Tetiana Stepanova

Dr. Tetiana Stepanova

Technology of Nutrition, Sumy National Agrarian University, Sumy, Sums’ka Oblast’, Ukraine
orcid
PhD, Associate Professor in Sumy National Agrarian Universit...

Research Focus & Metrics

Academic Career Length

13Years (2014-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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18 June 2022 in International Journal of Food Science and Technology
Verified
Journal Article
Closed access
HNHAIJUAN NAN
HAIJUAN NAN
Tetiana StepanovaTetiana Stepanova
Tetiana Stepanova
NKNatalia V. Kondratiuk
Natalia V. Kondratiuk
YNYuanyang Nie
Yuanyang Nie
BLBo Li
Bo Li


26 January 2023 in Journal of Chemistry and Technologies
Verified
Journal Article
Open access
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Tetiana StepanovaTetiana Stepanova
Tetiana Stepanova
МГМикола П. Головко
Микола П. Головко
TGTatyana M. Golovko
Tatyana M. Golovko
ФПФедір В. Перцевой
Федір В. Перцевой
ОВОльга О. Василенко
Ольга О. Василенко
OKOlena Yu. Koshel
Olena Yu. Koshel
The chemical composition of vetch seeds (Vicia sativa L.) was studied to determine its potential as a raw material for obtaining protein isolate by pH-shifting treatment. Research results confirm the effectiveness of using vetch seeds to obtain protein isolate. Vetch seeds are low in lipids (2.08 % on dry weight), high in crude protein (30.12 % on dry weight) and rich in minerals (Zn, Mn, Cu, Mg and P). The ratio of essential amino acids to non-essential in vetch seeds (0.65). This is higher than the amount recommended by the World Health Organization. Plant protein is an alternative to animal protein in the food industry. Until now, vetch seeds (Vicia sativa L.) have not been widely used in the food industry due to the lack of industrial processing technologies. Protein isolate from vetch seeds was obtained by pH-shifting treatment. The chemical composition and functional properties of vetch seed protein isolate were determined. After pH-shifting treatment, the chemical composition of protein and mineral elements did not show significant changes. The protein content of the vetch seed protein isolate was 87.3 %, and the yield of the vetch seed protein isolate was 26.7 %. Indicators of water holding and fat binding capacity were investigated to confirm the functional properties of vetch seed protein isolate. The seeds of vetch and its protein isolate showed high functional properties and a high-quality chemical composition of proteins and minerals for use in the technology of sausage and confectionery, and as food for dietetic and vegetarian nutrition.

28 June 2025 in Foods
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Journal Article
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HNHAIJUAN NAN
HAIJUAN NAN
ZHZhou Haixu
Zhou Haixu
Tetiana StepanovaTetiana Stepanova
Tetiana Stepanova
ZZZongshuai Zhu
Zongshuai Zhu
BLBo Li
Bo Li
There are growing health concerns regarding high-fat meat products. This study systematically evaluated the quality of reformulated chicken sausages through progressive substitution (30%, 60%, and 90%) of traditional pork-back fat with an Agaricus bisporus–soybean oil complex. The 60% substitution optimized texture, fatty acids, and sensory properties: hardness increased from 4332.38 N (control) to 5810.04 N, and chewiness from 3048.55 N to 3896.93 N. Linoleic acid (C18:2n6) rose from 13.00 to 32.81 g/100 g and α-linolenic acid (C18:3n3) from 0.60 to 3.05 g/100 g, improving the PUFA/SFA ratio from 0.40 to 1.15). Sensory scores (flavor/taste/overall) increased from 6.0/5.1/6.6 to 7.2/5.6/7.4. After 35-day storage, TBARS values (0.161, 0.147, 0.126 mg/100 g for 30%/60%/90% groups) remained below the control (0.232 mg/100 g). Meanwhile, the reduced-fat sausages exhibited a deeper, less saturated red hue. Scanning electron microscopy (SEM) revealed an enhanced network structure in the sausage matrix. The reformulated sausages maintained essential product characteristics such as cooking yield, moisture retention, protein content, and amino acid profile while achieving a 9.5–16.1% reduction in energy value. These findings collectively demonstrate that the A. bisporus–soybean oil complex effectively enhances the product quality, nutrition, antioxidant capacity, and sensory quality of reduced-fat chicken sausages, demonstrating this plant-based composite as a promising functional ingredient for developing healthier meat products.

4 November 2019 in Bulletin of the National Technical University «KhPI» Series: New solutions in modern technologies
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Tetiana StepanovaTetiana Stepanova
Tetiana Stepanova
NKNatalia Kondratjuk
Natalia Kondratjuk
NHNan Haijuan
Nan Haijuan
KSKaterina Suprunenko
Katerina Suprunenko
Перспективи використання культивованих грибів у технології ковбасних виробів

22 April 2021 in BIO Web of Conferences
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Tetiana StepanovaTetiana Stepanova
Tetiana Stepanova
NANaaja A. Akrashie
Naaja A. Akrashie
The authors propose a new type of minced meat products with the addition of dry mushrooms in powder form. It provides high protein content and good taste of finished products. The article presents the results of experimental studies on the enrichment of minced meat products with mushroom powder. Tasting analysis showed that the best organoleptic indicators have samples of culinary products with the content of enriched mushroom powder in 10%. A further increase above 15% adversely affects the organoleptic characteristics of the finished culinary products. Adding of mushroom powder to the amount of minced meat products allowed to improve consumer properties, reduce calorie content, as well as produce functional products.