PET HEAVEN-Shirley Street #1Boarding/Grooming and Pet supplies.

04/08/2026

HOW DID MAN’S BEST FRIEND BECOME SOCIETY’S MOST UNWANTED? A question we all need to ask ourselves.

There was a time when dogs earned the title, ‘Man’s Best Friend’. Today, many call them a nuisance. A threat. A problem to be removed. What changed?

Dogs didn’t suddenly change. Their loyalty didn’t disappear. Their need for love didn’t change. Our perception did.

We pelt stones at them. We failed to sterilise them. We ignored them when they were hungry or injured. We don’t feed them. Then we blamed them for surviving.

A dog raised with abuse learns fear. A dog chased away every day loses trust. A dog forced to fight for food becomes defensive. The behaviour we judge is often the result of the life we gave them.

Most community dogs don’t want conflict. They simply want food. Safety. A familiar place to sleep. To co-exist peacefully. Someone who doesn’t chase them away.

Neglect and abuse creates suffering. Suffering creates fear. Fear creates conflict. And instead of addressing the cause, we easily label the dogs as the problem.

The solution isn’t hate. It’s responsibility. Compassion is about creating communities where both can live safely. Responsible feeding. Sterilisation. Vaccination. Education. Awareness. These solve far more than hatred and abuse ever will.

Perhaps the issue isn’t that dogs exist on our streets. The problem lies that we’ve forgotten the bond we once shared with them.

They never chose to become society’s most unwanted. They became victims of constant abuse, neglect, and fear. If our choices created this reality, our compassion can change it. Because every community dog deserves kindness, dignity, and a chance to co-exist.

01/08/2026

These cat topping are one of the most sold in our store
Cats just love them 🐾

29/07/2026

29/07/2026

Yep 😁🐾

There are things I can ignore.💁🏻‍♀️

But disrespecting my dog isn't one of them.

Touch my dog and you'll unlock a version of me you don't want to meet. 🤷🏻‍♀️🙄

27/07/2026

Scientific research has confirmed that chemically treated lawns significantly elevate a dog’s risk of developing deadly cancers, most notably canine malignant lymphoma (CML). A landmark 6-year epidemiological study led by researchers at the Tufts University Cummings School of Veterinary Medicine evaluated household environmental factors and concluded that dogs living in homes where professionally applied lawn pesticides were used faced a 70% higher risk of developing CML. This data, published in the journal Environmental Research, noted that larger dogs weighing over 50 pounds faced the highest vulnerability when roaming yards treated by lawn companies or exposed to self-applied chemical insect growth regulators. The primary culprit behind this heightened risk is often attributed to widely used synthetic lawn chemicals—such as the Phenoxy herbicide 2,4-D (2,4-Dichlorophenoxyacetic acid), glyphosate, and bifenthrin—which can cause deep cellular damage, disrupt endocrine systems, and ignite inflammatory pathways in canine tissue.

The elevated danger to canines stems largely from their natural behavior and the direct physical ways they interact with a treated yard. Canines frequently walk bare-pawed across the grass, sniff close to the soil, roll on the lawn, and naturally ingest chemical residues when licking their fur and paws. Reinforcing these safety concerns, a parallel line of research out of Purdue University evaluated the impact of these same household w**d killers on specific breeds and discovered that exposure to herbicide-treated grass increased the risk of bladder cancer (transitional cell carcinoma) by four to seven times in Scottish Terriers. Furthermore, follow-up testing by Purdue veterinary scientists confirmed that lawn chemicals are highly mobile, frequently drifting up to 50 feet away into neighboring yards and being found in the urine of dogs whose owners never even treated their own property.

Check out the comments section for references as well as what TO use and what NOT TO use on your lawn when you have pets 🙌🏻

26/07/2026

Shaving didn't ruin your double-coated dog's coat. Something else did.

The pet community loves to blame groomers, Hell Groomers blame groomers for "coat funk" — like a razor alone can permanently damage a coat. On my table, I've shaved a lot of double-coated dogs over the years — Poms, Huskies, Chows, Samoyeds, Keeshonds, Malamutes — and very few haven't grown their coat back normally. That lines up with what veterinary dermatology actually says: true permanent alopecia after clipping is rare, and when regrowth stalls past 6-12 months, an underlying health issue is usually the more likely explanation — not the clippers.

Hair grows in 3 phases: anagen (growth), catagen (transition), telogen (resting/shedding). A healthy dog cycles through these on schedule. But several things can stall that cycle — often BEFORE there's any obvious sign something's wrong:

- Hypothyroidism — low thyroid hormone, often symmetrical thinning
- Cushing's disease — excess cortisol, thin skin, pot-bellied look
- Alopecia X — a hormonal imbalance especially common in plush-coated breeds like Poms, Chows, Huskies, Samoyeds, Keeshonds, and Malamutes (this is what "coat funk" usually actually is)
- Nutrient deficiencies — hair is nearly all protein, so a diet low in quality protein, zinc, or essential fatty acids (omega-3/6) can slow or stall regrowth entirely. This is a big one for dogs on poorly balanced homemade or trendy diets.
- Kidney or liver disease — chronic illness diverts the body's resources away from "non-essential" things like hair
- Chronic stress or illness — can shift hairs into the resting phase early, just like it does in people

The coat just... stops. Shaving doesn't cause that. It reveals it.

So before you blame the groomer, ask: was there ever a thyroid panel run? A full bloodwork panel? Has the diet actually been evaluated? Because 9 times out of 10, the dog that "never grew its coat back" had one of these the whole time — the haircut just made it visible.

Groomers aren't vets. But we see coats up close, every day, in a way most vets never do. We're often the first ones to notice something's off.

Do you want to change my mind? 👇