All Creatures Hyperbaric Care LLC.

All Creatures Hyperbaric Care LLC. Hyperbaric Oxygen Therapy for your working or companion animal. Ask your Veterinarian for a referral

All Creatures Hyperbaric Care has been caring for animals in Central Texas for 11 years !! HBOT is a non-invasive, peaceful and pain free method of accelerated natural healing. HBOT treatments reduce swelling, fight infection and promote better healing !!!! HBO is an adjunctive treatment it does not compete or replace other Veterinary treatments, rather it enhances the animals ability to heal and

complements any on going physical,surgical ,preventive, and alternative treatments. In emergency situation HBO can support the animal to the cellular level until Conventional Veterinary Medicine can reach its therapeutic level

Hyperbaric Oxygen Therapy has a positive microbiome impact via oxygen tension changes in the gut lining. What works far ...
11/28/2025

Hyperbaric Oxygen Therapy has a positive microbiome impact via oxygen tension changes in the gut lining.

What works far better than yogurt

If the goal is true microbiome improvement, science supports the following

✅ Veterinary, strain-species specific probiotics
✅ Prebiotic fiber (inulin, FOS, GOS)
✅ Polyphenols (blueberry extract, green tea)
✅ Fermented veggie sources (non-dairy)
✅ Bone broth (no onion)
✅ Species-appropriate diet
✅ Hyperbaric oxygen therapy (yes — reduces anaerobes & improves gut oxygenation)



At All Creatures Hyperbaric Care, our mission is simple: to support healing, reduce suffering, and improve quality of li...
11/27/2025

At All Creatures Hyperbaric Care, our mission is simple: to support healing, reduce suffering, and improve quality of life for animals in need. This Thanksgiving, we are deeply thankful for the veterinarians, rescues, pet parents, and supporters who make this mission possible. May your day be filled with gratitude, warmth, and wagging tails. 🍂🐶🐱 From all our “Paws”

Can these skin product for animals be used under Hyperbaric conditions? Medical Honey ingredients Water, Ozonated Sunfl...
11/25/2025

Can these skin product for animals be used under Hyperbaric conditions? Medical Honey ingredients
Water, Ozonated Sunflower Seed Oil, C12-20 Acid PEG-8 Ester, Ethylhexyl stearate, Propylene Glycol, Isoamyl Laurate, Cetyl Alcohol, PEG-100 Stearate, Glyceryl Stearate, Stearic Acid, Glyceryl Caprylate, Lavender Oil, Hydrolyzed Wheat Protein, Peppermint Oil, Polyacrylamide, C13-14 Isoparaffin, Thioctic Acid, Disodium EDTA, Laureth-7, Sodium Hydroxide, Tocopheryl Acetate, Tocopherol, Ascorbyl Palmitate, Geraniol, Limonene, Linalool The answer in absolutely NO !!!

While the product ingredients may appear benign for topical use, several components—specifically ozonated sunflower oil, C13-14 isoparaffin, essential oils (lavender, peppermint), and fragrance constituents (geraniol, limonene, linalool)—are considered combustible or volatile under oxygen-enriched hyperbaric conditions. Even in small amounts, these materials can present a flammability risk within the chamber atmosphere. Our safety protocols require that all topical agents used in or on patients during HBOT be water-based, fragrance-free, and free of hydrocarbons or essential oils. For this reason, this formulation would not be approved for use under hyperbaric conditions at our facility.


This is Chloe.She’s only six-years-old… and she carries a gene that can slowly take away her ability to walk, run, and p...
11/25/2025

This is Chloe.
She’s only six-years-old… and she carries a gene that can slowly take away her ability to walk, run, and play — a condition called Degenerative Myelopathy (DM).

But look at that smile.
There’s no fear. No sadness. Just joy.

Chloe came to us not because she is sick…
but because she is loved fiercely.

Her family chose prevention.
They chose strength.
They chose time.

In the hyperbaric chamber, Chloe’s body is flooded with healing oxygen — supporting her nerves, her spine, and her cells in ways her genes cannot.

Because a diagnosis is not destiny.
And love… is the most powerful medicine there is. 🐾💙










Panda was referred to us with an idopathic Neurological issue ! Symptoms were severe ataxia almost dizzy. Without advan...
11/21/2025

Panda was referred to us with an idopathic Neurological issue ! Symptoms were severe ataxia almost dizzy. Without advanced imaging, we may never know the cause with that said Hyperbaric oxygen can still be saftly applied with care. 
Hyperbaric Oxygen Therapy (HBOT) can be especially valuable in idiopathic neurological cases—where the underlying cause isn’t fully known—because it targets several of the most common shared pathways involved in neurologic dysfunction: inflammation, hypoxia, edema, and impaired circulation.

🧠 How HBOT Supports Neurologic Healing When the Cause Is Unknown

1. Greatly increases oxygen delivery to nervous tissue
Under pressure, oxygen dissolves directly into plasma and can reach areas of the brain and spinal cord that red blood cells cannot easily access due to swelling or microvascular compromise.

This helps:
• Rescue “stunned” or oxygen-starved neurons
• Restore mitochondrial function
• Improve overall cellular energy (ATP production)

Even when advanced imaging is normal, this hidden hypoxia may be present.

2. Reduces dangerous neuro-inflammation
Idiopathic neurological cases (for example: weakness, tremors, seizures, ataxia) often involve unseen inflammation in the CNS.

HBOT:
• Down-regulates pro-inflammatory cytokines (like TNF-α and IL-1β)
• Reduces glial cell overactivation
• Stabilizes the blood-brain barrier

This creates a safer environment for neurons to recover and reconnect.

3. Decreases cerebral and spinal cord edema
Swelling increases pressure and interrupts signaling.

HBOT causes vasoconstriction without causing hypoxia, which:
• Reduces tissue edema
• Lowers intracranial and intraspinal pressure
• Allows compressed nerve pathways to function again

This is a major reason some patients improve rapidly.

4. Improves microcirculation and angiogenesis
Longer-term neurological recovery relies on better blood flow.

Repeated HBOT sessions:
• Stimulate new capillary formation
• Improve oxygen and nutrient delivery
• Encourage long-term remodeling of damaged areas

5. Activates stem cells and repair pathways
Studies show HBOT can increase circulating stem cells and growth factors. These support:
• Myelin repair
• Axonal regeneration
• Faster synaptic recovery

Which is critical in unknown-damage neurological conditions.

6. Supports neuroplasticity
HBOT creates an environment that promotes the brain and spinal cord’s natural ability to:
• Form new connections
• Bypass damaged pathways
• Relearn functions (movement, balance, coordination)

This is why you may see improvements in gait, proprioception, and strength over a course of treatments.

🐾 Why this is powerful in idiopathic cases

When you don’t know the exact cause, targeted drugs are limited. HBOT doesn’t need a specific diagnosis to work—it improves the environment where healing can occur.

Think of it this way:

If the nervous system is in a low-oxygen, inflamed, high-pressure environment, it cannot heal—even if the original cause has passed.
HBOT corrects that environment.

Meet Merlot, she is suffering with non healing dog fight wounds . The flank area is one of the toughest areas to heal. T...
11/20/2025

Meet Merlot, she is suffering with non healing dog fight wounds . The flank area is one of the toughest areas to heal. This is why an ounce of prevention is worth a pound !!
🤷‍♀️Why Flank Wounds From Dog Fights Are So Hard to Heal — and How HBOT Helps

The Flank Is a “Loose-Skin Zone”

In many parts of a dog’s body, the skin is firmly attached to the underlying tissue.
But the flank is different — it’s what we call a loose-skinned area, where:
• The skin is not tightly attached to the underlying fascia
• There is a large “subcutaneous pocket” between the skin and muscle
• That pocket can easily fill with blood, air, fluid, and bacteria after trauma

This means when a dog is bitten or torn in the flank, the skin can lift away like a flap, creating an open internal space that:
• Prevents healthy granulation tissue from growing up to the skin
• Slows wound contraction
• Encourages pockets/seromas
• Becomes a breeding ground for infection

So even if the skin looks “okay” on top, the underlying damage is often far worse.

Dog-Fight Trauma Causes Crushing, Shearing, and Tearing — Not Just Cuts

Dog bites don’t just puncture the skin.
They:
• Crush tissue
• Tear the blood supply
• Shear the skin away from the fascia
• Create dead space under the skin

This dead space is exactly what makes flank wounds difficult: the wound bed isn’t touching the skin, so healing cannot occur efficiently.
Healing Requires Contact — and the Flank Doesn’t Provide It

To heal well, a wound needs:
• A healthy, vascular wound bed
• The skin edges to be close enough for granulation to bridge the gap
• Good oxygenation
• Minimal movement

In flank wounds:
• The skin moves with every breath and every step
• The skin and fascia don’t naturally lie together
• The wound bed can be inches away from where the skin needs to heal
• Blood supply can be poor or inconsistent

This is why necrotic pockets, tunneling, and delayed healing are so common.

How Hyperbaric Oxygen Therapy Helps

Even with these challenges, HBOT gives a big advantage because it:

Super-oxygenates the Wound From the Inside Out

HBOT dissolves oxygen directly into the plasma, allowing it to reach:
• Crushed tissue
• Devitalized fascia
• Compromised skin flaps
• Hypoxic wound pockets

Oxygen can finally reach the places where circulation has been disrupted.

Reduces Swelling and Restores Blood Flow

HBOT reverses:
• Vascular spasm
• Edema
• Tissue pressure that restricts blood supply

This helps prevent further tissue death and preserves what’s still viable.

Enhances White Blood Cell Function

Infections thrive in the “dead space” under the flank.
HBOT:
• Makes neutrophils 30–40× more effective
• Improves bacterial killing
• Slows down anaerobic bacteria
• Helps antibiotics work better

Stimulates Collagen, Fibroblasts, and New Capillaries

This is critical in flank wounds because they need granulation tissue to fill that large internal pocket.

HBOT:
• Accelerates granulation
• Improves collagen alignment
• Increases angiogenesis
• Helps the wound bed rise up to the skin more quickly

But… Flank Wounds Still Heal Slowly

Even with HBOT, flank wounds remain challenging because:
• The skin moves constantly
• Dead space is large
• Blood supply is inconsistent
• Infection risk is high
• Tissue damage from a dog fight is often deeper than it appears
• Gravity pulls fluid into the pocket
• The wound bed must “climb” upward before closure can occur

HBOT dramatically improves the quality and speed of healing, but it can’t eliminate the anatomical reality of how the flank is built.

Let’s heal! Stop and even reverse many disease processes .
11/18/2025

Let’s heal! Stop and even reverse many disease processes .







Address

14770 Spotted Horse Lane
Salado, TX
76571

Telephone

+12549137476

Website

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