# Journal articles - Link: https://nanocore.my/publication/journal-articles/ - Published: 2026-10-19T07:55:30+08:00 - Author: nanocore ###### Publications # Journal articles Entries grouped under this publication type. ## Entries in this list Entries are taken from the site’s publication records, a UiTM Expert researcher profile and Google Scholar. Each card shows its research topic, and each title links to its publication page. The list shows selected entries only. Nano-agriculture and seed technology ### 󠀁[Candle-soot particles as a low-cost seed priming agent for enhanced germination and salinity tolerance in tomato](https://nanocore.my/publications/candle-soot-particles-as-a-low-cost-seed-priming-agent-for-enhanced/)󠁿 Water treatment and remediation materials ### 󠀁[Fe3O4/BiOI Heterojunction Photocatalyst for Enhanced Visible Light Degradation and Detoxification of Rhodamine B Dye](https://nanocore.my/publications/fe3o4-bioi-heterojunction-photocatalyst-for-enhanced-visible-light/)󠁿 Water treatment and remediation materials ### 󠀁[Band-engineered heterostructure photocatalytic micromotors for autonomous water remediation](https://nanocore.my/publications/band-engineered-heterostructure-photocatalytic-micromotors/)󠁿 Plant extraction and green synthesis ### 󠀁[Exploratory Assessment of Spray-Drying Parameters and Preliminary Machine-Learning Modelling of Plukenetia volubilis Oil-Herbal Extract Emulsions](https://nanocore.my/publications/exploratory-assessment-of-spray-drying-parameters-and-preliminary/)󠁿 Plant extraction and green synthesis ### 󠀁[Feasibility of co-encapsulating Momordica charantia and Moringa oleifera extracts via spray drying: Preliminary insights into physicochemical properties](https://nanocore.my/publications/feasibility-of-co-encapsulating-momordica-charantia-and-moringa/)󠁿 Water treatment and remediation materials ### 󠀁[Bioinspired phase-change micromotors with buoyancy-switchable vertical migration for efficient microplastic capture](https://nanocore.my/publications/bioinspired-phase-change-micromotors-with-buoyancy-switchable-vertical/)󠁿 Consumer and functional food research ### 󠀁[Optimised Spray-Dried Momordica charantia Microencapsulation with Techno-Economic and Market-Diffusion Analysis for Functional Beverages](https://nanocore.my/publications/optimised-spray-dried-momordica-charantia-microencapsulation/)󠁿 Nano-agriculture and seed technology ### 󠀁[Effects of silica nanoparticles on antioxidative enzyme activity and carbohydrate metabolism during germination of Citrullus lanatus and Cucumis sativus seeds](https://nanocore.my/publications/effects-of-silica-nanoparticles-on-antioxidative-enzyme-activity/)󠁿 Advanced nanomaterials and devices ### 󠀁[Precision Design of Defect-Engineered MOFs: From Synthetic Strategies to Biomedical Applications](https://nanocore.my/publications/precision-design-of-defect-engineered-mofs-from-synthetic-strategies/)󠁿 Nano-agriculture and seed technology ### 󠀁[Nano-priming of lettuce seeds using Chitosan Stabilized iron oxide nanoparticles with tunable interfacial properties](https://nanocore.my/publications/nano-priming-of-lettuce-seeds-using-chitosan-stabilized-iron-oxide/)󠁿 Nano-agriculture and seed technology ### 󠀁[Carbonaceous soot priming shields bamboo seeds from lead toxicity by limiting lead uptake and enhancing antioxidative defense](https://nanocore.my/publications/carbonaceous-soot-priming-shields-bamboo-seeds-from-lead-toxicity/)󠁿 Nano-agriculture and seed technology ### 󠀁[Time-resolved neutron computed tomography of hydration kinetics in nanoprimed seeds using chitosan-stabilized iron oxide nanoparticles](https://nanocore.my/publications/time-resolved-neutron-computed-tomography-of-hydration-kinetics/)󠁿 Advanced nanomaterials and devices ### 󠀁[Functional bioplastics from agricultural wastes: Precursor engineering, composite strategies, and sustainable packaging performance](https://nanocore.my/publications/functional-bioplastics-agricultural-wastes/)󠁿 Nano-agriculture and seed technology ### 󠀁[Optimizing Nanopriming Duration: Chitosan-Stabilized Iron Oxide Enhances Lettuce Seedling Performance and Cost-Effectiveness](https://nanocore.my/publications/optimizing-nanopriming-duration-lettuce/)󠁿 Plant extraction and green synthesis ### 󠀁[Advancing green chemistry through ultrasound-assisted extraction of flavonoids from Moringa oleifera using response surface methodology](https://nanocore.my/publications/moringa-oleifera-ultrasound-assisted-extraction/)󠁿 Advanced nanomaterials and devices ### 󠀁[Advanced Imaging Strategies Based on Intelligent Micro/Nanomotors](https://nanocore.my/publications/imaging-intelligent-micro-nanomotors/)󠁿 Nano-agriculture and seed technology ### 󠀁[Green synthesis of chitosan-stabilized iron oxide nanoparticles using Christia vespertilionis extract for sustainable nano-priming of Brassica rapa subsp. chinensis and Spinacia oleracea seeds](https://nanocore.my/publications/green-synthesis-chitosan-iron-oxide-nanopriming/)󠁿 Nano-agriculture and seed technology ### 󠀁[Concentration-driven interactions of chitosan-stabilized iron oxide nanoparticles in seed nano-priming and germination performance of Lactuca sativa](https://nanocore.my/publications/chitosan-iron-oxide-nanopriming-lactuca-sativa/)󠁿 Water treatment and remediation materials ### 󠀁[Coagulation of Microplastics Using Polyglutamic Acid: Insights from DLVO Theory and Experimental Study](https://nanocore.my/publications/coagulation-of-microplastics-using-polyglutamic-acid-insights/)󠁿 Water treatment and remediation materials ### 󠀁[Optimization of methylene blue dye degradation using heterogeneous Fenton-like reaction with Fe3O4 nanoparticles/PVDF macrospheres: A response surface methodology approach](https://nanocore.my/publications/optimization-of-methylene-blue-dye-degradation-using-heterogeneous/)󠁿 Water treatment and remediation materials ### 󠀁[Recent advances in nanocellulose-based adsorbent for sustainable removal of pharmaceutical contaminants from water bodies: A review](https://nanocore.my/publications/nanocellulose-adsorbents-pharmaceutical-contaminants/)󠁿 Water treatment and remediation materials ### 󠀁[Advancement in Photocatalyst and Piezophotocatalyst Micromotor for Environmental Remediation: A Concise Review](https://nanocore.my/publications/photocatalyst-piezophotocatalyst-micromotor-review/)󠁿 Water treatment and remediation materials ### 󠀁[Artificial Neural Network-driven Optimization of Fe3O4 Nanoparticles/PVDF Macrospheres in Fenton-like System for Methylene Blue Degradation](https://nanocore.my/publications/fe3o4-pvdf-macrospheres-methylene-blue/)󠁿 Nano-agriculture and seed technology ### 󠀁[Enhancing Agricultural Productivity Through Iron Oxide Nanoparticle Priming: Opportunities, Challenges, and Surface Modification Strategies](https://nanocore.my/publications/iron-oxide-nanoparticle-priming-agriculture/)󠁿 Plant extraction and green synthesis ### 󠀁[Statistical Optimization of Antioxidant and Extraction Yield from Centella Asiatica Leaves](https://nanocore.my/publications/centella-asiatica-extraction-optimization/)󠁿 Water treatment and remediation materials ### 󠀁[Synthesis of Hydrochars via Hydrothermal Carbonization of Zinc Chloride Activated Cotton Textile Waste](https://nanocore.my/publications/synthesis-of-hydrochars-via-hydrothermal-carbonization-of-zinc/)󠁿 Consumer and functional food research ### 󠀁[Consumer Preferences toward Product Attributes in Kopi Ala Kazim Functional Food: A Preliminary Study](https://nanocore.my/publications/kopi-ala-kazim-consumer-preferences/)󠁿 Consumer and functional food research ### 󠀁[Quantifying Consumers’ Acceptance of Functional Foods in Powdered Form: A Study of Olivetin](https://nanocore.my/publications/consumer-acceptance-olivetin/)󠁿 Advanced nanomaterials and devices ### 󠀁[Advanced strategies for combinational immunotherapy of cancer based on polymeric nanomedicines](https://nanocore.my/publications/advanced-strategies-for-combinational-immunotherapy-of-cancer-based/)󠁿 Nano-agriculture and seed technology ### 󠀁[Recent Advances in Seed Coating Treatment Using Nanoparticles and Nanofibers for Enhanced Seed Germination and Protection](https://nanocore.my/publications/recent-advances-in-seed-coating-treatment-using-nanoparticles/)󠁿 Water treatment and remediation materials ### 󠀁[Magnetically recyclable flake-like BiOI-Fe3O4 microswimmers for fast and efficient degradation of microplastics](https://nanocore.my/publications/magnetically-recyclable-flake-like-bioi-fe3o4-microswimmers-for-fast/)󠁿 Advanced nanomaterials and devices ### 󠀁[Electrospun polyetherimide nanofibers with reduced graphene oxide-zeolitic imidazolate framework for conductivity improvement](https://nanocore.my/publications/electrospun-polyetherimide-nanofibers-with-reduced-graphene-oxide/)󠁿 Advanced nanomaterials and devices ### 󠀁[A Mini Review on the Effects of Synthesis Conditions of Bimetallic Ag/Si Nanoparticles on Their Physicochemical Properties](https://nanocore.my/publications/a-mini-review-on-the-effects-of-synthesis-conditions-of-bimetallic-ag/)󠁿 Plant extraction and green synthesis ### 󠀁[Studies of surface plasmon resonance of silver nanoparticles reduced by aqueous extract of shortleaf spikesedge and their catalytic activity](https://nanocore.my/publications/studies-of-surface-plasmon-resonance-of-silver-nanoparticles-reduced/)󠁿 Water treatment and remediation materials ### 󠀁[Comparative study of acid-treated and alkali-treated carbonised Kapok-fibres for oil/water absorption system](https://nanocore.my/publications/comparative-study-of-acid-treated-and-alkali-treated-carbonised-kapok/)󠁿 Plant extraction and green synthesis ### 󠀁[Optimization of Supercritical Fluid Extraction for Mariposa Christia Vespertilionis Leaves Towards Yield by Using Response Surface Methodology](https://nanocore.my/publications/optimization-of-supercritical-fluid-extraction-for-mariposa-christia/)󠁿 Advanced nanomaterials and devices ### 󠀁[Directed Assembly of Bifunctional Silica-Iron Oxide Nanocomposite with Open Shell Structure](https://nanocore.my/publications/directed-assembly-of-bifunctional-silica-iron-oxide-nanocomposite/)󠁿 Water treatment and remediation materials ### 󠀁[Optimization of Pink Guava (Psidium guajava) Waste-based Activated Carbon Preparation Conditions for Methylene Blue Dye Removal](https://nanocore.my/publications/optimization-of-pink-guava-psidium-guajava-waste-based-activated/)󠁿 [All publications](https://nanocore.my/publication/)