ژمارەیەك لە خوێندکارانی بەشی (گەشەپێدانی سەرچاوە مرۆییەکان)ی زانکۆی نێودەوڵەتی قەیوان بە گەشتێکی زانستی سەردانی زانکۆی جیهان- سلێمانی یان کرد
Assist. Prof. Dr. Sewara J. Mohammed, a lecturer and researcher at Cihan University Sulaimaniya, recently authored a groundbreaking research article entitled “Ratiometric fluorescence detection of tetracycline in milk and tap water with smartphone assistance for visual pH sensing using innovative dual-emissive phosphorus-doped carbon dots” This significant contribution has been prominently featured by the reputable international publisher Elsevier, specifically in the Food Control. Food Control an impressive impact factor of 6 and holds a distinguished position in the first quartile (Q1), recognized by both Clarivate and Web of Science.
Tetracycline (TC) is a common antibiotic that poses risks to human and animal health when present in samples. pH is a crucial parameter for assessing water quality and food safety. In our research, we developed an innovative ratiometric probe using dual-emissive phosphorus-doped carbon dots (DE-P-CDs). These DE-P-CDs were synthesized through a green hydrothermal process. The probe demonstrated excellent analytical performance for detecting tetracycline (TC), with a limit of detection of 5.78 μM and 6.18 μM, respectively. Additionally, we employed the DE-P-CDs for visual pH sensing, where color changes indicated variations in pH levels: red to orange, green to dark green, and blue to dark blue. This visual observation facilitates easy assessment of pH . Furthermore, our method proved versatile, detecting TC in milk and tap water samples while maintaining outstanding environmental friendliness. Overall, our contribution lies in advancing analytical chemistry, food safety, and environmental monitoring.
https://www.sciencedirect.com/science/article/abs/pii/S0956713524003281
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