Nutritional density
Roughly twice the fat and protein of cow milk. More calcium, phosphorus, zinc, B12 and riboflavin per ounce. More satisfying in smaller portions.
PRODUCED BY
Valley Shepherd Creamery
50 Fairmount Road,
Long Valley, NJ 07853
A nutritional deep dive
Why sheep
Why sheep
milk yogurt?
Richer, creamier, naturally thick. Sheep milk has been quietly outperforming cow milk for thousands of years. Here is the nutritional case, side by side, with no marketing fluff.
Start with the basics
~2×
The protein of cow milk
25%
Medium-chain fats (MCTs)
10/10
Essential amino acids
A2
Beta-casein dominant
The case for sheep milk, ounce for ounce.
Sheep milk is significantly richer in nutrients than cow milk. Higher protein, more fat, better fat profile, and a friendlier casein structure. The numbers favor sheep on almost every line. Here is the side-by-side.
Sheep Milk
The naturally rich option
Denser nutrition. Easier digestion. No industrial help required.
- ~2× the protein and fat of cow milk. More nourishment per ounce.
- Smaller fat globules and more short and medium chain fatty acids. Easier to digest.
- A2 beta-casein dominant. Gentler on stomachs that react to standard cow milk.
- High in calcium, phosphorus, zinc, and B vitamins (B12, riboflavin).
- Higher in Vitamin E, glutathione, and conjugated linoleic acid (CLA).
Cow Milk
The industrial baseline
Familiar, widely available, but nutritionally thinner per ounce.
- Roughly half the protein and fat per ounce compared to sheep milk.
- Larger fat globules. Tends to sit heavier in sensitive stomachs.
- Most commercial cow milk is A1 casein dominant, which some people find harder to digest.
- Lower baseline mineral and B vitamin density per serving.
- Less CLA and lower antioxidant load than sheep milk.
Easier digestibility
Smaller fat globules and a higher share of short and medium chain fatty acids. People sensitive to cow milk often handle sheep milk without issue.
A2 protein profile
Sheep milk is predominantly A2 beta-casein, not the A1 type common in commercial cow milk. A1 protein is linked to digestive discomfort for some people.
Higher CLA content
Sheep milk is rich in conjugated linoleic acid, associated with anti-inflammatory properties, better immune function, and potential body composition benefits.
Lactose, with context
Sheep milk still contains lactose, but its richer protein and fat slow digestion, which can reduce symptoms for mildly sensitive people. Not lactose free, but often easier.
Antioxidant load
Higher in Vitamin E and glutathione than cow milk. Both support immune health and help reduce oxidative stress in the body.
Now ferment it. Sheep milk yogurt vs. cow milk yogurt.
Sheep milk yogurt carries every advantage of the milk itself, then fermentation adds its own layer of benefits on top. Here is what changes once the cultures get to work.
Sheep Milk Yogurt
Naturally thick. No straining.
Greek-style texture from the milk itself, with the whey kept in.
- Thick and creamy without thickeners. No straining, no stabilizers.
- Richer probiotic environment. Higher fat and protein feed beneficial cultures.
- Fermentation breaks down lactose further. Gentler on mildly sensitive guts.
- Protein content comparable to Greek yogurt, without the straining loss.
- More omega-3, more CLA, more calcium, more antioxidants per serving.
Cow Milk Yogurt
The standard supermarket cup
Familiar, mild, and often dependent on processing to feel premium.
- Often needs added thickeners, stabilizers, or straining for body and texture.
- A1 casein can cause discomfort for some sensitive eaters.
- Lower fat means a thinner probiotic environment to support cultures.
- Lower omega-3, CLA, and antioxidant content per serving.
- Comparatively mild flavor that often relies on added sugar to carry it.
Richer probiotic environment
Higher fat and protein create a more nourishing home for cultures. That can support a more robust colony of beneficial bacteria than cow milk yogurt offers.
Easier to digest than cow yogurt
Sheep milk starts out gentler. Fermentation breaks down lactose further. The A2 casein means less of the irritation some people get from regular yogurt.
Naturally superior texture
Higher fat and protein mean the yogurt sets thick and creamy on its own. Greek-yogurt body without thickeners, stabilizers, or mechanical straining.
Greater nutritional payload
Equal portion sizes deliver more calcium, phosphorus, magnesium, zinc and B vitamins than standard cow yogurt.
Healthier fat profile
More omega-3 and more CLA than cow yogurt. Both linked to reduced inflammation, better cardiovascular health, and immune support.
More protein, less processing
Protein content comparable to Greek yogurt, achieved naturally instead of by straining out half the cup. Satisfying for recovery, muscle, and satiety.
Antioxidants preserved
Vitamin E and glutathione from sheep milk carry through into the yogurt, providing antioxidant support that is less prominent in cow milk versions.
Distinct, complex flavor
Rich, tangy, slightly grassy. More complex than mild cow yogurt, and it pairs especially well with honey, nuts, and fresh fruit.
Greek and Skyr are strained. Why that matters.
Greek yogurt and Skyr get their thickness from mechanical straining. The marketing focuses on concentrated protein, but the process quietly removes a lot of what makes yogurt nutritionally valuable. Here is what gets poured down the drain.
01
Loss of whey protein
The whey drained off contains beta-lactoglobulin and alpha-lactalbumin, two of the most bioavailable proteins available. Greek yogurt is marketed for its protein, yet some of the best protein fractions go out with the whey.
02
Reduced calcium
Calcium is mostly carried in the whey, so straining removes a meaningful portion of it. Regular unstrained yogurt can actually be higher in calcium than Greek or Skyr, which runs counter to the typical health framing.
03
Lost water-soluble vitamins
Whey carries water-soluble B vitamins, especially riboflavin, B12, and some B6. Straining flushes them out with the liquid, leaving the final product with a thinner vitamin profile than whole yogurt.
04
Beneficial whey compounds discarded
Whey also contains lactoferrin, immunoglobulins, and growth factors with documented health benefits. All of these are largely thrown away with the strained liquid.
05
Reduced probiotic diversity
Some probiotic strains concentrate in the whey. Straining can reduce both the variety and the volume of beneficial bacteria that make it into the final product. That undercuts a big part of the gut-health pitch.
06
Lactose loss, both ways
Straining removes some lactose along with the whey, often pitched as a benefit. It also removes some of the prebiotic compounds that feed beneficial gut bacteria. A trade, not a clean win.
07
The environmental cost
Greek yogurt production generates roughly 2 to 3 pounds of acid whey per pound of finished yogurt. Unlike sweet whey from cheesemaking, acid whey is difficult and expensive to process, and improper disposal depletes oxygen in waterways.
08
The bottom-line trade-off
Straining gets you thicker texture and a bigger casein protein number on the label. You lose calcium, whey proteins, vitamins, and probiotic diversity. A high-quality whole-milk yogurt is often nutritionally superior despite a smaller protein figure.
Where sheep milk yogurt has the edge
Sheep milk yogurt achieves its thick, creamy body naturally, because the milk itself is high in fat and protein. No straining. That means the whey stays in, preserving the calcium, B vitamins, whey proteins, and probiotic diversity that Greek and Skyr sacrifice in processing. You get the texture without paying the nutritional tax.
“
Simply Sheep is, simply, 100% sheep milk.
No machines. No fillers. Just milk doing what milk should do.
Naturally thick, naturally rich, and nutritionally complete in a way most modern yogurts have to manufacture. Try it once and the cow cup in your fridge will feel like a draft.
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