DNA barcoding is a reliable tool for species identification, especially for authentication of processed fish products. In the process of authentication of tuna fish products, this tool is needed due to its small sample requirement for species identification. This research aimed to conduct an assessment for the use of the Cytochrome B (CYB) gene sequence for tuna fish identification through DNA barcoding. The same set of mitochondrial DNA genomes were used for the previous COI gene for in silico comparison of tuna fish species. Group comparison of the CYB gene between Bluefin tuna (five species), Yellowfin tuna (three species), and other groups of tuna (five species) showed that this gene is reliable to differentiate all of the specimens of ...
Background: Tuna species of the genus Thunnus, such as the bluefin tunas, are some of the most impor...
Surimi-based processed products are prone to mislabeling using raw materials that are not in accorda...
Identifikasi spesies menjadi tantangan dalam pengelolaan ikan hias introduksi baik untuk tujuan budi...
DNA barcoding is a reliable tool for species identification, especially for authentication of proces...
For fish product authentication, DNA barcoding has been a reliable tool. This is due to its requirem...
Tuna is the second largest fishery commodity in Indonesia after the shrimp. Since thehigh demand and...
Tuna is one of the shery commodities which are susceptible to mislabeling and substituted with simi...
Currently, high occurrence of mislabelling and species substitution in fish products either intentio...
DNA barcoding has been accepted nowadays as a globally accessible tool to delimitate and identify ne...
Tuna species of the genus Thunnus, such as the bluefin tunas, are some of the most important and yet...
Accurate species identification methods are needed to combat tuna fraud, improve tuna stock regulati...
BACKGROUND:Tuna species of the genus Thunnus, such as the bluefin tunas, are some of the most import...
Today, DNA-barcoding with the gene COI is regularly used in the identification of fish. However, thi...
Background: Tuna species of the genus Thunnus, such as the bluefin tunas, are some of the most impor...
Surimi-based processed products are prone to mislabeling using raw materials that are not in accorda...
Identifikasi spesies menjadi tantangan dalam pengelolaan ikan hias introduksi baik untuk tujuan budi...
DNA barcoding is a reliable tool for species identification, especially for authentication of proces...
For fish product authentication, DNA barcoding has been a reliable tool. This is due to its requirem...
Tuna is the second largest fishery commodity in Indonesia after the shrimp. Since thehigh demand and...
Tuna is one of the shery commodities which are susceptible to mislabeling and substituted with simi...
Currently, high occurrence of mislabelling and species substitution in fish products either intentio...
DNA barcoding has been accepted nowadays as a globally accessible tool to delimitate and identify ne...
Tuna species of the genus Thunnus, such as the bluefin tunas, are some of the most important and yet...
Accurate species identification methods are needed to combat tuna fraud, improve tuna stock regulati...
BACKGROUND:Tuna species of the genus Thunnus, such as the bluefin tunas, are some of the most import...
Today, DNA-barcoding with the gene COI is regularly used in the identification of fish. However, thi...
Background: Tuna species of the genus Thunnus, such as the bluefin tunas, are some of the most impor...
Surimi-based processed products are prone to mislabeling using raw materials that are not in accorda...
Identifikasi spesies menjadi tantangan dalam pengelolaan ikan hias introduksi baik untuk tujuan budi...