News – Tagged "natural products"

The Secret Power and Formula of Roman Concrete

Unravel the secrets of ancient Roman concrete and discover how its self-healing properties could shape the future of sustainable construction.

In uncovering the secrets of Roman concrete, Dr. Masic and his team have opened doors to new possibilities in modern construction. By harnessing the self-healing properties of ancient materials, we can create structures that stand the test of time while minimizing environmental impact.

DIY Natural Homemade Cleaners | How to Make Environmentally Friendly Cleaners

Discover the world of natural homemade DIY eco-friendly cleaners. This blog post explores the benefits, provides DIY recipes, and essential tips for crafting a healthier home environment free from plastics and toxins as you keep a lovely, clean home.

Choosing Safer, Natural Deodorants: Exploring Science and Ingredients

Let's figure out just how these natural deodorants work or don't work in some cases. This post explores the science behind natural deodorants and their key ingredients, including baking soda, potassium alum, apple cider vinegar, and magnesium hydroxide. We will discuss how each of these ingredients works, what you should consider when choosing a deodorant, and their safety profiles.

10 Eco-friendly Fabrics for Your Sustainable Wardrobe

Discover the top 10 eco-friendly fabrics that are revolutionizing sustainable fashion and home decor. From organic cotton's eco-friendly charm to bamboo's luxurious softness, we've got the inside scoop on green, stylish choices for conscious consumers. Dive in now!

The Beauty of Plastic-Free Brushes for a Sustainable Kitchen

In these brushes, discover nature's touch, beauty in simplicity. Feel the smooth coconut wood, a dance of grains beneath fingertips. Bristles, crafted from coconuts' gentle fibers, caress pots, pans, and delicate surfaces firmly yet with grace.

Recent studies have highlighted the presence of nano- and microplastics (NMPs) in the human respiratory tract, raising concerns about their impact on respiratory health. This study employs computational modeling to investigate the behavior of NMPs within the respiratory system, focusing on their transport and deposition patterns under realistic breathing conditions. By utilizing a comprehensive respiratory tract model and considering a wide range of particle sizes, this research aims to provide valuable insights into the potential health risks associated with NMP exposure and inform regulatory measures to mitigate these risks.