ies Research

ies Research iesResearch provides research publication with an engaging voice through the adaptation of “The ies-Storyboard”.

We design visuals and/or animations to supplement your research findings and maximize the understanding of the discoveries.

Kazakhstan's NCD Landscape: Linking Mortality, Avoidable Deaths, and Risk Behaviors ft.Kaznmu - Research & Innovation Wh...
17/06/2026

Kazakhstan's NCD Landscape: Linking Mortality, Avoidable Deaths, and Risk Behaviors ft.Kaznmu - Research & Innovation

What do avoidable mortality rates tell us about the strength of a healthcare system? A massive research initiative by Asfendiyarov Kazakh National Medical University (KazNMU) has mapped Kazakhstan’s chronic disease landscape. By linking high-quality population surveys on smoking, alcohol, and high cholesterol directly to national mortality trends, the team has created a powerful evidence platform to help public health policies stay ahead of chronic illness.

Full iestory:
https://iesresearch.solutions/kazakhstans-ncd-landscape-through-national-evidence-linking-mortality-avoidable-deaths-and-risk-behaviors/

Most medical implants have a hidden engineering flaw: they are simply too stiff for the human body. Taiwan researchers h...
16/06/2026

Most medical implants have a hidden engineering flaw: they are simply too stiff for the human body. Taiwan researchers have designed a metal that fixes this. ⚙️

When orthopedic or dental implants are stiffer than natural bone, they absorb all the physical stress. This leaves the surrounding bone under-stimulated, causing it to weaken and degrade over time—a phenomenon known as stress shielding that often leads to implant failure.

Researchers at the National University of Kaohsiung (NUK) have broken through this barrier by designing a new class of titanium-rich, medium-entropy alloys (Ti–Zr–Nb–Mo) that mimic real bone behavior.

Why this metallurgical innovation changes the future of implants:
🦴Mechanical Balance: They achieve an ultra-low stiffness (elastic modulus of 61–67 GPa), which sits remarkably close to natural bone, while maintaining an exceptionally high yield strength (>1100 MPa).
🦴Piezoelectric Behavior: Following a custom surface modification, the alloy generates tiny electrical signals when mechanically stressed under daily body movement—perfectly mirroring how natural bone triggers its own cellular remodeling.
🦴Unified Material Platform: Instead of optimizing strength or flexibility in isolation, this platform integrates mechanical compatibility, metastable alloy design, and functional electrical responses into a single system.

This breakthrough promises a new generation of dental and orthopedic devices that interact naturally with human biology, significantly extending implant lifespan.

🔗 Read the full official press release on Newswise: https://www.newswise.com/articles/taiwanese-researchers-design-bone-compatible-metals-that-reduce-implant-failure-risk

Publish Smarter, Not HarderChoosing the right journal is both a strategic and technical decision🙂‍↕️ . While we begin ou...
15/06/2026

Publish Smarter, Not Harder

Choosing the right journal is both a strategic and technical decision🙂‍↕️ . While we begin our journey using keyword-matching tools to generate initial suggestions, narrowing down that list requires validating the practical and financial realities of publishing. Journal Optimizer (JO) is the perfect complementary, free platform to help us make that final, confident choice!

By simply typing a keyword or answering a few basic questions, JO provides a tailored database of journal insights. To help you manage funding limits, JO provides transparent Article Processing Charges (APCs) and allows you to actively filter recommendations based on your budget. Rather than clicking back and forth between different sites, you can select and compare up to 10 different journals side-by-side across various metrics to pinpoint the best fit for your manuscript.

Furthermore, JO treats journal selection as a career-building opportunity. It maps out international co-authorship rates and author geography, helping you find venues that can connect you with global colleagues for future collaborations. You can also explore the top 20 specific fields of study for any journal, ensuring your highly specialized research perfectly matches the journal's current focus. Stop navigating multiple tabs to verify rules; use JO to access direct links to manuscript records, Sherpa Romeo, and national repositories like J-STAGE and SINTA all in one centralized location.

🔗 Try it for free now: https://jo.igroupnet.com/jo/

From Mud Volcanoes to the Farm: A Super-Resilient Bio-Pesticide Built for the Real World! 🌋🌾🐛Chemical pesticides keep ou...
12/06/2026

From Mud Volcanoes to the Farm: A Super-Resilient Bio-Pesticide Built for the Real World! 🌋🌾🐛

Chemical pesticides keep our crops safe, but the world is looking for greener, safer alternatives. While biological pesticides are a great solution, they usually break down and fail under strong, hot sunlight.

Professor Chien-Yan Hsieh’s research team at National Kaohsiung Normal University found the answer in an unexpected place: Taiwan's mud volcanoes! They isolated a special bacteria strain that has already adapted to the absolute harshest natural conditions.

Why this changes the game for eco-friendly farming:
✨ Sunscreen for Crops: Because it evolved in extreme volcanic environments, this natural pesticide handles intense UV rays without breaking down.
✨ Fights Fungus Safely: It produces a natural compound called iturin A that stops plant diseases while remaining completely safe for humans and animals.
✨ Farmer-Friendly: It can be mixed directly into current chemical pesticide programs. Farmers don't have to change their whole workflow to go green!
✨ Eco-Manufacturing: It grows using agricultural waste like rice bran, making it cheap and sustainable to produce at scale.

See how nature and science are teaming up for the future of farming! Read the full official press release on Newswise below! 👇

🔗 https://www.newswise.com/articles/from-harsh-environments-to-the-field-taiwan-develops-a-practical-biological-pesticide

Antibiotic-Resistant Seafood Bacterium Found in Aquaculture Waters🌊 🦠 Over two-thirds of a common found near a popul...
11/06/2026

Antibiotic-Resistant Seafood Bacterium Found in Aquaculture Waters🌊 🦠

Over two-thirds of a common found near a popular tourism destination have developed multi-drug resistance and the ability to shield themselves in stubborn, slimy biofilms. How does this happen, and what does it mean for the safety of our seafood supply chain as ocean temperatures rise? We take a look at the latest aquaculture data from 대한민국 질병관리청's researcher Phu Van Nguyen in our new video.

Click below to watch the full video report:
https://youtu.be/ZMBQPMecHBc

Chronic wounds affect millions globally, often leading to prolonged hospitalizations or even amputations. This team just...
10/06/2026

Chronic wounds affect millions globally, often leading to prolonged hospitalizations or even amputations. This team just built a cooler way to heal them. 🏥

Traditional wound care can be invasive and painful, especially for fragile tissues like diabetic ulcers. Researchers at National Sun Yat-sen University (NSYSU) have solved this by developing a large-area, low-temperature atmospheric afterglow plasma medical device.

Operating safely below 40°C, this system allows plasma to be applied directly to open wounds without burning or damaging healthy tissue.

Why this shifts the paradigm in wound care:

⚡Non-Contact Dual Action: It simultaneously destroys harmful bacteria and activates biological processes for tissue repair—all without physical contact.
⚡Designed for Clinics: Unlike bulky, localized systems, this device is compact, treats large surface areas quickly, and is built for local clinics and long-term care facilities.
⚡Bonus Medical Utility: The exact same technology doubles as a low-temperature instrument sterilization system, disinfecting tools in under 10 minutes.

A major breakthrough for patient safety, comfort, and advanced clinical care.

🔗 Read the full official press release on Newswise: https://www.newswise.com/articles/taiwanese-researchers-develop-gentle-afterglow-plasma-device-to-improve-healing-of-chronic-wounds

🚀 Discover Journal Optimizer (JO) – The Ultimate Free Platform for Researchers!Journal Optimizer (JO) is a free, compreh...
08/06/2026

🚀 Discover Journal Optimizer (JO) – The Ultimate Free Platform for Researchers!

Journal Optimizer (JO) is a free, comprehensive, and researcher-friendly platform designed to take the guesswork out of finding the right academic journal. With over 26,000 journals in its database, JO integrates data from highly trusted sources—including Scimago Journal Rank (SJR) for Scopus-based rankings, Lens.org for article-level data, the Directory of Open Access Journals (DOAJ), and EurekAlert!.

Its trustworthiness as an essential research tool is proven by its rapid global adoption. Between 2022 and 2025, JO doubled its usage and achieved 100% organic growth without any marketing investment. Today, researchers from different countries relieve the platform to make informed publishing decisions. It boasts high usage across major international research markets, including Taiwan, Malaysia, the United States, Thailand, China, South Korea, Japan, etc.

What truly sets JO apart from standard journal finders are its unique, value-added features. Users can explore internationalization indicators that map out global co-authorship rates, access transparent Article Processing Charges (APCs), and utilize "Journal Spotlights" to understand a publication's editorial scope and public outreach. By centralizing crucial metrics and providing direct links to submission policies via Sherpa Romeo and national repositories, JO reduces the time and costs associated with publication, helping researchers globally maximize their impact.

🔗 Try it for free today: https://jo.igroupnet.com/jo/

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