CAN-USA Tariff Strife (split from various pol threads)

[RangerRay]

I just want butter that spreads at room temperature. They actually have that in Europe.

 

[AmmoTech90]

I just want butter that spreads at room temperature. They actually have that in Europe.

Uhhh, Costco salted does. Keep it on the counter for weeks. What's your thermostat set at?

 

[Rifleman62]

I just want butter that spreads at room temperature. They actually have that in Europe.

Plus butter packaged in quarters not costing an extra $2.50 a lb.

 

[Jarnhamar]

This should be a non starter, allowing pus filled milk into our system will be horrible for our collective health. It acts as an inflammatory agent in our bodies and we have enough inflammation related health issues as it is.

It's not literal pus (or contamination) and doesn't act as an inflammatory agent in our body. The numbers you're referring to are just primarily white blood cells. It's used as an animal-health and milk quality indicator.

 

[PuckChaser]

It's not literal pus (or contamination) and doesn't act as an inflammatory agent in our body. The numbers you're referring to are just primarily white blood cells. It's used as an animal-health and milk quality indicator.

Don't let facts get in the way of an emotional outburst. Any milk coming here should meet our standards (and we should harmonize to EU standards which may be a tiny bit looser) but the disinformation is going hard to the paint to protect Quebecs supply mafia.

 

[Altair]

It's not literal pus (or contamination) and doesn't act as an inflammatory agent in our body. The numbers you're referring to are just primarily white blood cells. It's used as an animal-health and milk quality indicator.

Somatic cells absolutely act as an inflammatory agent in our bodies. Lower quality milk is not good for us, and high somatic cell counts drastically lower milk quality.

But sure, let's just assume that regulatory bodies would put restriction on somatic cell counts in milk because it's totally healthy otherwise.

Or because it's to monitor the health of the animal.

Maybe it has something to do with the health of the person consuming it and somatic cells per mL being high isn't healthy?

 

[Jarnhamar]

Somatic cells absolutely act as an inflammatory agent in our bodies.

One of us must be using Bing and the other Duck Duck Go.

What I'm reading is Somatic cells themselves do not act as inflammatory agents in humans. In milk, somatic cells are primarily white blood cells (leukocytes) and some epithelial cells shed from the cow’s udder. Elevated somatic cell counts (SCC) in milk indicate inflammation or infection in the cow (most commonly mastitis), not inflammation in the person consuming the milk.

When milk is pasteurized, these cells are destroyed and rendered biologically inactive. They do not trigger inflammation in the human body.

Even in raw milk, there is no credible evidence that somatic cells themselves cause systemic inflammation in people.

Somatic cells are a marker of inflammation in the animal, not an inflammatory substance for humans.

Lower quality milk is not good for us, and high somatic cell counts drastically lower milk quality.

Higher SCC milk is lower quality, true.

Elevated SCC is associated with:
-Reduced shelf life
-Altered taste
-Slightly lower protein quality; and
-Increased enzymatic activity that can degrade milk components.

These effects impact product quality and processing performance, not consumer safety.

Additional sourcing: I'm currently drinking a glass of milk and about to wash it down with Pike Creek.

 

[Altair]

One of us must be using Bing and the other Duck Duck Go.

What I'm reading is Somatic cells themselves do not act as inflammatory agents in humans. In milk, somatic cells are primarily white blood cells (leukocytes) and some epithelial cells shed from the cow’s udder. Elevated somatic cell counts (SCC) in milk indicate inflammation or infection in the cow (most commonly mastitis), not inflammation in the person consuming the milk.

When milk is pasteurized, these cells are destroyed and rendered biologically inactive. They do not trigger inflammation in the human body.

Even in raw milk, there is no credible evidence that somatic cells themselves cause systemic inflammation in people.

Somatic cells are a marker of inflammation in the animal, not an inflammatory substance for humans.




Higher SCC milk is lower quality, true.

Elevated SCC is associated with:
-Reduced shelf life
-Altered taste
-Slightly lower protein quality; and
-Increased enzymatic activity that can degrade milk components.

These effects impact product quality and processing performance, not consumer safety.

Additional sourcing: I'm currently drinking a glass of milk and about to wash it down with Pike Creek.

Health concerns about possible long-term effects of legally marketed milk and dairy from animals with intramammary infections - PMC

Milk and dairy from animals with subclinical mastitis infections are marketable. Mastitis is detected with the somatic cell count (SCC). The EU regulation, among the stricter ones, limits an average of 400,000 somatic cells/ml in milk. Other ...

pmc.ncbi.nlm.nih.gov

The leukocytes that come with milk from infected udders are involved in the production of milk cytokines (75). Cytokines are also present in milk from healthy udders, but composition and concentrations change with both clinical and subclinical mastitis (16) depending on time after exposure, pathogen species, and severity of the disease (76). Proinflammatory cytokines as indicators of early inflammation such as TNF-α appear to reach a peak in 1–12 h after exposure followed by a gradual drop (77), whereas other cytokines can reach their maximum levels at up to 7 days or even later (76) depending again also on the pathogen species. In naturally acquired mastitis, milk concentrations of IFN-γ reached up to 20 ng/ml, whereas maximum reported levels of IL-6, TNF-α, IL-1β, IL-8, and TGF-α were about 90 ng/ml, 25 ng/ml, 8 ng/ml, 1 ng/ml, and 0.5 ng/ml, respectively, values that were significantly higher than in milk from healthy udders (76). In comparison, the control milk samples had maximum levels of about only 0–0.15 ng/ml of IFN-γ, TNF-α, IL-1β, IL-8, and TGF-α (76).

Milk cytokines are crucial for the development of the newborn's organism and its immune system (78). Cytokines have been also considered for therapeutic use, and in that context, it has been demonstrated that orally administered interferons and cytokines can exert both local and systemic effects (79). TGF-β, for example, when synthesized as an inactive precursor, can be activated during intestinal transit by multiple mechanisms, e.g., by a low pH of 1.5 (65). It is therefore probable that milk cytokines are bioactive after ingestion and digestion. Cytokines have very complex biological functions and can interact with each other. Some can induce the production of others, act synergistically to enhance their effects, inhibit the expression of others, or stimulate the expression of receptor antagonists or receptors of others (76). For example, IL-1 induces the production of IL-1 itself, TNF-α, IL-6, IL-8, and IL-12. In the cases of TNF-α and IL-6, IL-1 can act synergistically to enhance their effects (76). This suggests that cytokines in food could make a difference even if present in apparently small amounts. Almost 30 different cytokines with specific features (65) have been already identified in milk raising the question about their biological immunomodulatory significance as well as their risk for human consumption, which has still to be determined.

Enjoy your milk.