Objective: To investigate the microbial contamination in 54 batches of commercial honey. Methods: Aerobic plate colony counts for bacteria and colonies of mould and osmophilic yeasts in honey were determined according to the National Food Safety Standard. The bacteria and fungi in unqualified...
Author(s)
Jiang Bo; Li QiongQiong; Zhang ZhiHua; Dai JiaLi; Qin Feng; Yang MeiCheng
Publisher
Shanghai Preventive Medicine Association, Shanghai, China
Citation
Shanghai Journal of Preventive Medicine, 2022, 34, 1, pp 77-80
Peanut paste produced in multipurpose mills is very often the site of choice for fungal contaminants that pose a major risk to consumers. The objective of this study is to evaluate the level of fungal contamination of peanut paste produced according to different moulding processes during storage....
Author(s)
Boli, Z. B. I. A.; Kambire, O.; Zoue, L. T.; Nevry, R. K.
Publisher
Hindawi, London, UK
Citation
International Journal of Microbiology, 2020, 2020, 8836726,
Objective: To study the effects of different storage conditions on the loss of wheat during storage. Methods: Three different storage conditions including compound oil mould+small-sized biological storage barn (1#), small-sized biological storage barn (2#) and traditional storage conditions (3#)...
Author(s)
Zhang ShouMei; Wang XingYa; Zhang NaNa; Gong KuiJie; Guo YuQiu
Publisher
Journal of Food Safety and Quality, Beijing, China
Citation
Journal of Food Safety and Quality, 2021, 12, 15, pp 5940-5947
For students and beginners who learn food-borne fungi, the article describes the conidial formation patterns of Fungi Imperfecti, morphological characteristics of genus Penicillium, and how to use food-borne fungal identification keys.
Publisher
Japanese Association of Mycotoxicology, Tokyo, Japan
Citation
JSM Mycotoxins, 2021, 71, 1, pp 25-32
Patulin is a secondary metabolite produced metabolically by Aspergillus and Penicillium spp., which is mainly found as a natural contaminant in foods such as fruits (especially moldy fruits), fruit products (fruit juices, jams, fruits, etc.) and cereals, and patulin can enter the organism by the...
Author(s)
Wang YaNan; Wang ZhiQing; Zu Lin; Li MengJie; Tong Tao
Publisher
Journal of Food Safety and Quality, Beijing, China
Citation
Journal of Food Safety and Quality, 2021, 12, 18, pp 7410-7416
Aspergilus flavus is the main pathogenic fungus that causes food mold. Effective control of A. flavus contamination is essential to ensure food safety. The lipopeptides (LPs) produced by Bacillus strains have been shown to have an obvious antifungal effect on molds. In this study, an antagonist...
Author(s)
Li ShengJie; Xu XingAng; Zhao TianYuan; Ma JiaNing; Zhao LuNing; Song Qi; Sun WeiHong
Publisher
MDPI AG, Basel, Switzerland
Citation
Foods, 2022, 11, 2,
In order to investigate the microbial contamination and community structure of bee pollen, the bacterial and fungal colony counts (colony forming unit, CFU) of fresh and commercial bee pollen samples from different botanical sources collected from some regions of Zhejiang province were determined...
Author(s)
Tang Biao; Luo Yi; Li Rui; Zhou XiuNan; Zhang Ling; Qian MingRong; Dai XianJun; Xia XiaoDong; Yang Hua
Publisher
China Food Publishing Co., Beijing, China
Citation
Shipin Kexue / Food Science, 2020, 41, 20, pp 325-331
Mycotoxins are secondary metabolites produced by several fungal species and molds. Under favorable conditions like high temperature and moisture, they contaminate a large number of food commodities and regional crops during pre and post-harvesting. Aflatoxin is the main mycotoxin that harm animal...
Author(s)
Abhishek Kumar; Hardik Pathak; Seema Bhadauria; Jebi Sudan
Publisher
BioMed Central Ltd, London, UK
Citation
Food Production, Processing and Nutrition, 2021, 3, 17, pp (15 July 2021)
Twenty strains of Enterococcus faecium were isolated from raw camel milk (Camelus dromedarius) These bacteria are classified as lactic acid bacteria. After isolating Enterococci from milk of camel, we selected three strains and identificated by phenotypic characteristic and FTIR analysis. In vitro...
Author(s)
Fatima, M.; Muhammet, A.
Publisher
Infofacility, Ghaziabad, India
Citation
South Asian Journal of Experimental Biology, 2021, 11, 5, pp 627-633
A total of 20 samples of green and roasted coffee beans (the same varieties as green coffee beans were used) [Coffea arabica L. (19 samples) and Coffea robusta L. (1 sample)] were collected from the various coffee roasters in Slovakia (2017/2020) and their mycobiota were analyzed. Mycological...
Author(s)
Hlebová, M.; Uzsáková, V.; Podhorská, L.; Vešelenyiová, D.; Mrkvová, M.; Čuboň, J.; Hleba, L.
Publisher
Faculty of Biotechnology and Food Sciences, Slovak University of Agriculture, Nitra, Slovakia
Citation
Journal of Microbiology, Biotechnology and Food Sciences, 2022, 11, 4,