Invisible Landscapes
In 2018, scientists discovered the interstitium, a new part of the human body challenging traditional anatomy beliefs. This fluid system connects the body, carrying nutrients and cancer cells, impacting medical treatment and emphasizing interconnected systems.
Read original articleScientists made a groundbreaking discovery in 2018 by identifying a new part of the human body called the interstitium, challenging traditional beliefs about human anatomy. This fluid-filled system acts as a superhighway connecting the entire body, carrying nutrients, information, and even cancer cells. The interstitium's fractal structure and vital role in fluid movement have significant implications for medical understanding and treatment. This discovery highlights a shift in perspective from viewing the body as separate parts to recognizing interconnected systems. The interstitium serves as a metaphor for individuals who bridge sectors and connect people, embodying a holistic approach to problem-solving. The newfound appreciation for dynamic, fluid phenomena challenges the traditional compartmentalization of knowledge and society, advocating for a more interconnected worldview. This shift towards recognizing relationships, connections, and fluid dynamics in various fields signals a paradigm change towards a more holistic and system-based understanding of the world.
Related
Factorio Fluids 2.0
The Factorio Friday Facts detail the game's fluid system overhaul. The new algorithm simplifies fluid flow with segments, improving efficiency, throughput, and distribution while addressing previous issues. Sacrificing realism for gameplay, the update aims to enhance player experience.
We must seek a widely-applicable Science of Systems
The text discusses the importance of a Science of Systems, focusing on Complex Systems. Emphasizing computer science's role, it explores potential applications in various fields and advocates for scientific progress through unified theories.
The brain makes a lot of waste. Now scientists think they know where it goes
Scientists reveal synchronized brain waves during sleep aid in waste removal, potentially benefiting Alzheimer's and other brain disorders. Research in Nature suggests insights for human brain health and treatment development.
The glymphatic system clears brain waste during sleep
Scientists reveal how the brain's waste-removal system functions during sleep through slow electrical waves aiding fluid movement. Disruptions may relate to Alzheimer's and Parkinson's. Research aims to enhance treatments and prevention.
Computer-designed proteins guide stem cells to form blood vessels
Researchers at the University of Washington developed computer-designed proteins to guide stem cells in forming blood vessels, showing promise in regenerative medicine for organ repair. The study highlights potential advancements in tissue development research.
The article also somehow starts talking about democracy and seems like it might just be an SEO piece to promote the author's company.
Overall a low value article.
Related
Factorio Fluids 2.0
The Factorio Friday Facts detail the game's fluid system overhaul. The new algorithm simplifies fluid flow with segments, improving efficiency, throughput, and distribution while addressing previous issues. Sacrificing realism for gameplay, the update aims to enhance player experience.
We must seek a widely-applicable Science of Systems
The text discusses the importance of a Science of Systems, focusing on Complex Systems. Emphasizing computer science's role, it explores potential applications in various fields and advocates for scientific progress through unified theories.
The brain makes a lot of waste. Now scientists think they know where it goes
Scientists reveal synchronized brain waves during sleep aid in waste removal, potentially benefiting Alzheimer's and other brain disorders. Research in Nature suggests insights for human brain health and treatment development.
The glymphatic system clears brain waste during sleep
Scientists reveal how the brain's waste-removal system functions during sleep through slow electrical waves aiding fluid movement. Disruptions may relate to Alzheimer's and Parkinson's. Research aims to enhance treatments and prevention.
Computer-designed proteins guide stem cells to form blood vessels
Researchers at the University of Washington developed computer-designed proteins to guide stem cells in forming blood vessels, showing promise in regenerative medicine for organ repair. The study highlights potential advancements in tissue development research.