YEASTS IN SOURDOUGH:FUNDAMENTAL INSIGHTS AND THEIR ROLE IN FUNCTIONAL PROCESSES
Journal: Biotechnologia Acta (Vol.17, No. 3)Publication Date: 2024-06-28
Authors : Ye.R. HONCHAR O.V. NAUMENKO I.V. LUKIANCHUK V.O. HOLUB L.V. MARYNCHENKO;
Page : 5-15
Keywords : sourdough; yeasts; fermentation; organoleptic properties; nutritional value; adaptation mechanisms.;
Abstract
Sourdough are unique microbiological systems with a symbiotic interaction between lactic acid bacteria and yeasts. Yeasts, together with lactic acid bacteria, play a significant role in fermenting starters and are crucial for shaping the technological and functional properties of the product. Aim. To analyze scientific data regarding the importance of yeasts in shaping the properties of sourdough and final products. Methods. Searching and analyzing the relevant scientific literature, systematizing, and summarizing the results of available publications. Results. It was highlighted the significant role of yeasts in formation the properties of sourdough and final bakery products, particularly for dough leavening, the development of flavor and aromatic characteristics, enrichment of bread with biologically active compounds, enhancement of bioavailability and shelf-life extension. Conclusion. It was emphasized the importance of this knowledge for improving bakery production technologies using starter compositions for sourdough fermentation and the rational selection of yeast strains to regulate the organoleptic and functional-technological properties of the finished products.
Other Latest Articles
- PLANT RAW MATERIAL AS A SOURCE OF METABOLITES FOR WOUND HEALING AND ANTI-SCARRING PRODUCT
- Risks and Challenges of Using Cloud Computing in the Internet of Things
- INOSITOLS: BIOLOGICAL ROLE AND APPLICATION, METHODS OF EXTRACTION FROM PLANT RAW MATERIALS AND DETERMINATION, BIOTECHNOLOGICAL SYNTHESIS
- BENEFICIAL EFFECTS OF ANGIOSTATIN K1-3 AND LACTOFERRIN IN ALKALI-BURNED RABBIT CORNEA: A COMPARATIVE STUDY
- GENERATION AND CHARACTERIZATION OF POLYCLONAL ANTIBODIES SPECIFIC TO HUMAN ESTROGEN RECEPTOR ERα
Last modified: 2024-10-01 21:11:13