admin

– pH-responsive nanofiber was developed based on gelatin and red radish anthocyanin.– Only aqueous media was used in material fabrication using electrospinning.– Nanofibrous mats could be stored in a wide range of temperatures over 2 months.– Unique color change of nanofiber in different pHs could be detected by naked eye.– The green-fabricated nanofiber showed a …

Nanofibrous membrane from red radish for meat spoilage monitoring Read More »

       Weedy rice is one of the most problematic weeds in rice-growing regions, particularly in Southeast Asia. Unlike other types of weeds, it is extremely difficult to distinguish weedy rice from cultivated rice directly from paddy seeds as they exhibit common morphological features. As such weed management can be a difficult, time-consuming, and …

Mapping Hyperspectral NIR images using Supervised Self-Organizing Maps: Discrimination of Weedy Rice Seeds Read More »

             The research group of Assoc. Prof. Boosayarat Tomapatanaget has successfully fabricated helicene dye-encapsulated ethyl cellulose (EC@dye-NH) nanoparticles as fluorescence biosensors for specific and selective detection of long-chain aldehydes, which are significant biomarkers of lung cancer. This effective probe employed the idea of an imine formation reaction between hydrazine group …

Helicene-Hydrazide Encapsulated Ethyl Cellulose as a Potential Fluorescence Sensor for Highly Specific Detection of Nonanal in Aqueous Solutions and a Proof-of-Concept Clinical Study in Lung Fluid Read More »

          The carbon nitride nanocage (CNNC), which is new nanomaterial, has potential to adsorb a range of simple gasses onto either nitrogen site or carbon site. Adsorption of different gases on CNNC will have different adsorption energies. The high adsorption energies indicate the high stability of complexes that exhibit the potential …

Adsorption, sensing and catalytic properties of the pristine C24N24 nanocage to small gas molecules: A DFT-D3 investigation Read More »

         Gas sensor is one of applications based on electrochemical technique. Asst. Prof. Dr. Charoenkwan Kraiya’s group focuses on creating or modifying electrochemical electrode including development of analytical techniques to be applied in environmental or industrial applications. Read More Charoenkwan Kraiya Nattawut Soibang Luxsana Dubas Worawan Bhanthumnavin