking Hazard Risk | Contamination Risk (Bacterial/Chemical) |
| Natural Bone (Raw/Cooked) | HIGH 9 | HIGH 2 | HIGH 2 | MEDIUM (Raw bones can carry Salmonella) 4 |
| Antler / Hoof | EXTREMELY HIGH 2 | MEDIUM (Splinters) 8 | MEDIUM (Splinters/Jaw Entrapment) 2 | LOW |
| Rawhide | LOW | EXTREMELY HIGH (Swelling) 1 | HIGH (Knots/Chunks) 5 | MEDIUM (Processing chemicals/bacteria) 4 |
| Yak Cheese Chew | EXTREMELY HIGH 2 | MEDIUM (Undigested chunks) 3 | HIGH (When worn to a nub) 8 | LOW |
| Hard Nylon Bone | HIGH 2 | MEDIUM (Ingested plastic) 2 | MEDIUM (Broken pieces) 2 | LOW |
| Bully Stick | LOW | LOW (Digestible) 8 | HIGH (When worn to a nub) 8 | MEDIUM (Can harbor bacteria) 4 |
| Stuffable Rubber Toy (e.g., KONG) | LOW 17 | LOW (If sized correctly) 2 | LOW (If sized correctly) 2 | LOW (If cleaned regularly) 2 |
| VOHC-Approved Dental Chew | LOW (Designed for safe chewing) 22 | LOW (Designed to be digestible) 22 | MEDIUM (If sized incorrectly or gulped) 23 | LOW |
This matrix starkly illustrates the problem.
The products often marketed as the most “durable”—antlers, yak chews, hard nylon—carry the highest risk for the most catastrophic and painful type of injury: tooth fracture.
Principle 2: Material Science – The Unbreakable Rules of Force and Fracture
Once we’ve analyzed our dog, the second engineering principle requires us to analyze the material properties of the chew itself.
We don’t need a degree in materials science to do this; we just need a few simple, practical tests and a new way of thinking about what makes a material “strong.”
The Hardness Fallacy and the “Rule of Thumb-nail”
The single most important safety test any dog owner can perform is the thumbnail test.
As recommended by numerous veterinarians, you should be able to press your thumbnail into the surface of a chew toy and make a slight indentation.2
If the object is so hard that your nail bends or it feels like pressing on a rock, it is too hard for your dog’s teeth.
Another practical method is the
kneecap tap test: if you wouldn’t want to be tapped on the kneecap with the object, you shouldn’t give it to your dog to chew.24
These simple tests cut through all the marketing hype.
They are a direct measure of a material’s “give.” Think of it like a car’s crumple zone.
A modern car is designed with zones that collapse on impact, absorbing the force of a crash to protect the passengers.
A safe chew should act like a crumple zone for your dog’s jaw, yielding slightly under pressure to dissipate the force safely.
A rock-hard chew is like a car with no crumple zone; all the force of the impact is transferred directly to the passenger—in this case, the tooth.
Anatomy of a Failure: A Forensic Look at Chew Materials
Understanding how different materials behave under stress reveals why some are so much more dangerous than others.
- Antlers and Processed Bones (Brittle Fracture): These materials are analogous to ceramic or glass. They are extremely hard and rigid, but they are not tough. When the focused force of a dog’s molar exceeds their structural limit, they don’t bend or tear; they shatter catastrophically. This is called brittle fracture, and it creates the sharp, unpredictable shards that cause so many internal injuries.2
- Hard Nylon (Shear Failure): While more uniform than bone, hard nylon can still fail dangerously. A powerful chewer can exert enough force to shear off pieces. Because the material is so rigid, these pieces often have razor-sharp edges, posing a risk if swallowed.2
- Rawhide (Hygroscopic Swelling): Rawhide’s unique danger comes from a property called hygroscopy—its ability to attract and hold water molecules. When a dog swallows a chunk of rawhide, it sits in the moist environment of the GI tract, absorbing water and swelling to many times its original size. This is what makes it such a potent and tragic cause of blockages.1
- Safe Rubber and TPR (Elastic Deformation): The best non-edible chews are made from materials like vulcanized rubber or thermoplastic rubber (TPR), used in brands like KONG and West Paw. Their key property is elastic deformation. They are designed to “give” under pressure and then return to their original shape, safely absorbing and dissipating the dog’s chewing energy without breaking. This is the ideal safe failure mode for a reusable chew.17
The science is clear and unforgiving: a dog’s bite force is powerful, but its dental armor is thin.9
Any chew that is both harder than the tooth and brittle is a high-risk gamble.
Our goal as safety engineers is to select materials that are either soft enough to be safely consumed or tough enough to deform without fracturing.
Principle 3: The Safe System – Building Your Dog’s “Chew Portfolio”
The final engineering principle is to build a safe system.
The search for a single “perfect” chew that is 100% safe, edible, long-lasting, and requires no supervision is a flawed quest.
A systems-based approach recognizes that different chews serve different purposes and carry different levels of risk.
The safest strategy is to build a diversified “Chew Portfolio” for your dog, rotating a curated selection of low-risk options and using them under the right conditions.
The VOHC Seal: Your First, Best Filter
Your starting point for any edible or dental chew should be the Veterinary Oral Health Council (VOHC).
The VOHC is an independent organization of veterinary dental experts that reviews scientific data on products claiming to improve oral health.23
If a product earns the VOHC Seal of Acceptance, it means the manufacturer has proven through rigorous, standardized trials that the product effectively reduces plaque and/or tartar.22
The VOHC seal is the gold standard for dental efficacy.
While it is not a blanket guarantee of safety from all risks (an owner must still choose the right size and supervise), it is a powerful first filter.
It tells you that a product is not only designed for dental health but has also been scrutinized by experts.
You can find the full, updated list of accepted products on the VOHC website.
Well-known brands on the list include Greenies, OraVet Dental Hygiene Chews, certain Purina DentaLife products, and Virbac C.E.T.
VeggieDent chews.22
The “Chew Rotation” Strategy
Just as you wouldn’t eat the same meal every day, providing your dog with a rotation of different safe chews offers numerous benefits.
It prevents boredom, which is a key driver of destructive chewing.20
It also provides different types of mechanical cleaning for their teeth and prevents them from becoming so adept at destroying one type of chew that they create a new hazard.24
A rotation strategy keeps their minds engaged and their chewing instinct satisfied in a healthy, managed Way.11
Curated Recommendations: The Tiers of a Safe Chew Portfolio
A well-designed portfolio contains chews for different occasions, each with a clear purpose and safety protocol.
- Tier 1: Daily Enrichment (Lowest Risk, Low Supervision Required): This tier is the foundation of your portfolio, designed to combat boredom and anxiety. The best options are durable, stuffable, non-edible toys made from safe rubber or TPR. Brands like KONG and West Paw (specifically their Toppl and Qwizl toys) are excellent choices.2 You can fill them with a portion of your dog’s regular kibble, canned dog food, plain pumpkin puree, or plain yogurt, and then freeze them to create a long-lasting, mentally stimulating “work-to-eat” puzzle.
- Tier 2: Edible Dental Chews (Low-to-Medium Risk, Active Supervision Required): This tier is for promoting oral hygiene. Select only from the VOHC-approved list of edible chews. It is absolutely critical to choose the size that corresponds to your dog’s weight, as listed on the package.23 Even with a VOHC-approved product, you must actively supervise the chewing session to ensure your dog is chewing properly and not attempting to gulp large pieces.
- Tier 3: High-Value Natural Chews (Medium Risk, Strict Supervision Required): This is the most selective tier, reserved for occasional, highly supervised treats. The only products that belong here are those that pass our engineering tests: they are not excessively hard, are fully digestible, and do not have a brittle fracture failure mode. Options may include bully sticks (which should always be used in a safety holder to prevent swallowing the last nub), collagen sticks, or beef cheek rolls.8 Items like bones, antlers, hooves, and traditional rawhide are explicitly excluded from a safe portfolio. For this tier, supervision is non-negotiable, and the chew must be removed once it is small enough to be swallowed.
The Chew Portfolio Builder
To put this all into practice, use the following worksheet to create a personalized, safe chewing plan for your dog.
This transforms the principles from this guide into your direct action plan.
| My Dog’s Profile | Chew Portfolio Selection | My Safety Protocol |
| (Fill in your dog’s details) | (Check the tiers you will use) | (Commit to these safety checks) |
| Name: ______________________________ | Tier 1 (Daily Enrichment): | [ ] I will always buy the correct size chew/toy for my dog’s weight. |
| Weight: ________________ lbs/kg | [ ] Stuffable Rubber Toy (e.g., KONG, Toppl) | [ ] I will actively supervise all Tier 2 and Tier 3 chewing sessions. |
| Age: _________________________________ | Tier 2 (Dental Health): | [ ] I will use a safety holder for all stick-type chews (e.g., bully sticks). |
| “Chewsonality” (Circle one): | [ ] VOHC-Approved Edible Chew (e.g., Greenies) | [ ] I will take away and discard any chew once it is small enough to be swallowed. |
| Power Chewer / Inhaler / Nibbler / Anxious Chewer | Tier 3 (High-Value Treat): | [ ] I will perform the “thumbnail test” on any new chew I consider buying. |
| Allergies/Sensitivities: ________________ | [ ] Digestible Natural Chew (e.g., Bully Stick) | [ ] I will regularly inspect and clean all non-edible toys. |
Conclusion: From Anxious Owner to Confident Canine Advocate
Thankfully, Abby’s surgery was a success, and she made a full recovery, returning home to her family who were now, understandably, terrified of the chew aisle.1
But their story doesn’t have to end in fear.
Armed with a new framework, they could move forward with confidence.
They could transform from anxious consumers, paralyzed by conflicting information, into empowered advocates for their dog’s safety.
This is the ultimate goal.
Chewing is a deeply ingrained, natural, and joyful behavior for dogs.
It provides crucial mental stimulation, relieves stress and anxiety, and is a fundamental tool for maintaining dental health.19
Our mission should never be to stop this behavior, but to make it as safe as possible.
By abandoning the dangerous myths of “durability” and “indestructibility” and embracing the mindset of a safety engineer, you can build a system that works.
You can analyze your dog’s unique needs, understand the material science of the products you choose, and curate a portfolio of chews whose failure modes are manageable, not catastrophic.
You can learn to trust the VOHC seal as a starting point and your own judgment—backed by simple tests—as the final authority.
No chew is ever 100% risk-free, and supervision will always be the most important safety tool in your arsenal.2
But you are no longer navigating the paradox alone.
You are your dog’s lead designer, their chief safety officer, and their most passionate advocate.
Ditch the bones, pick up the tools of an engineer, and build a world where every chew is a safe and joyful one.
Works cited
- [DISCUSSION] Be mindful of the bones you give your pup for …, accessed August 12, 2025, https://www.reddit.com/r/dogs/comments/al3xia/discussion_be_mindful_of_the_bones_you_give_your/
- Dangers of Popular Dog Chews & Safer Choices | Preventive Vet, accessed August 12, 2025, https://www.preventivevet.com/dogs/potential-dangers-of-popular-dog-chews
- [discussion] [vent] Himalayan dog chews: the only chew I’ve ever had problems with – Reddit, accessed August 12, 2025, https://www.reddit.com/r/dogs/comments/3li420/discussion_vent_himalayan_dog_chews_the_only_chew/
- Don’t Chew On This! – AAHA, accessed August 12, 2025, https://www.aaha.org/resources/dont-chew-on-this/
- What Veterinarians Want You to Look For in a Chew Toy – Sylvan Veterinary Hospital, accessed August 12, 2025, https://sylvanvet.com/services/dogs/blog/what-veterinarians-want-you-look-chew-toy.html
- Best & Worst Dog Chews; Safety First! – Dog Tired Adventures, accessed August 12, 2025, https://www.dogtiredadventuresca.com/blog/best-amp-worst-dog-chews-safety-first-yt2ry
- The Benefits and Risks of Chew Treats – Today’s Veterinary Practice, accessed August 12, 2025, https://todaysveterinarypractice.com/nutrition/the-benefits-and-risks-of-chew-treats/
- How to Choose Edible Dog Chews That Are Also Safe, accessed August 12, 2025, https://www.akc.org/expert-advice/nutrition/choosing-edible-chews-for-dogs/
- Safe Chews for Dogs | Animal Hospital of North Asheville, accessed August 12, 2025, https://www.ahna.net/site/blog-asheville-vet/2020/03/30/safe-chews-dogs
- Understanding Different Types of Dog Chewers: A Comprehensive Guide – peaksNpaws, accessed August 12, 2025, https://www.peaksnpaws.com/blogs/dog-chews-toys/understanding-different-types-of-dog-chewers-a-comprehensive-guide
- Top 5 Best Long-Lasting Chew Bones for Dogs – Tibetan Dog Chew, accessed August 12, 2025, https://tibetandogchew.com/blogs/blog/top-5-safe-long-lasting-bones-for-dogs
- Which Type of Toy is Right for Your Dog? – Nylabone, accessed August 12, 2025, https://www.nylabone.com/dog101/which-type-of-toy-is-right-for-your-dog
- Manufacturing Best Practices | CPSC.gov, accessed August 12, 2025, https://www.cpsc.gov/business–manufacturing/business-education/business-guidance/BestPractices
- The Rules of Safe Product Design – Berman & Simmons, accessed August 12, 2025, https://www.bermansimmons.com/law-articles/rules-safe-product-design/
- The Wonders of Biomimicry: Engineering Inspired by Nature – Kids Discover, accessed August 12, 2025, https://kidsdiscover.com/teacherresources/the-wonders-of-biomimicry-engineering-inspired-by-nature/
- Material Biomimicry, accessed August 12, 2025, https://materialpathways.dk/materialbiomimicry/
- What Type of Chew Toys are Safe for Dogs? – Zoetis Petcare, accessed August 12, 2025, https://www.zoetispetcare.com/blog/article/type-chew-toys-safe-dogs
- Choosing The Right Chews – Chuck & Don’s, accessed August 12, 2025, https://chuckanddons.com/pages/chews
- Dog Chews 101: Which Type Is Right for Your Dog? – Best Bully Sticks, accessed August 12, 2025, https://www.bestbullysticks.com/blogs/bbs-blog/dog-chews-101-which-type-is-right-for-your-dog
- Dog Chewing Problems: Why They Chew & How To Stop Them | Columbia Vets, accessed August 12, 2025, https://www.maurycountyvet.com/site/blog/2022/09/30/dog-chewing-problems
- ATTENTION! Be careful with dog chews!!! : r/puppy101 – Reddit, accessed August 12, 2025, https://www.reddit.com/r/puppy101/comments/k51090/attention_be_careful_with_dog_chews/
- Choosing the Right Chew Toys and Treats for Your Pet: A Guide Backed by the VOHC, accessed August 12, 2025, https://www.tribecavetdentistry.com/post/choosing-the-right-chew-toys-and-treats-for-your-pet-a-guide-backed-by-the-vohc
- Veterinary Oral Health Council | Finding the most effective route to good oral health for your dog or cat., accessed August 12, 2025, https://vohc.org/
- A Guide to Safe Chews for Your Dog or Puppy – Main Street Veterinary Services, accessed August 12, 2025, https://mainstreetvetservices.ca/files/2024/11/10.-A-Guide-to-Safe-Bones-and-Chews-for-your-Dog-or-Puppy-1.pdf
- The VOHC seal — Why is it important? – PMC, accessed August 12, 2025, https://pmc.ncbi.nlm.nih.gov/articles/PMC3058665/
- Harmony Animal Hospital’s Recommended Chew Toys For Dogs, accessed August 12, 2025, https://www.harmonyanimalhospital.net/harmony-animal-hospitals-recommended-chew-toys-dogs/
- Accepted Products – Veterinary Oral Health Council, accessed August 12, 2025, https://vohc.org/accepted-products/
- Why Dogs Love Bones: Insights from Pet Experts – Pet Evolution, accessed August 12, 2025, https://www.petevolution.com/blog/ask-the-pet-experts-why-do-dogs-love-bones/
