Chromatin and Gene Function

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The purpose of this primer is to provide students, teachers as well as academic and industry researchers with a succinct account of the chemical and structural features of chromatin and the role that these features play in the maintenance and function of the genetic material. It is universally accepted that DNA is the carrier of the genetic information that is transmitted from parents to their offspring and that it is responsible for the anatomy, physiology and behavior of all individuals throughout development and adult life. Yet, how this information is retrieved and used selectively to allow a fertilized egg to become an organism made up of myriads of different cells and tissues is not as evident and easily understood. Dr Lucchesi, an internationally known researcher and teacher, provides an easily opened window into the role that the complex of proteins and nucleic acids that are associated with the DNA play in mediating gene expression and in responding to environmental circumstances.

DevOps Handbook中文版 第二版｜打造世界級技術組織的實踐指南／The DevOps Handbook, 2nd Edition (2版)

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在過去五年裡，《The DevOps Handbook》躋身為一本權威性實踐指南，向廣大讀者展示如何應用暢銷書《鳳凰專案》中的成功經驗並在任何組織中出色發揮。如今，加入更多精彩內容的本書第二版全新問世，是時候將DevOps擴展到整個企業，而不僅僅是IT部門。無論企業的業務模式或產品，技術早已成為每家公司的核心。《The DevOps Handbook》中提出的理論和實踐方法是全組織中任何人都能使用的工具，用來創造喜悅並在市場上取得成功。 　　 　　本書第二版增加了十五個全新案例研究，包括Adidas、美國航空公司、房利美、Target和美國空軍的真實故事。此外，知名學者暨《Accelerate》共同作者Nicole Forsgren博士也為本書第二版提供研究洞察。第二版新增了超過一百頁的內容，是技術相關人士的必讀之作。 　　這本屢獲殊榮的數位轉型指導手冊重新問世，第二版添加最新的研究成果、新的學習內容及全新案例研究！ 好評推薦 　　「《The DevOps Handbook》正中紅心：一本幫助你取得實際進展的實用指南。」 —Jeff Sussna, Sussna Associates首席執行長 　　「DevOps方法論的權威級成功指南。」 —Nigel Kersten, Puppet現場技術總監 　　「任何尋求提升其技術能力並在多個部門或業務領域擴展DevOps實踐的組織來說，《The DevOps Handbook》仍是一本必讀之作。」 —Mike Perrow, TechBeacon PART I｜三步工作法 Chapter 1｜敏捷、持續交付與「三步工作法」 Chapter 2｜第一步：暢流原則 Chapter 3｜第二步：回饋原則 Chapter 4｜第三步：持續學習與實驗原則 PART II 從何處開始 Chapter 5｜選擇適當價值流作為切入點 Chapter 6｜理解、可視化和運用價值流 Chapter 7｜參考康威法則設計組織架構 Chapter 8｜將營運融入日常開發工作 PART III 第一步工作法：暢流的技術實踐 Chapter 9｜奠定部署管線的基礎 Chapter 10｜實現快速可靠的自動化測試 Chapter 11｜啟動和實踐持續整合 Chapter 12｜自動化並降低發佈風險 Chapter 13｜降低發佈風險的架構 PART IV 第二步工作法：回饋的技術實踐 Chapter 14｜建立能發現並解決問題的遙測系統 Chapter 15｜分析遙測資料以便預測故障和實現目標 Chapter 16｜啟動回饋機制，安全地部署程式碼 Chapter 17｜ 將「假設驅動開發」和「A ／ B 測試」 Chapter 18｜建立評閱和協作流程，提升現有工作品質 PART V 第三步工作法：持續學習與實驗的具體實踐 Chapter 19｜將學習融入日常工作 Chapter 20｜將局部經驗轉化為全局改善 Chapter 21｜為組織學習和改善活動預留時間 PART VI 整合資訊安全、變更管理和合規性的技術實踐 Chapter 22｜將資訊安全納入每個人的日常工作 Chapter 23｜保護部署管線

Chemistry for Environmental Engineering and Science 5/e (2022 Revised Edition) (5版)

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【簡介】 Description This is the definitive text in a market consisting of senior and graduate environmental engineering students who are taking a chemistry course. The text is divided into a chemistry fundamentals section and a section on water and wastewater analysis. In this new edition, the authors have retained the thorough, yet concise, coverage of basic chemical principles from general, physical, equilibrium, organic, biochemistry, colloid, and nuclear chemistry. In addition, the authors have retained their classic two-fold approach of (1) focusing on the aspects of chemistry that are particularly valuable for solving environmental problems, and (2) laying the groundwork for understanding water and wastewater analysis-a fundamental basis of environmental engineering practice and research. 【目錄】 Table of Contents I Fundamentals of Chemistry for Environmental Engineering and Science 1 Introduction 2 Basic Concepts from General Chemistry 3 Basic Concepts from Physical Chemistry 4 Basic Concepts from Equilibrium Chemistry 5 Basic Concepts from Organic Chemistry 6 Basic Concepts from Biochemistry 7 Basic Concepts from Colloid Chemistry 8 Basic Concepts from Nuclear Chemistry II Water and Wastewater Analysis 9 Introduction 10 Statistical Analysis of Analytical Data 11 Basic Concepts from Quantitative Chemistry 12 Instrumental Methods of Analysis 13 Turbidity 14 Color 15 Standard Solutions 16 pH 17 Acidity 18 Alkalinity 19 Hardness 20 Residual Chlorine and Chlorine Demand 21 Chloride 22 Dissolved Oxygen 23 Biochemical Oxygen Demand 24 Chemical Oxygen Demand 25 Nitrogen 26 Solids 27 Iron and Manganese 28 Fluoride 29 Sulfate 30 Phosphorus and Phosphate 31 Oil and Grease 32 Volatile Acids 33 Gas Analysis 34 Trace Contaminants