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Formula Architecture
LPL-01 Skin & CoatFormula Architecture
Each active is shown by dose, declared form, and evidence level within the LPL-01 Skin & Coat Standard.
13 ingredients shown
Direct
Direct
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Direct
Translational
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Foundational
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Foundational
Foundational
Barrier-lipid molecules selected for the stratum corneum, where skin resilience and moisture retention begin.
Clinical contextCeramides are the barrier-first anchor of Pet Gala, informed by canine skin-barrier research and supported by the formula’s broader lipid system.
A lipid blend selected for coat shine, skin comfort, and the fatty-acid architecture of the barrier layer.
Clinical contextOmega fatty acids anchor the lipid-barrier side of Pet Gala, with canine coat-quality and skin-barrier literature forming a direct evidence layer.
A complementary lipid input selected for barrier softness, surface feel, and visible coat quality.
Clinical contextOmega 7 supports the lipid architecture logic of the formula, complementing omega 3-6-9 and ceramides rather than duplicating them.
A hydration-focused macromolecule included for the moisture and elasticity side of healthy skin architecture.
Clinical contextHyaluronic acid sits at the hydration layer, translating connective-tissue and dermal hydration biology into a daily pet formula context.
An essential mineral cofactor for skin integrity, epidermal renewal, and normal keratin biology.
Clinical contextZinc is one of the formula’s direct pet-relevance inputs because canine skin and coat literature repeatedly ties zinc status to barrier and keratinized tissue health.
A structural peptide input selected for dermal matrix support, coat feel, and the collagen-rich architecture beneath healthy skin.
Clinical contextPet Gala uses collagen peptides as part of a wider structural matrix system alongside gelatin, bone broth, hyaluronic acid, silica, and zinc.
A high-bioavailability protein input that supports the amino-acid demands of skin turnover, coat fiber, and keratinized tissues.
Clinical contextHydrolyzed whey complements collagen and gelatin by broadening the amino-acid profile behind coat protein and epidermal renewal support.
A structural cofactor selected for the connective-tissue and coat-strength side of the skin-and-coat system.
Clinical contextSilica is mapped as translational biology: it supports the structural framework around collagen, keratin, and matrix maintenance.
A sulfur-containing compound included for the structural-support context around connective tissue, coat, and mobility-adjacent comfort.
Clinical contextMSM is placed in the translational layer because its role is best understood as part of a broader sulfur, connective-tissue, and structural maintenance system.
A familiar collagen-derived substrate included for the everyday structural nutrition layer of the formula.
Clinical contextGelatin sits in the foundational layer: not a standalone claim, but part of the protein-and-matrix architecture that supports skin and coat maintenance.
A savory structural input that rounds out the collagen, gelatin, and mineral-support architecture in a pet-friendly format.
Clinical contextBone broth contributes to the formula’s structural nutrition logic without replacing complete and balanced daily food.
A B-vitamin cofactor associated with keratinized tissues, included at a conservative daily support level.
Clinical contextBiotin belongs in the foundational nutrition layer: useful for skin, coat, and nail biology, but not a substitute for complete nutrition or veterinary diagnosis.
A metabolic support input included for energy-use context within a daily beauty and wellness routine.
Clinical contextL-Carnitine is not a cosmetic active by itself; it supports the wider repair-and-turnover logic of the formula alongside protein, zinc, and lipid inputs.
Pet Gala maps 15 disclosed actives across skin barrier biology, coat fiber quality, hydration, lipid balance, and structural support for dogs and cats.
Canine and feline skin, coat, barrier, and nutrient studies that map closest to Pet Gala’s declared active systems.
Mechanisms from collagen, lipid-barrier, hyaluronic-acid, sulfur, and keratin biology translated into pet-appropriate dose context.
Essential nutrients and structural substrates that support coat fiber, nail strength, hydration, and normal barrier maintenance.
The standard behind every active.
Skin & Coat Frameworks
Barrier. Coat. Structure. One daily system.
Our feline framework accounts for obligate-carnivore omega-3 dependence, elevated coat protein demand, grooming behavior, skin hydration, and feline-specific nutrient constraints.
Read framework →Our canine framework maps barrier lipids, coat quality, paw and nail support, dermal matrix structure, and normal repair-and-turnover biology.
Read framework →A canine ceramide study helps anchor the barrier-first logic behind Pet Gala: skin beauty starts with lipid architecture, not surface cosmetics alone.
Read study →A 90-day canine omega-3 study informs the visible coat-quality and lipid-support side of Pet Gala’s skin-and-coat system.
Read study →No Proprietary Blends
All 15 actives are individually named and mapped to a specific skin, coat, barrier, hydration, or structural-support role.
Declared Doses
Each active is shown with its per-serving amount so Pet Gala can be reviewed as a disclosed formula rather than a black box.
Quality & Testing
Pet Gala sits inside the same LPL-01 quality logic: disclosed ingredients, controlled manufacturing, and testing standards tied to routine use.
LPL-01™ supplements are built on transparency and real science. Every ingredient in La Petite Labs formulas is selected with intention — for quality, bioavailability, and biological purpose.
MSM (methylsulfonylmethane) is an organic sulfur compound that supports connective tissue structure and cellular function. It provides a source of sulfur, which is an essential element involved in the formation of structural molecules such as collagen and keratin.
Because sulfur plays a role in maintaining the integrity of tissues, MSM contributes to normal structural and physiological processes in the body.
MSM supplies sulfur for biochemical pathways involved in the formation of structural proteins and connective tissues. Sulfur is required for the cross-linking and stability of these proteins, which helps maintain tissue integrity.
Through its role as a sulfur donor, MSM supports the normal function and maintenance of collagen-rich systems.
Sulfur is an essential component of many structural and metabolic molecules in the body. Adequate availability supports the formation and maintenance of connective tissues.
MSM provides a bioavailable source of sulfur, helping support normal structural function and cellular processes.
MSM is a small, water-soluble compound that is readily absorbed in the digestive tract. It is distributed throughout the body for use in sulfur-dependent pathways.
Because it is not stored in large amounts, consistent intake supports ongoing availability for physiological needs.
Organosulfur compound · Structural support · Metabolic compound
What does MSM do in the body?
MSM provides sulfur, which supports the formation and maintenance of connective tissues and structural proteins.
Is MSM important for joints?
MSM supports connective tissue integrity, which contributes to normal joint structure and function.
Is MSM easily absorbed?
Yes, MSM is a small, water-soluble compound that is readily absorbed and utilized in the body.
L-carnitine is a naturally occurring compound that supports cellular energy production by transporting fatty acids into mitochondria. It plays a role in metabolic processes that convert stored fats into usable energy within cells.
Because it facilitates the movement of fatty acids into energy-producing structures, L-carnitine contributes to maintaining normal metabolic function and energy balance.
L-carnitine transports long-chain fatty acids into mitochondria, where they are oxidized to produce energy. This transport step is essential, as fatty acids cannot enter mitochondria efficiently without it.
By supporting this pathway, L-carnitine helps enable the use of fat as an energy source and supports normal cellular energy metabolism.
Energy production in cells depends on the ability to efficiently use available fuel sources. Fatty acids represent a major energy reserve, but require transport into mitochondria to be utilized.
L-carnitine supports this process, helping maintain normal energy metabolism and cellular function.
L-carnitine is absorbed in the digestive tract and transported into tissues where it is used in metabolic pathways. It exists in free and esterified forms within the body.
Because its role is tied to ongoing energy metabolism, consistent intake supports availability for cellular processes.
Metabolic compound · Amino acid derivative · Cellular energy support
What does L-carnitine do in the body?
L-carnitine helps transport fatty acids into mitochondria, where they are used to produce energy.
Is L-carnitine a fat burner?
L-carnitine supports normal fat metabolism, but its primary role is enabling fatty acids to be used for energy within cells.
Is L-carnitine important for energy?
Yes, it plays a key role in cellular energy production by supporting the use of fat as a fuel source.
Zinc is an essential trace mineral that supports enzymatic activity, cellular function, and tissue maintenance throughout the body. It plays a role in numerous biological processes, including protein synthesis, cell division, and immune system function.
Because it is required for a wide range of enzymatic reactions, zinc is fundamental to maintaining normal physiological balance across multiple systems.
Zinc functions as a cofactor for hundreds of enzymes involved in metabolic processes, DNA synthesis, and cellular repair. It helps regulate these reactions by stabilizing protein structures and supporting enzyme activity.
Through these roles, zinc contributes to normal cellular turnover, tissue maintenance, and immune system function.
Zinc is required for a wide range of cellular processes that support growth, repair, and immune function. Without sufficient levels, these systems can become less efficient.
As an essential mineral, zinc must be obtained through diet to maintain normal physiological function and support ongoing cellular activity.
Zinc is absorbed in the digestive tract, with bioavailability influenced by its form and interactions with other dietary components. It is typically included in nutritional formulations in forms that support effective absorption.
Because the body does not store large amounts of zinc, consistent intake helps maintain adequate levels.
Mineral · Trace element · Essential nutrient
What does zinc do in the body?
Zinc supports enzymatic activity, immune function, and tissue maintenance across multiple systems.
Is zinc essential for pets?
Yes, zinc is an essential mineral that must be obtained through diet to support normal physiological function.
Does zinc support skin health?
Yes, zinc plays a role in cellular turnover and tissue maintenance, which supports normal skin function.
Hyaluronic acid is a naturally occurring polysaccharide that supports tissue hydration, lubrication, and extracellular matrix structure. It is widely distributed throughout the body, particularly in connective tissues, where it helps maintain moisture and structural integrity.
Because of its ability to bind and retain water, hyaluronic acid plays a key role in maintaining the physical environment that supports cells and tissues.
Hyaluronic acid binds large amounts of water, forming a gel-like matrix within tissues that helps maintain hydration and cushioning. This matrix supports the extracellular environment, allowing cells to function within a stable and hydrated structure.
It also contributes to lubrication in joints and tissues, helping maintain normal movement and mechanical function.
Hydration and structural support within tissues are essential for maintaining normal function. Changes in extracellular matrix composition can affect tissue resilience, lubrication, and overall integrity.
Hyaluronic acid helps maintain this environment by supporting moisture balance and structural stability in key tissues.
Hyaluronic acid is a large polysaccharide that is broken down into smaller components during digestion and absorbed for use in the body. Its functional role depends on incorporation into the extracellular matrix.
Molecular size and formulation can influence how it is processed and utilized, making consistency of intake important.
Polysaccharide · Glycosaminoglycan · Structural compound
What does hyaluronic acid do in the body?
Hyaluronic acid helps maintain hydration, lubrication, and structural support in tissues such as skin and joints.
Is hyaluronic acid important for joint health?
Yes, it contributes to joint lubrication and helps maintain normal mechanical function.
Does hyaluronic acid support skin hydration?
Yes, it binds water within tissues, helping maintain moisture balance and skin function.
Omega-7 is a monounsaturated fatty acid that supports cellular structure, lipid metabolism, and membrane function. It is commonly found in sources such as sea buckthorn and macadamia oil and contributes to maintaining the integrity of tissues that rely on lipid-based structures.
Unlike omega-3 and omega-6 fatty acids, omega-7 is not classified as essential, but it still plays a role in supporting normal physiological balance and cellular health.
Omega-7 fatty acids are incorporated into cell membranes, where they help maintain membrane fluidity and structural stability. They also participate in signaling pathways that influence lipid metabolism and cellular communication.
Through these roles, omega-7 contributes to maintaining normal tissue function in systems that depend on lipid integrity.
Cell membranes depend on a balanced composition of fatty acids to maintain their structure and function. Variations in lipid composition can influence how cells respond to environmental and physiological stress.
Omega-7 contributes to this balance, supporting normal membrane function and lipid metabolism.
Omega-7 is a lipid-soluble fatty acid that is absorbed alongside dietary fats. Once absorbed, it is incorporated into lipid pools and cell membranes.
Its effects depend on overall dietary context and lipid balance, making consistent intake important for maintaining normal levels.
Fatty acid · Monounsaturated lipid · Structural component
What is Omega-7?
Omega-7 is a monounsaturated fatty acid that supports cell membranes and lipid metabolism.
Is Omega-7 essential?
No, it is not classified as essential, but it still contributes to maintaining normal cellular and metabolic function.
How is Omega-7 different from Omega-3?
Omega-3 fatty acids are essential and primarily involved in inflammatory balance, while Omega-7 plays a more supportive role in membrane structure and lipid metabolism.
Omega 3-6-9 refers to a combination of essential and non-essential fatty acids that support cellular structure, signaling, and metabolic function. These fatty acids are key components of cell membranes and play a role in maintaining normal physiological balance across multiple systems.
Omega-3 and omega-6 fatty acids are considered essential, meaning they must be obtained through diet, while omega-9 fatty acids are produced in the body but still contribute to overall lipid balance.
Omega fatty acids are incorporated into cell membranes, where they influence membrane fluidity and function. They also serve as precursors to signaling molecules that help regulate processes such as inflammation, immune activity, and cellular communication.
The balance between omega-3 and omega-6 fatty acids is particularly important for maintaining normal inflammatory responses and physiological stability.
Fatty acids are fundamental to the structure and function of every cell in the body. Because omega-3 and omega-6 fatty acids cannot be synthesized internally, they must be obtained through diet to maintain normal physiological processes.
Maintaining a balanced intake of these fatty acids supports cellular integrity, signaling pathways, and overall health.
Omega fatty acids are lipid-soluble and are absorbed alongside dietary fats in the digestive system. Their incorporation into cell membranes depends on overall dietary balance and metabolism.
The ratio and source of omega fatty acids can influence their functional effects, making formulation an important consideration.
Fatty acids · Lipids · Structural components
What are omega 3-6-9 fatty acids?
They are a group of fatty acids that support cell structure, signaling, and metabolic function in the body.
Why are omega-3 and omega-6 essential?
They cannot be produced by the body and must be obtained through diet to support normal physiological processes.
Do omega fatty acids support skin and coat?
Yes, they contribute to skin barrier function and help maintain normal coat condition.
Beef gelatin is a protein derived from collagen that provides structural amino acids used to support connective tissues in the body. It is obtained by partially breaking down collagen from animal sources, resulting in a form that retains some of its natural gelling properties.
Because it contains key amino acids such as glycine and proline, beef gelatin contributes to maintaining the structure and function of collagen-rich tissues.
Beef gelatin is digested into amino acids and peptide fragments, which are then used by the body as building blocks for collagen and other structural proteins. These components support the ongoing maintenance and repair of connective tissues.
Compared to fully hydrolyzed collagen peptides, gelatin forms a gel-like structure in solution, which reflects its partially intact protein structure.
Connective tissues rely on a steady supply of amino acids to maintain their structure and function. Changes in collagen dynamics over time can affect tissue strength and resilience.
Providing gelatin helps supply key building blocks that support the normal maintenance of these systems.
Beef gelatin is a protein that is digested into amino acids and peptides, which are then absorbed and utilized by the body. Its partially hydrolyzed structure gives it distinct physical properties compared to fully hydrolyzed collagen peptides.
Consistent intake supports the availability of amino acids required for connective tissue maintenance.
Protein · Collagen derivative · Structural compound
What is the difference between gelatin and collagen peptides?
Gelatin is partially broken down collagen that can form a gel, while collagen peptides are more fully hydrolyzed and dissolve more easily.
Does gelatin support joints and skin?
Yes, it provides amino acids that are used to support the structure of connective tissues such as joints and skin.
Is beef gelatin easily absorbed?
Yes, it is digested into amino acids and peptides that are absorbed and used by the body.
Marine collagen peptides are hydrolyzed fragments of collagen protein derived from marine sources, designed for efficient absorption and use in the body. They provide amino acids that support connective tissues, including skin, joints, and structural proteins throughout the body.
Because collagen is a primary structural protein, these peptides contribute to maintaining the integrity and function of tissues that rely on strength, flexibility, and resilience.
Marine collagen peptides are absorbed as small peptide fragments and amino acids, which are used by the body as building blocks for collagen synthesis and other structural proteins. These components support the ongoing turnover and maintenance of connective tissues.
Through this process, collagen peptides help sustain normal tissue structure and support repair mechanisms in collagen-rich systems.
Collagen is a key structural protein in the body, and its natural production and organization can change with age and physiological stress. This can affect the strength, flexibility, and integrity of connective tissues.
Providing collagen peptides helps supply the building blocks needed to support normal tissue maintenance and structural function.
Marine collagen peptides are hydrolyzed into smaller fragments, which improves their solubility and absorption in the digestive tract. This allows them to be efficiently utilized by the body as amino acid sources.
The molecular size and processing of collagen peptides influence their bioavailability, making hydrolyzed forms commonly used in nutritional formulations.
Protein · Collagen peptide · Structural compound
What are marine collagen peptides?
They are hydrolyzed collagen proteins derived from marine sources, broken down into smaller peptides for easier absorption.
How do collagen peptides support the body?
They provide amino acids that are used to maintain and support connective tissues such as skin, joints, and ligaments.
Are marine collagen peptides easily absorbed?
Yes, their hydrolyzed form improves solubility and allows for efficient absorption and utilization in the body.
Ceramides are a class of lipid molecules that are essential components of cell membranes and the skin barrier. They play a structural role in maintaining the integrity and cohesion of cells, particularly in tissues that rely on strong protective barriers.
In the skin, ceramides are a key part of the outer layer, helping to form a protective matrix that supports hydration and defense against environmental stressors.
Ceramides are incorporated into lipid bilayers, where they help organize and stabilize cell membranes. In the skin, they form part of the extracellular matrix that binds cells together, creating a barrier that limits water loss and protects against external irritants.
This structural function supports the integrity of tissues that are exposed to environmental stress and helps maintain normal barrier function.
The skin barrier plays a critical role in protecting the body from external stressors while maintaining internal hydration. When this barrier is disrupted, it can lead to dryness, sensitivity, and reduced resilience.
Ceramides are a fundamental component of this barrier, making them important for maintaining normal skin structure and function.
Ceramides are lipid-based compounds that integrate into biological membranes. When included in nutritional formulations, they contribute to the body’s pool of structural lipids.
Absorption and utilization depend on overall lipid metabolism, and consistent intake supports maintenance of normal barrier composition.
Lipid · Structural compound · Barrier component
What do ceramides do in the body?
Ceramides help maintain the structure of cell membranes and play a key role in supporting the skin barrier.
Are ceramides important for skin health?
Yes, ceramides are essential for maintaining barrier integrity and helping protect the skin from dryness and environmental stress.
Do pets naturally have ceramides?
Yes, ceramides are naturally present in the skin and cell membranes, where they contribute to normal structural function.
Silica is a trace mineral that supports the structure and integrity of connective tissues in the body. It plays a role in the formation and maintenance of structural components such as collagen and other extracellular matrix elements.
Because of its involvement in tissue structure, silica contributes to maintaining the strength and organization of connective systems.
Silica participates in biological processes that support the formation and stabilization of connective tissues. It is associated with the development and maintenance of collagen and related structural components.
Through these roles, silica contributes to maintaining the organization and resilience of tissues that rely on structural integrity.
Connective tissues depend on a coordinated matrix of structural components to maintain their strength and function. Changes in this matrix can affect tissue resilience and integrity.
Silica supports the formation and maintenance of these structures, contributing to normal tissue organization.
Silica is present in nutritional formulations in forms that can be absorbed and utilized by the body. Its bioavailability depends on its chemical form and how it is processed.
Consistent intake supports the availability of silica for structural and connective tissue processes.
Mineral · Trace element · Structural support
What does silica do in the body?
Silica supports the structure and maintenance of connective tissues such as skin, hair, and collagen-rich systems.
Is silica important for connective tissue?
Yes, silica contributes to processes involved in maintaining structural integrity and tissue organization.
Is silica a mineral?
Yes, silica is a trace mineral that plays a role in structural support within the body.
Bone broth is a nutrient-rich extract derived from slow-cooked animal bones and connective tissues that provides proteins, amino acids, and minerals. It contains naturally occurring components such as collagen, gelatin, and glycine that support structural and metabolic processes.
Because it delivers a broad range of these compounds in a combined form, bone broth contributes to maintaining connective tissue structure and overall physiological balance.
Bone broth provides a matrix of proteins and amino acids that are broken down during digestion and used by the body as building blocks for structural proteins such as collagen. These components support tissue maintenance and repair.
Its combination of nutrients works together to support connective tissue systems and contribute to normal cellular function.
Connective tissues depend on a continuous supply of structural proteins and amino acids to maintain their integrity and function. Variations in nutrient availability can influence tissue resilience over time.
Bone broth provides these components in a combined form, supporting the maintenance of normal structural and physiological processes.
Bone broth is processed into a form where its proteins and amino acids are readily digested and absorbed. Its composition reflects a combination of nutrients derived from connective tissues.
Because it provides a range of components rather than a single isolated compound, its effects depend on overall dietary context and consistent intake.
Protein source · Collagen matrix · Whole-food extract
What does bone broth provide?
Bone broth provides proteins, amino acids, and structural components that support connective tissues.
How is bone broth different from collagen peptides?
Bone broth contains a broader range of nutrients, while collagen peptides are more refined and targeted.
Is bone broth beneficial for pets?
Yes, it provides nutritional components that support structural and physiological function.
Biotin (Vitamin B7) is a water-soluble B vitamin that supports enzyme function involved in metabolism, keratin structure, and cellular activity. It acts as a cofactor in reactions that help process fats, carbohydrates, and amino acids.
Because it contributes to both metabolic pathways and structural protein formation, biotin supports normal physiological function across multiple systems.
Biotin functions as a coenzyme for carboxylase enzymes that regulate key metabolic processes, including fatty acid synthesis and amino acid metabolism. These reactions are essential for maintaining cellular energy balance and nutrient utilization.
It also supports the production of keratin, a structural protein found in skin, hair, and nails, contributing to normal tissue integrity.
Metabolic processes that convert nutrients into usable forms rely on biotin-dependent enzymes. Without sufficient levels, these pathways can become less efficient.
Biotin also contributes to the formation of keratin, supporting the maintenance of normal skin and structural tissues.
Biotin is water-soluble and readily absorbed in the digestive tract. It is distributed to tissues where it is used as a coenzyme in metabolic reactions.
Because it is not stored in large amounts, consistent intake helps maintain adequate levels for ongoing physiological needs.
Vitamin · B-complex · Essential nutrient
What does biotin do in the body?
Biotin supports enzyme activity involved in metabolism and contributes to keratin production in structural tissues.
Is biotin important for skin and coat?
Yes, biotin supports keratin production, which contributes to maintaining normal skin and coat structure.
Is biotin essential for pets?
Yes, biotin is an essential nutrient that must be obtained through diet to support normal metabolic and cellular function.
Hydrolyzed whey protein is a form of whey that has been enzymatically broken down into smaller peptide fragments for faster digestion and absorption. It provides a complete profile of essential amino acids in a form that is easier for the body to process.
Because the protein is partially pre-digested, hydrolyzed whey protein is designed to support efficient nutrient delivery while reducing digestive strain.
Hydrolyzed whey protein is absorbed as smaller peptides and amino acids, allowing for more rapid uptake into the bloodstream compared to intact proteins. These components are then used for protein synthesis, cellular repair, and metabolic processes.
By reducing the need for extensive digestion, hydrolyzed whey supports more efficient amino acid availability for tissues with ongoing demand.
Protein digestion can be a limiting step in how efficiently amino acids become available for use in the body. Smaller peptide forms can be absorbed more quickly and with less digestive effort.
Hydrolyzed whey protein provides these amino acids in a more accessible form, supporting efficient nutrient delivery and ongoing tissue maintenance.
Hydrolyzed whey protein is produced through enzymatic processing that breaks down intact protein into smaller peptides. This increases its solubility and speeds up absorption in the digestive tract.
The degree of hydrolysis influences how rapidly it is absorbed and how easily it is tolerated.
Protein · Hydrolyzed peptide source · Nutritional compound
What is hydrolyzed whey protein?
Hydrolyzed whey protein is whey that has been broken down into smaller peptides to improve digestion and absorption.
How is it different from whey protein isolate?
Hydrolyzed whey is partially pre-digested into peptides, while whey isolate remains mostly intact and requires more digestion.
Is hydrolyzed whey easier to digest?
Yes, its smaller peptide structure can reduce digestive effort and support faster absorption.
No ingredients found for this filter.
Standard Daily Serving: 1 sachet (2.5 g)
Sachets Per Container: 30 sachets
Contains: Chicken Flavor, Chicken Liver Powder, Yeast Extract, Glycine, Hydroxypropyl Beta-Cyclodextrin
Tested Before It Reaches Their Bowl
Pet Gala™ is built with full ingredient transparency, disclosed dosages, and lot-specific verification.
Every batch is tested for safety, purity, and label accuracy.
Every ingredient is listed with its exact dosage — no proprietary blends or hidden fillers.
Each compound is selected for a defined role — supporting collagen structure, hydration, lipid balance, and coat strength.
All batches are third-party tested and verified with lot-specific COAs for safety, purity, and label accuracy.
The skin, coat, paws and nails are where internal health becomes visible.
When hydration, structure, and barrier function are supported, the changes aren’t abstract — you notice them in how your pet looks, moves, and feels to the touch.
A softer coat. Less itching.
Comfort first. Joy follows.
