Abstract:
Pasta is a widely consumed cereal-based product all over the world. Pasta
products are very popular due to their nutritional compositions, long shelf life, and
availability in the market, low cost, simplicity of preparation, and transportation. In
line with sustainable production and food strategies for the future, it is recommended
that produce enrich pasta with nutritionally valuable compounds based on
economically affordable raw materials. Recently, wild edible plants have been used
significantly due to high content of bioactive compounds that are beneficial to health.
One of such plants is wild garlic (Allium ursinum L.) that is a wild edible, spicy plant,
very similar to garlic, ideal for removing toxic substances that are stored in the body,
and for antiseptic and antimicrobial action. The results present textural characteristics
of pasta supplemented with wild garlic powder (5, 7, 9% on d.w.), extract (20, 30,
40% on d.w.) and encapsulate (3, 5 and 7% on d.w.). In comparison to the control
(95.45N), significant increase of hardness was reached in case of supplementation
with moderate (125.50N) and high levels of wild garlic powder (119.08N) and high
levels of extract (117.08N). In contrast, lower and mid levels of encapsulated garlic
decreased pasta hardness (78.43N and 81.66N respectively), which may be due to the
presence of maltodextrin as a carrier in encapsulate matrix. It was observed
significant increase of adhesiveness in pasta supplemented with powdered wild garlic
at all levels as well as for high supplementation levels of encapsulated and extracted
wild garlic.
