International Conference on Science Technology & Innovation-Maejo University (ICSTI-MJU)
The 1st International Conference on Science Technology & Innovation-Maejo University (1st ICSTI-MJU) seeks to highlight the advances in sciences, applied sciences, and technologies as well as innovations. It brings together a wide range of state-of-the-art research works from several universities and institutions in different countries. The conference aims to exchange research ideas and findings that foster their integration and future collaboration in academics
Articles
[ Y112 ] Chem Draw it: Graduate students’ feedback on Learning Advanced Inorganic Chemistry using chemical drawing software
Luningning M. Mendoza 1,*, Mamerto C. Mendoza 2 and Danila S. Paragas 3
ABSTRACT:
This study aims to determine the feedback of the graduate students in Central Luzon State University on using the chemical software Chem Sketch in learning Advanced Inorganic Chemistry and its contribution to their performance in the said subject. This study used a desc... show all / hide
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[ Y113 ] Pedagogy in teaching Capstone in Occidental Mindoro State College Sablayan Campus in relation to teacher’s performance evaluation
Luningning M. Mendoza 1,* and Mamerto C. Mendoza 2
ABSTRACT:
This study aims to determine the pedagogy used in teaching Capstone in OMSC Sablayan Campus and find out if there is a significant relationship between the faculty’s pedagogy in teaching Capstone and their performance rating. Descriptive correlation research design wa... show all / hide
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[ Y114 ] Response surface optimization of alkali/acid pretreated gelatin extraction from the by-products of milkfish (Chanos chanos) processing
Rosalie R. Rafael 1, Danila S. Paragas 1,*, Ervee P. Landingin 1, Luzviminda S. Quitos 2, Sharon E. Lazaro 2 and Fatima M. Medina 2
ABSTRACT:
Utilization and conversion of the fish by-products into intermediate products such as gelatin addresses the annually increasing waste production of the fish processing industry. The gelatin from mammalian sources has been linked to religious and health-related issues. T... show all / hide
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[ Y115 ] Development of biosorbent using mango (Mangifera indica l.) peels for the recovery of gold from e-waste
Arvin Luis M. Santos 1*, Danila S. Paragas1, Cesar V. Ortinero2, Redel L. Gutierrez 1
ABSTRACT:
E-waste or electronic waste broadly describes loosely discarded, out-of-date, broken or electronic devices. Current technology for the recovery of gold from ores involves using chemical methods, such as cyanidation and thiourea leaching, which present environmental and ... show all / hide
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[ Y116 ] Preliminary assessment on antisense oligodeoxynucleotide knockdown of porcine TGFβ1 mRNA in porcine monocyte-derived macrophages stimulated with lipopolysaccharide
Dante Fabros Jr.1 and Wasin Charerntantanakul 1,*
ABSTRACT:
Phosphorothioate-modified antisense oligodeoxynucleotide was used to activate RNase-H mediated pathway of TGFβ1 mRNA degradation. In this study, porcine monocyte-derived macrophages (MDMs)was cultivated through continuous plate adherence. Two micromolars of AS-ODN in 1... show all / hide
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[ Y117 ] Development of choline biosensor using choline oxidase co-immobilization of gold and platinum bimetallic at carbon nanomaterials in chitosan reticulum
Suphaporn Chenkhuruthum1, Anchana Preechaworapun2, Tanin Tangkuaram1,*
ABSTRACT:
A choline biosensor had been developed based on choline oxidase (ChOx) immobilized with platinum and gold bimetallic (PtAu) at carbon dot composite carbon nanotube (@C-CNTs) in chitosan (CHIT) scaffold on a glassy carbon electrode (ChOx/PtAu@C-CNTs-CHIT/GCE). K2PtCl6 an... show all / hide
PDF 234 View
[ Y118 ] Tyrosinase immobilization on home-made screen-printed carbon electrode with chitosan at carbon dot as a dopamine biosensor
Tanin Tangkuaram1,2,*, Tik Ouiram2, Nuenghathai Chaiya2, Jirapatpong Senabut2, Anchana Preechaworapun3
ABSTRACT:
Dopamine biosensor was developed using chitosan at carbon dots (CHIT@CD) and the tyrosinase enzymes (Tyr) on the surface of screen-printed carbon electrode (SPCE) (SPCE/CHIT@CD/Tyr). The repeatability and reproducibility of SPCE/CHIT@CD/Tyr were found to be 2.58 % RSD a... show all / hide
PDF 356 View
[ Y119 ] A Non-enzymatic Glucose Sensor using Rose-like Nickel Particles modified on Glassy Carbon Electrode
Kulwadee Pinwattana1,*, Naruemol Mangmee1, Padarat Ninjiaranai1, Prayoon Khamterm2, Rapiphun Janmanee1, Jiraporn Kitikul3, Anchana Preechaworapun1 and Tanin Tangkuaram3
ABSTRACT:
In this work, a non-enzymatic glucose sensor has been successfully fabricated using rose-like nickel particles as a catalyst. The rose-like nickel structure assembled from nanosheets was synthesized by an easy one-step hydrothermal method in Teflon-lined stainless steel... show all / hide
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[ Y120 ] Development of lead (II) ion electrochemical sensor using imprinted polymers at graphene oxide (GO@IIP) modified glassy carbon electrode
Nuenghathai Chaiya1, Anchana Preechaworapun2, Weerakanya Maneeprakorn3 and Tanin Tangkuaram1,*
ABSTRACT:
An electrochemical sensor for the determination of lead (II) ion on the surface of glassy carbon electrode (GCE) was studied. The GCE was developed using imprinted polymers at graphene oxide (GO@IIP). The square wave anodic stripping voltammetry technique was used for t... show all / hide
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[ Y121 ] Automatic life-support system for aquariums at Fish Diseases and Fisheries Biology Laboratory at LMU
Dejan N. Milic1, Dusan Palic2, Vladimir Cokanovic1 and Nenad Petrovic1,*
ABSTRACT:
This paper presents a network of sensors and actuators developed for fish life support at Fish Diseases and Fisheries Biology Laboratory at Ludwig-Maximilians University in Munich. The laboratory consists of several rooms, each containing multiple aquarium tanks with di... show all / hide
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