Open Access
Subscription Access
Examining the Detection of Urea and Melamine as Adulterants in Milk and Milk Products.
The modern research is required to identify adulterants in milk, as it is now being falsified in more complex ways. The study was conducted in response to contemporary concerns about natural milk being tampered with in order to boost its marketability. This study is developed as a “adulterant-based” survey that specifically evaluates melamine and urea in order to provide a clear assessment of qualitative detection methods exclusive to the specified adulterants. Numerous surveys of research on traditional detection approaches have been paired with an in-depth examination of contemporary advancement. This section discusses the basic notion of purposeful adulterant addition, its influence on human health, and the detection tools available to counteract the mass threat to human life.
Keywords
Adulteration, Detection, Milk, Melamine, Urea.
User
Font Size
Information
- Gorska-Warsewicz H, Rejman K, Laskowski W & Czeczotko M, Nutrients, 11 (2019) 1771.
- Ghulam S B, Atta H S, Asad A K, Shoaib A P, Gul B K, Mansoor T S & Atique A B, IJASHLP, 6 (2020) 303.
- Yu Y, Zhao H, Dong G, Yang R, Li L, Liu L, Wu H & Zhang W, Int J Electrochem Sci, 10 (2015) 10119.
- Kasture M, Jadhav S, Fouad H & Gosavi S, Sens lett, 13 (2015) 471.
- Sathyanarayana S, Flynn J T, Messito M J, Gross R, Whitlock K B, Kannan K, Karthikraj R, Morrison D, Huie M, Christakis D & Trasande L, Environ Res, 171 (2019) 18.
- Rahman M M, Balkhoyor H B & Asiri A M, New J Chem, 43 (2019) 18848.
- Azad T & Ahmed S, Int J Food Contam, 3 (2016) 1.
- Li H C, Qual sociol, 42 (2019) 299.
- Zhao W J, Wang Y, Li J, Li L F, Wang Q, Han K, Zhang Y, Li X, Li P, Luo J & Wang X, Food Chem, 188 (2015) 489.
- Rovina K & Siddiquee, J Food Compos Anal, 43 (2015) 25. 11 Khan K M, Krishna H, Majumder S K & Gupta P K, Food Anal Methods, 8 (2015) 93.
- Zavolskova M D, Nikitina V N, Maksimova E D, Karyakina E E & Karyakin A A, Anal Chem, 91 (2019) 7495.
- Hieu-Tran Q, Asian J Appl Chem, 8 2021 13.
- Filazi A Y H A N, Sireli U T, Ekici H, Can H Y & Karagoz A, J Dairy Sci, 95 (2012) 602
- Liu S, Kannegulla A, Kong X, Sun R, Liu Y, Wang R, Yu Q & Wang A X, Spectrochim Acta A Mol, Bimol Spectrosc, 231 (2020) 118130.
- Li L & Chin W S, Food Chem, 357 (2021) 129717.
- Situmorang M, IJCA, 57 (2020) 175.
- Tvorynska S, Barek J & Josypcu K, Electrochim Acta, 445 (2023) 142033.
- Windarsih A, Rohman A & Riyanto S, Int J Food Sci, 2021 (2021)
- Goodarzi M M, Moradi M, Tajik H, Forough M, Ezati P & Kuswandi B, Int J Biol Macromol, 153 (2020) 240
- Lima M J, Sasaki M K, Marinho O R, Freitas T A, Faria R C, Reis B F & Rocha F R, Microchem J, 157 (2020) 105042.
- Hussain A, Pu H & Sun D W, Spectrochim.Acta A: Mol Biomol Spectrosc, 299 (2020) 117994
- Kumar V & Dash S, ACS Omega, 6 (2021) 27200
- Khan K M, Krishna H, Majumder S K & Gupta P K, Food Anal Methods, 8 (2015) 93.
Abstract Views: 103
PDF Views: 49