Encyclopedia MDPI

🚗✨ Dive into the legacy of Henry Ford! From his first steam engine at 15 to the revolutionary Model T, discover how one man's vision transformed transportation forever. 🌍💡 Join us as we explore his innovations, the assembly line revolution, and the $5 workday that changed lives! https://lnkd.in/gagP7y8a #DrivingChange #HenryFord #Innovation #History #Transportation

🌍 Understanding Overconsumption: A Growing Concern 👩🎓 Ioana Mihaela BALAN et al. Overconsumption of food occurs when individuals eat beyond their body's energy needs, often leading to excess body fat. This phenomenon is a major contributor to obesity in both adults and children, especially when combined with a sedentary lifestyle. Key culprits include excessive intake of free sugars, fats, animal products, and alcohol. The factors driving overeating are complex, spanning global, societal, educational, and individual influences. Addressing overconsumption is vital for promoting healthier eating habits and combating obesity. Let's work together to raise awareness and encourage balanced nutrition! https://lnkd.in/g9stWmSR This entry is adapted from the peer-reviewed paper https://lnkd.in/g4TNgRBp Foods MDPI #Overconsumption #Nutrition #HealthyEating #ObesityPrevention #Wellness

🌈 Color additives play a vital role in enhancing the appearance and nutritional properties of various food products. Defined as substances intentionally added to food for technological purposes, they significantly impact food characteristics. 👩🎓 Konstantina Ntrallou, Helen Gika and EMMANOUIL TSOCHATZIS This entry explores the latest advancements in analytical methods and sample preparation for determining and quantifying these additives in food matrices. It also provides comprehensive information on both natural and synthetic food colorants, along with relevant legislative and toxicological aspects. Understanding these advancements highlights the importance of appropriate analytical methodologies in ensuring food safety and quality. 🔗 Learn more about food color additives and their significance! https://lnkd.in/gb7PVWF2 This entry is adapted from the peer-reviewed paper https://lnkd.in/ga66cJ5T #FoodScience #FoodSafety #ColorAdditives #Nutrition #FoodQuality

🌿 Did you know that hemp is more than just a trendy plant? Recently, there’s been a surge of interest in Cannabis sativa, not just for its recreational uses but also for its incredible industrial potential! While some countries focus on restricting THC-rich varieties, many are now recognizing the value of low-THC hemp for textiles and nutrition. 👨🎓 Gianluca Rizzo, Maximilian Andreas Storz and Gioacchino Calapai Hemp seeds are nutritional powerhouses, offering high-quality proteins, essential fatty acids, and minerals. They’re perfect for enhancing vegetarian diets and can be transformed into nutritious flours, oils, and supplements. 🌱✨ Join us as we explore the fascinating benefits of hemp seeds and their role in a well-planned diet! 👉 Check out the video for more insights! https://lnkd.in/g3ZiznAz This video is adapted from https://lnkd.in/gjAsPjtv Foods MDPI 👍 If you enjoy the content, don’t forget to vote for us here: https://lnkd.in/gA_pM67C #Hemp #Nutrition #SustainableLiving #VegetarianDiet #CannabisScience #HealthyEating #FoodInnovation

🐶📊 Exploring Dog Ownership in India! 👨🎓 George Brill, Dr. Amit Chaudhari, Dr. Katherine Polak, Suchitra Rawat, Divyanshi Pandey, Pooja Bhatt, Parul Kevin Dholakia and Anju Murali from Humane Society International Have you ever wondered how dog ownership varies across different regions? Our latest research delves into the patterns of dog ownership in three states of India: Gujarat, Tamil Nadu, and Uttarakhand. 🌍✨ Through quantitative surveys, we gathered insights into who owns dogs, their motivations, and how these factors differ based on location and economic status. Our findings reveal striking differences—Gujarat has significantly fewer privately owned dogs compared to Tamil Nadu and Uttarakhand. Understanding these patterns is crucial for informing public health and animal welfare policies. 🏥🐾 The data can guide efforts to manage stray dog populations and prevent zoonotic diseases, ultimately improving the lives of both pets and their owners. Join us in uncovering the unique dynamics of dog ownership in India and how this knowledge can pave the way for better animal care and community health! 🎥👇 https://lnkd.in/giygccaM This video is adapted from https://lnkd.in/giZ73MbA Animals MDPI 🌟 If you enjoy the content, please show your support by voting for us here: https://lnkd.in/gRvtG9dx. Your vote makes a difference! #DogOwnership #AnimalWelfare #PublicHealth #Research #India

Here are the correct answers to the Azoospermia Quiz: 🧠 Question 1: What does the term "azoospermia" refer to? Answer: B) Absence of sperm in ejaculate 🧠 Question 2: How many men are estimated to be azoospermic at reproductive age? Answer: A) 1 in 1000 🧠 Question 3: Azoospermia can be classified into which two main types? Answer: A) Obstructive and nonobstructive 🧠 Question 4: Which condition is often associated with nonobstructive azoospermia (NOA)? Answer: B) Primary testicular failure 🧠 Question 5: What is a common method for diagnosing azoospermia? Answer: B) Semen analysis

🏃♂️✨ Are you aware of the critical balance between energy intake (EI) and energy expenditure (EEE) in athletes? Our latest study investigates the prevalence of low energy availability (LEA) among trained male cross-country skiers. Key findings: -On typical training days, EI was 4050 ± 797 kcal. -On competition days, EI increased to 5986 ± 924 kcal. -Despite high energy intake during competitions, many athletes still faced low energy availability. This research highlights the importance of proper dietary strategies to ensure athletes meet their energy needs for optimal performance. 📹 Check out our detailed analysis in the video here: https://lnkd.in/gDRvepxs This video is adapted from https://lnkd.in/gEtycMBT Nutrients MDPI 🗳️ If you find this information valuable, please cast your vote to support our video during the ongoing Encyclopedia activity: https://lnkd.in/gXwiZ-GD Let’s spread the word about LEA and its impact on athlete health! 💪 #AthleteHealth #EnergyBalance #CrossCountrySkiing

Pesticides as Cultural Objects 👨🎓 Elena Fusar Poli and Michele Filippo Fontefrancesco 🌾 Have you ever considered the cultural significance of pesticides? In our latest video, "Pesticides as Cultural Objects," we explore how these substances are not just agricultural tools but also powerful symbols in our society. 🎥 Join Michele Filippo Fontefrancesco as he uncovers the complex relationships between pesticides, power dynamics, and local knowledge. Discover how our perceptions of risk and environmental impact shape the way we view these products. 💡 This video sheds light on the intersection of anthropology and agriculture, revealing the deeper meanings behind what we often see as mere chemicals. 🔗 Watch now to expand your understanding of pesticides beyond their technical use: https://lnkd.in/gWxazi-6 This video is adapted from https://lnkd.in/gmBvJHTc #Pesticides #CulturalAnthropology #EnvironmentalStudies #ScienceEducation #LearnMore

A Journey Through Quantum Realms 🌌 Once upon a time in the realm of quantum physics, a curious scientist named Leonardo De Carlo embarked on a quest to unlock the mysteries of magnetic models in wavefunction ensembles. 🧪 With every experiment, he discovered that the world of wavefunctions held secrets that could reshape our understanding of thermodynamics. Armed with knowledge and determination, he delved into how these ensembles could reveal the hidden connections between magnetism and phase transitions in quantum spin systems. ✨ In just 4 minutes, join Leonardo on his adventure as he navigates through complex theories and uncovers the magic of quantum mechanics. 🔗 Ready to explore this captivating journey? https://lnkd.in/gKn6adqU This video is adapted from https://lnkd.in/gwJrqqrv Entropy MDPI #QuantumAdventure #WavefunctionEnsembles #MagneticMysteries #ScienceStorytelling

Q&A on Nano-Scaffolds in Bone Tissue Engineering Q: What are nano-scaffolds, and why are they important in bone tissue engineering? A: Nano-scaffolds are tiny, three-dimensional structures that provide a framework for bone regeneration. They support the growth of new cells and help repair damaged tissues, making them crucial for effective bone tissue engineering. Q: What materials are typically used to create these scaffolds? A: Common materials include natural polymers like chitosan, collagen, and silk fibroin. These materials are favored for their biocompatibility, biodegradability, and ability to mimic the extracellular matrix. Q: How does chitosan contribute to bone regeneration? A: Chitosan, derived from chitin, is known for its excellent mechanical strength and biocompatibility. It can stimulate cell growth and has applications in drug delivery and wound healing, making it an ideal choice for scaffolds. Q: What role does albumin play in bone tissue engineering? A: Albumin enhances cell attachment and supports the fusion of scaffolds with cells. It’s effective in drug delivery systems and helps improve the healing process in bone regeneration. Q: Can you share any advancements in this field? A: Recent research has focused on combining different natural polymers to enhance scaffold performance. Innovations like injectable hydrogels and composite scaffolds are paving the way for more effective treatments in bone repair. Stay tuned for more insights on the future of tissue engineering! https://lnkd.in/eURjqvH4 #BoneTissueEngineering #NanoScaffolds #Biomaterials #RegenerativeMedicine