Synthesis And Characterisation of Molecularly Imprinted Microspheres For The Determination of Kanamycine

INTRODUCTION: Today, antibiotics are used for the treatment of many diseases. However, antibiotics used in the treatment of these diseases can bring many problems as well as treating diseases. Unconscious use of antibiotics may cause damage to the liver and kidneys, fungal infections, economic losses, loss of probiotics in the intestines and development of resistance to antibiotics
METHODS: Given the use of commercially available milk in the study, ethical committee approval was deemed unnecessary. The methodology employed in this research adhered to established standards, with known methodologies appropriately referenced.

RESULTS: The morphology and average diameters of the PHEMA particles were characterised by scanning electron microscopy. Figure 1.a shows the SEM image of PHEMA particles. As can be seen from the figure, the particles formed were spherical and their diameters were approximately 20 μm.
DISCUSSION AND CONCLUSION: As a result of all studies, molecularly imprinted paper surfaces have been shown to be a good method for detecting kanamycine antibiotic in milk. By removing the antibiotic in milk with this method, public health will improve further. This method can give very good results in many fields such as biosensor applications, food industry, environment and waste applications. Indeed, this method not only gives good results, but it is also cheaper than other methods, easier in terms of accessibility and more advantageous in terms of simpler methods and tools in laboratory work.