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  Medical Virology - Viruses and...

  Ava Westwood

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  Virology is the branch of microbiology that focuses on the study of viruses, including their structure, classification, replication, pathogenesis, and interactions with hosts. Viruses are unique infectious agents that exist at the boundary between living and non-living entities. Unlike bacteria and other microorganisms, viruses cannot replicate independently; they rely entirely on host cells to reproduce. This dependency makes them significant in the fields of medicine, biotechnology, and public health. 
  The significance of virology has expanded with the emergence of novel viral diseases, pandemics, and the continuous evolution of viral pathogens. From early discoveries of viral infections to the development of vaccines and antiviral therapies, virology has played a crucial role in advancing medical science. The study of viruses extends beyond human health, influencing veterinary medicine, agriculture, and environmental sciences. Understanding the fundamental principles of virology is essential for diagnosing, treating, and preventing viral diseases. 
  Historically, virology began with the discovery of infectious agents that were too small to be seen under a microscope. The first major breakthrough occurred in the late 19th century when Dmitri Ivanovsky and Martinus Beijerinck independently demonstrated that certain infectious agents, later identified as viruses, could pass through filters that trapped bacteria. This led to the realization that viruses were distinct from other microorganisms. The discovery of bacteriophages, viruses that infect bacteria, further expanded the field and paved the way for molecular virology.

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  UX Writing Essentials - A Simple...

  Atila Velo

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  A comprehensive guide to UX Writing that bridges foundational concepts with advanced insights, suitable for all backgrounds. This audiobook covers microcopy, brand voice, user journeys, research, and the evolving roles of ContentOps and AI. Designed for clarity and depth, it equips readers to navigate challenges, avoid pitfalls, and elevate digital communication across diverse contexts.

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  Summary of Matt Fortnow &...

  Falcon Press

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  Buy now to get the main key ideas from Matt Fortnow & QuHarrison Terry's The NFT Handbook 
    
  Non-fungible tokens have taken the internet by storm, though they have been subject to criticism and debates doubting their validity and their ethics. In The NFT Handbook (2021), Matt Fortnow and QuHarrison Terry offer a thorough guide on how to make, market, and purchase NFTs. They tackle a wide range of issues, from the core definitions and categories of NFTs to their legality, tax consequences, and future value. The NFT Handbook is an essential read for anyone who wants to get acquainted with the developing realm of NFTs.

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  Rocket Science Made Simple - A...

  Virversity Online Courses

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  Embark on a cosmic journey with our comprehensive online course in rocket science and space exploration. Designed for all, from beginners to enthusiasts, it offers insights into the principles and technologies that power rockets. Gain a foundational understanding of rocket concepts, explore rocketry's history, learn the physics of propulsion, and uncover design and material aspects of various rockets. Understand complex launch processes, satellite deployment, tackle challenges, and explore future innovations.
   
  Start with an introduction to rocket science, followed by the history of rocketry to learn about key milestones. Dive into the basic physics of rocketry, covering the forces and motions governing rockets. Learn about rocket propulsion and explore different rocket designs and uses. Discover the significance of materials in rocket construction, and explore key components in Rocket Anatomy.
   
  The course delves into orbital mechanics, explaining how orbits work, and the rocket launch process, providing a detailed guide. Learn about the strategic importance of satellite deployment and examine common challenges in the industry. Finally, explore the future innovations and technologies set to redefine rocket science.
   
  By the end, you'll have a robust understanding of rocket science and an enriched perspective on its role in advancing human exploration and technology, transforming your view on human interaction with the cosmos.

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  Kinesiology - The Science of...

  Mike Crawford

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  Kinesiology, the scientific study of human movement, is a multidisciplinary field that integrates principles from anatomy, physiology, biomechanics, and neuroscience. It examines how the body moves, the forces that act upon it, and the underlying mechanisms that control movement. By understanding these principles, professionals in various fields, including physical therapy, sports science, and occupational therapy, can enhance human performance, prevent injuries, and improve rehabilitation strategies. 
  The origins of kinesiology date back to ancient civilizations, where scholars like Aristotle and Galen first explored the mechanics of movement. However, the field gained prominence in the 19th and 20th centuries as scientific advancements allowed for a deeper understanding of biomechanics and motor control. Today, kinesiology encompasses a vast range of topics, from the microscopic study of muscle fibers to large-scale analyses of athletic performance. 
  One of the core components of kinesiology is biomechanics, which applies the principles of physics and engineering to study how forces influence movement. Biomechanics helps explain how the body maintains balance, generates power, and absorbs impact. For example, analyzing the gait cycle of a runner can reveal inefficiencies that may lead to injuries. By optimizing movement patterns, biomechanics contributes to improving athletic performance and developing assistive technologies such as prosthetics and orthotics.

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  All Hands on Tech - The...

  Ian Barkin, Thomas H. Davenport,...

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  Dive into a future of work where technology empowers everyone to be a creator and builder with All Hands on Tech. This pivotal book offers a comprehensive look into the role of citizen developers—business domain experts who are driving IT-enabled innovation using technology previously reserved for professional technologists. Through case studies of citizens and citizen-enabled enterprises, the authors demonstrate how emerging technology bestows unprecedented power on these individuals and unprecedented value on the organizations that channel their efforts. They outline a transformative approach to citizen development that not only enhances companies' innovative capacity via the empowerment of domain experts, but also minimizes risk and liberates IT departments to pursue more strategic initiatives. 
   
   
   
  All Hands on Tech describes a revolution in work—powered by technology becoming more human and humans becoming more comfortable with technology. This convergence provides a clear pathway for enterprises to leverage the experience and insight of all employees. The authors provide diverse examples of companies that have aligned the work of their citizen developers with wider organizational goals across citizen data science, automation, and development projects. These examples demonstrate why and how to commit to the citizen revolution in your organization.

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