This research explores the properties and structural characterization of ozone-induced esterified starch used in Pickering emulsions. It examines chemical modifications, surface properties, and stability enhancements. The study provides insights into sustainable starch-based emulsifiers for food, pharmaceutical, and cosmetic applications, promoting eco-friendly material development and functional innovation.
Unlocking the Brain: Home DBS Insights! #sciencefather #neuroscience #neuroscientist Our study focuses on multi-day recordings 📅 and the use of adaptive stimulation protocols ⚙️ for the in-home collection 🏠 of deep brain stimulation (DBS) intracranial recordings 🧠. By leveraging portable technology and advanced algorithms, participants are able to engage in the recording process within their natural living environments, enabling more ecologically valid data collection 🌿 over extended periods. Adaptive protocols allow the stimulation to respond dynamically to the brain’s activity in real-time ⏱️, providing insights into neurological states with greater precision 🎯. This approach enhances both the clinical relevance 💊 and the scalability 📈 of DBS research, paving the way for more personalized and responsive therapies. #sciencefather #naturalawards #researchawards #recordings #adaptive #deep #dbsresearch #neuroscience #braintech #inhome #neuro #brainstimulation #n...
Unlocking Geothermal Secrets: Low-Grade Heat Power! #sciencefather #geothermalenergy #scientist Utilizing low-grade heat from geothermal micro-seepages 🌋 for thermoelectric systems offers a sustainable and feasible approach to clean energy production ⚡. These naturally occurring low-temperature sources, often overlooked due to their modest thermal output 🌡️, can be effectively harnessed using thermoelectric generators (TEGs), which convert heat directly into electricity without moving parts 🔌. This method promotes environmental sustainability by reducing greenhouse gas emissions 🌱 and reliance on fossil fuels ⛽. Moreover, the feasibility of such systems is enhanced by their scalability, low maintenance, and potential for off-grid applications 🏕️. By tapping into these dispersed and abundant energy sources, we can empower rural and remote communities while supporting a transition to greener energy solutions 🌍✨. #sciencefather #naturalscientistawards #researchawards #lo...
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