Dr. Bulent Kabak is a full professor at the Department of
Food Engineering of the Hitit University in Corum (Turkey). In 1998, he earned
his bachelor's degree from Cukurova University. In 2002, he obtained his
Master’s Degree from Cukurova University. In 2007, he received his Ph.D. degree
in food science from Cukuroava University and held a postdoctoral fellowship at
the Kearney Agricultural Center in California. He has memberships in scientific
committees. He has published more than 60 papers in international peer-reviewed
journals and book chapters. His research interests involve (1) determination of
mycotoxins in foods and feeds; (2) validation, confirmation, and implementation
of routine of official and alternative analytical methods; (3) development of
new analytical methods for identification and detection of toxins; (4)
production of survey data for assessment of consumers exposure to mycotoxins
(risk assessment); (5) assessment of the exposure of various population to food
contaminants; (6) fate and stability of toxins in food/feed chain and along
processing of food/feed; (7) development of mycotoxin decontamination
strategies; (8) fungal isolation from food and feed samples; (9) determination
of pesticides in foods; (10) exposure to pesticide residues from food; (11)
HPLC analysis; and (12) risk assessment.
Dr. Bulent Kabak is a full professor at the Department of
Food Engineering of the Hitit University in Corum (Turkey). In 1998, he earned
his bachelor's degree from Cukurova University. In 2002, he obtained his
Master’s Degree from Cukurova University. In 2007, he received his Ph.D. degree
in food science from Cukuroava University and held a postdoctoral fellowship at
the Kearney Agricultural Center in California. He has memberships in scientific
committees. He has published more than 60 papers in international peer-reviewed
journals and book chapters. His research interests involve (1) determination of
mycotoxins in foods and feeds; (2) validation, confirmation, and implementation
of routine of official and alternative analytical methods; (3) development of
new analytical methods for identification and detection of toxins; (4)
production of survey data for assessment of consumers exposure to mycotoxins
(risk assessment); (5) assessment of the exposure of various population to food
contaminants; (6) fate and stability of toxins in food/feed chain and along
processing of food/feed; (7) development of mycotoxin decontamination
strategies; (8) fungal isolation from food and feed samples; (9) determination
of pesticides in foods; (10) exposure to pesticide residues from food; (11)
HPLC analysis; and (12) risk assessment.