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  Metabolism and Side Effects of...

  Pharmacology University

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  In the following audiobook you will learn about biochemistry, metabolism, pharmacokinetics and side effects of cannabinoids. 
  Cannabis is a plant species of the Cannabaceae family, which includes three strains: Cannabis indica, Cannabis sativa and Cannabis ruderalis. Thanks to its features, cannabis has been used in several fields throughout history. The first reference of its therapeutic use was in China, in the 4.000 B.C. in the most ancient pharmaceutical guide known: the Pen Ts’ao Ching, attributed to the emperor Shen Nung, where it was used against menstrual disorders, goute, malaria, constipation and muscular weakness; later, indications were extended to wound healing, against infectious processes, clearance of pus, treatment of rheumatism, and to decrease fever and anxiety. 
  Pharmacokinetics and metabolism of cannabinoids involve absorption through different routes of administration and drug prescriptions, distribution of their compounds throughout the body, metabolism by the liver and extrahepatic tissues, and elimination in feces, urine, sweat, oral fluids and hair, and excretion by different body fluids. Pharmacokinetic processes are dynamic, can change over time and can be affected by the frequency and magnitude of drug exposure. 
  There is limited understanding of the expected side effects of cannabis use in a therapeutic context. Consequently, a significant amount of the data on this topic are derived from studies investigating the recreational use of cannabis, which implies caution in making conclusions regarding medicinal use. Specifically, the amount of cannabis used, methods of administration, and the existence of comorbidities differ significantly between recreational and medicinal cannabis-using populations. As a result, different side effects might be expected, but what has been documented to date refers to mild effects.

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  Agile Product Management -...

  Alexa Campbell

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  Everything you need to know about Agile product management. 
  Have you always wondered what you can do to improve the team you work with? 
  Do you wonder if there is a way to ensure the product is updated periodically to ensure the final product has all the features the stakeholder wants? 
  If you answered yes, then this is the book for you. 
  Most project managers and organizations throw the word Agile around a lot when working on software development. Little do they know that this project management methodology can be used to develop almost any product and used by any team with a deliverable. 
  In this book, you will: 
  ●      Understand what project management is 
  ●      Learn everything about Agile 
  ●      Understand the benefits of the Agile project management methodology 
  ●      Gain insight to the different frameworks used to implement Agile, including Scrum, Kanban, Extreme Programming, and Lean 
  ●      How to determine if Agile is right for your team 
  ●      Know what mistakes to avoid and more! 
  You will also learn what you can do to overcome any issues you may come across when you implement this methodology. 
  So, what are you waiting for? Grab a copy of this book and learn everything you can about Agile.

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  Cracking the Genetic Code:...

  Osric Wynter

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  Cracking the Genetic Code: Revolutionizing Our Future 
  ⭐⭐ Simplified Guide & Explanations Included ⭐⭐ 
  Are you aiming to advance your understanding of genetic advancements and how they are shaping our future? 
  Looking for a comprehensive guide that equips you with everything you need to grasp the complexities of genetic breakthroughs? 
  Your search ends here! 
  This audiobook is your ultimate companion for deepening your knowledge, applying new insights, and engaging with hands-on exercises. With this resource, you're set for success. 
  Updated for the Latest Genetic Discoveries 
  Key Features of this Enriched Guide: 
  - Profound insights about the impact of genetic code on our future 
  - Detailed explanations of genetic breakthroughs and their applications 
  - Effective strategies for understanding and leveraging these advancements 
  Our guide stands out with its comprehensive coverage, essential for mastering genetic concepts. We don't just skim the surface; we delve deep with precision. 
  Please note that this guide is not affiliated with any official genetic authority and is purely an independent resource for your benefit. 
  Designed with a clear structure and easy-to-understand language, our Genetic Code Guide ensures smooth transitions between topics. Say goodbye to dense jargon and welcome clear, precise, and technically accurate content. 
  So, why wait? Click the BUY NOW button, secure your guide, and embark on your journey to understanding the genetic breakthroughs that are revolutionizing our future!

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  Trolling Ourselves to Death -...

  Jason Hannan

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  Almost forty years ago, Neil Postman argued that television had brought about a fundamental transformation to democracy. By turning entertainment into our supreme ideology, television had recreated public discourse in its image and converted democracy into show business. In Trolling Ourselves to Death, Jason Hannan builds on Postman's classic thesis, arguing that we are now not so much amusing, as trolling ourselves to death. 
   
   
   
  Contrary to the popular view of the troll as an exclusively anonymous online prankster, Hannan asserts that trolls have emerged from the cave, so to speak. Trolls now include politicians, performers, patriots, and protesters. What was once a mysterious phenomenon limited to the darker corners of the Internet has since gone mainstream, eroding our public culture and changing the rules of democratic politics. 
   
   
   
  Synthesizing media ecology with historical materialism, Hannan explores the disturbing rise of political unreason in the form of mass trolling and sheds light on the proliferation of disinformation, conspiracy theory, "cancel culture," and digital violence. Taking inspiration from Robert Brandom's innovative reading of Georg Wilhelm Friedrich Hegel, Trolling Ourselves to Death makes a case for building "a spirit of trust" to curb the epidemic of mass distrust that feeds the plague of political trolling.

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  A Little Bit of Land

  Jessica Gigot

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  From midwifing new lambs to harvesting basil, Jessica Gigot invites the reader into her life on a small farm and the uncommon road that led her there. Fascinated by farming and the burgeoning local food movement, she spent her twenties wandering the Pacific Northwest, interning at small farms and doing graduate work in horticulture, always with an eye towards learning as much as she could about how and why people farm. Despite numerous setbacks and the many challenges of farming, she created a family and farm life defined by resilience and a genuine love of the land.   
  In A Little Bit of Land, Gigot explores the intricacies of small-scale agriculture in the Pacific Northwest and the changing role of women in this male-dominated industry. Gigot alternates between chapters describing joys, routines, and challenges of farm life and chapters reflecting on her formative experiences in agriculture, on farms and in classrooms from Ashland to the Skagit Valley. Throughout, she explores questions of sustainability, economics, health, and food systems.

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  Embedded Systems for Engineers...

  Sheikh Muhammad Ibraheem, Sadia...

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  Embedded Systems For Engineers and Students is a comprehensive textbook written to provide an in-depth understanding of the principles and practical applications of embedded systems 
  The book begins with an introduction to the basics of embedded systems, including the hardware and software components, design methodologies, and programming languages. It then delves into the different types of microcontrollers and processors commonly used in embedded systems, their architectures, and how to program them using high-level programming languages such as C and C++. The book also covers topics such as real-time operating systems, interrupts, and event-driven programming. It discusses the importance of software testing and debugging techniques and introduces students to different debugging tools and methods. It is a valuable resource for anyone interested in learning about embedded systems. It provides a comprehensive introduction to the principles and practical applications of embedded systems, making it an ideal textbook for students and a useful reference guide for practicing engineers. 
  Book Portions:Embedded Systems IntroductionMicrocontrollers and SensorsEmbedded ProgrammingEmbedded Systems Design

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