Comparing E160C - Paprika extract vs E163 - Anthocyanins

Synonyms
E160c
Paprika extract
capsanthin
capsorubin
Paprika oleoresin
oleoresin of paprika
oleoresin paprika
paprika color
colored with paprika
E163
Anthocyanins
Anthocyanin
Functions
Origins
Products

Found in 8,402 products

Found in 260 products

Search rank & volume
#2222.9K / mo🇺🇸U.S.
#11814K / mo🇺🇸U.S.
Awareness score

×0.05
under-aware

×7.71
over-aware

Search volume over time

Interest over time for 9 keywords in U.S. during the last 10 years.

Interest over time for 3 keywords in U.S. during the last 10 years.

Popular questions
  1. What color is paprika?

    Paprika extract (E160c) gives orange‑red to deep red hues, appearing yellow‑orange at low use levels and deeper red at higher levels.

  2. Is paprika just for color?

    As an additive, paprika extract is used primarily as a coloring; at typical doses it contributes little flavor, though it may add a mild peppery note.

  3. How is paprika extract made?

    It’s produced by solvent-extracting ground paprika peppers (Capsicum annuum) with food‑grade solvents like hexane or ethanol to concentrate carotenoids (capsanthin, capsorubin), then removing solvent and standardizing in oil; water‑dispersible forms are made by emulsification or saponification.

  4. What does the color paprika look like?

    A warm, natural red—ranging from yellow‑orange to deep red depending on concentration and the product.

  5. What is paprika extract color?

    Reddish‑orange to deep red, due to the carotenoids capsanthin and capsorubin.

  1. Is anthocyanin always present in leaves?

    No—anthocyanins vary by species and conditions; many green leaves have little to none until they’re young, senescing (autumn), or under stress such as high light, cold, or nutrient limitation.

  2. How much anthocyanin per day?

    There’s no recommended daily intake or established ADI; typical diets supply roughly a few tens to a few hundred milligrams per day from fruits and vegetables, and intake at normal food levels is considered safe.

  3. What colors come from anthocyanins?

    They give red, pink, purple, and blue hues, shifting with pH—more red in acidic conditions and more blue/purple as pH rises.

  4. How to extract anthocyanin from plants?

    Crush colored plant material and soak it in acidified water or food-grade ethanol (e.g., 50–70% ethanol or water with a little lemon juice), then filter; keep the extract cool, protected from light, and away from high pH to limit degradation.

  5. What are anthocyanins good for?

    As E163, they’re used to color foods and drinks in red-to-blue shades; while they show antioxidant activity in vitro, human health benefits remain limited and inconclusive.