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  Science and Technology in...

  Editors Charles River

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  The modern world has the ancient Romans to thank for the origins of many modern technologies, conveniences, and ideas, from running water, baths, and republican style government to roads. Similarly, by the 3rd century BCE, the Romans were prodigious monument builders, so much so that the memory of the great Roman Republic and the Roman Empire continues to exist within a cityscape of stone. Rome’s public spaces were filled with statues, arches, temples, and many other varieties of monumental images, and each of these structures had its own civic or religious function. At the same time, most were embedded with stories, messages, and symbolism so that they also tended to function as propaganda. These monuments allowed the leading citizens of Rome, especially its emperors, to sculpt their own self-image and embed themselves and their most memorable deeds into the very structure of the Roman city.  
  	While some of the most famous examples, like the Colosseum and Pantheon, remain striking testaments to Roman engineering and technology, many of the scientific advances the Romans ushered into the world were smaller in scope but not necessarily any less important. Indeed, the Roman Empire was not just one of the most technologically advanced civilizations within the ancient world but also proportionately one of the most prolific throughout all history. A substantial number of these innovations were lost following the eventual fall of the Western Roman Empire in 476 and the subsequent centuries of decline of the Byzantine Empire starting in the early 7th century, but rediscoveries of their advancements began during the later Middle Ages and the beginning of the Modern Era (c. 1400s). Some of their ideas and designs are only now being improved upon thanks to newer, far more advanced modern technologies.  

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  Animal Biology - Understanding...

  Jeron Iris

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  Today you are getting a deal of two books: 
  Biology - Biology is the study of life and living organisms, encompassing their structure, function, growth, evolution, and interactions with their environment. This diverse field seeks to answer fundamental questions about life, such as how organisms survive, reproduce, and evolve over time. Understanding biology is crucial not only for gaining knowledge about the natural world but also for addressing issues in medicine, agriculture, environmental science, and biotechnology. At its core, biology explores the characteristics of life, which include organization, metabolism, homeostasis, growth, reproduction, response to stimuli, and adaptation. All living organisms share these characteristics, though they may express them in various ways. From the microscopic bacteria that live in the soil to the complex human body, biological processes are at work, and each organism plays a part in maintaining the balance of ecosystems. 
  Zoology - Zoology is the scientific study of animals, their biology, behavior, and interactions with their environment. As one of the core branches of biology, zoology seeks to understand the vast diversity of animal life on Earth, ranging from the simplest invertebrates to the most complex mammals. It encompasses a wide array of topics, including animal anatomy, physiology, behavior, ecology, and evolution, offering insights into the very essence of life itself. The importance of studying zoology is far-reaching. Animals are not only a key part of the planet’s biodiversity but also play vital roles in ecosystems that support life on Earth. They are integral to food webs, pollination, seed dispersal, and maintaining the balance of natural systems. By understanding animals, zoologists can contribute to the conservation and preservation of species and habitats, ensuring the survival of both the creatures themselves and the ecosystems they support.

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  Agile Project Management with...

  Ben Stephen

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  "Agile Project Management with Kanban: A Proven Framework for Managing Projects, Teams and Deliveries" is a comprehensive guide to implementing the Kanban method in any organization. Originally developed in the manufacturing industry, Kanban is a powerful tool for managing and improving workflows, and it is now widely used in a variety of industries. This book provides a clear and detailed explanation of the Kanban method and its key principles, as well as practical guidance for introducing Kanban to your team and organization. 
  The book begins by defining Kanban and its origins in Lean manufacturing, and comparing it to other Agile methodologies. It then goes on to explain the Kanban board and its components, and the role of Work In Progress (WIP) limits in Kanban. The author provides step-by-step instructions for introducing Kanban to your team and organization, including tips for creating a Kanban board and setting up WIP limits. The book also covers strategies for overcoming resistance to change and managing the flow of work. 
  In addition, the author provides techniques for visualizing and managing the flow of work, discussion of the role of metrics in Kanban, and strategies for identifying and addressing bottlenecks. The book also covers tips for effective communication and collaboration with team members and stakeholders, and strategies for ensuring buy-in and alignment with organizational goals. The author also discusses the role of leadership in Kanban, including the Kanban leadership style and practices that are most effective in a Kanban environment. 
  This book is ideal for project managers, team leaders, product managers, and anyone looking to improve their project management and delivery process. With its clear explanations and practical guidance, this book is an essential resource for anyone looking to implement Kanban in their organization. 
   

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  Neural Networks for Beginners -...

  Steve Abrams

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  Neural Networks for Beginners: A Journey Through the Brain of AI is the essential guide for anyone looking to understand the complex world of neural networks and artificial intelligence from the ground up. Tailored specifically for beginners, this book simplifies sophisticated concepts and technical jargon into clear, comprehensible language, accompanied by practical examples and hands-on projects. 
  Starting with a foundational overview of artificial intelligence and machine learning, the book delves into the architecture of neural networks, explaining the roles of neurons, layers, activation functions, and key methodologies like backpropagation and gradient descent. Each concept is broken down meticulously, ensuring readers not only learn what these terms mean but also how they fit into the larger picture of AI development. 
  As readers progress, they are guided through more advanced topics such as convolutional neural networks (CNNs) for image processing, recurrent neural networks (RNNs) for sequential data, and even cutting-edge fields like unsupervised learning and reinforcement learning. Each chapter is designed to build upon the knowledge gained in the previous ones, gradually increasing in complexity and culminating in a comprehensive understanding of the subject. 
  Neural Networks for Beginners: A Journey Through the Brain of AI offers a thorough and engaging introduction to a field that is shaping the future. Get ready to embark on a journey of learning and discovery that will empower you with the knowledge to participate in the AI revolution. 
   

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  Stalking the Great Killer -...

  Larry C. Floyd, Joseph H. Bates

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  Stalking the Great Killer is the story of Arkansas's struggle to control tuberculosis, and how the state became a model in its treatment of the disease. 
   
   
   
  To place the story of tuberculosis in Arkansas in historical perspective, the authors trace the origins of the disease. Arkansas suffered some of the worst ravages of the disease, and the authors argue that many of the improvements in the state's medical infrastructure grew out of the desperate need to control it. 
   
   
   
  In the early twentieth century, Arkansas established a sanatorium and thirty years later, the segregated Black sanitorium. These institutions helped slow the disease but at a cost: removed from families and communities, patients suffered from the isolation. Joseph Bates saw this when he delivered an uncle to the sanitorium in the 1940s. In the 1960s, Bates, now a physician, and his colleague Paul Reagan overcame a resistant medical-political system to develop a new approach to treating the disease. 
   
   
   
  In the age of Covid-19, this history offers valuable lessons about community involvement in public health, the potential efficacy of public-private partnerships, and the importance of leadership in the battle to eradicate disease.

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  Medical Laboratory Science -...

  Ava Westwood

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  Medical Laboratory Science (MLS) is a vital component of modern healthcare, providing crucial diagnostic information to aid in the prevention, diagnosis, and treatment of diseases. It encompasses a broad range of laboratory tests and analyses that are performed on patient samples to provide data essential for clinical decision-making. As healthcare continues to evolve, the role of medical laboratory scientists becomes increasingly significant, and understanding the field is essential for those entering the profession. 
  The history of medical laboratory science dates back to the late 19th century, when advancements in microbiology, chemistry, and hematology laid the foundation for laboratory testing. Early laboratory pioneers such as Louis Pasteur and Robert Koch revolutionized the understanding of infectious diseases, while the development of diagnostic tools allowed for the detection of bacteria and other pathogens in clinical samples. As science and technology advanced throughout the 20th century, laboratory science grew to encompass an even broader range of tests, including blood analyses, genetics, and molecular diagnostics. 
  The role of the medical laboratory scientist is multifaceted. These professionals work in a variety of settings, including hospitals, clinics, research institutions, and public health laboratories. They are responsible for performing laboratory tests, analyzing results, maintaining laboratory equipment, and ensuring the accuracy and precision of test outcomes. In addition, medical laboratory scientists play a critical role in monitoring the quality of laboratory processes and adhering to safety and regulatory standards. They also collaborate with physicians, nurses, and other healthcare professionals to ensure that test results are properly interpreted and applied to patient care.

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