BASICS OF PYTHON PROGRAMMING FOR PHARMACEUTICAL SCIENCES
Basics of Python Programming for Pharmaceutical Sciences is a comprehensive textbook designed for First Year B.Pharm students following the PCI curriculum and NEP syllabus. It introduces Python programming in a simple, gradual, and pharmacy-oriented manner, making it suitable for beginners.
The book covers fundamental Python concepts including installation, IDEs, variables, data types, type casting, operators, input/output, strings, and libraries, followed by control structures, loops, functions, data structures, and file handling. It then introduces Pandas for structured pharmaceutical data analysis, including CSV/Excel files, data cleaning, filtering, grouping, and aggregation.
The final unit focuses on Matplotlib and data visualization, covering line plots, histograms, scatter plots, box plots, and scientific interpretation of pharmaceutical datasets such as pharmacokinetic profiles, ADR reports, and dissolution studies.
Overall, the book connects programming with practical pharmaceutical applications, supporting academic learning, laboratory practice, data analysis, scientific calculations, and visualization.
BASICS OF PYTHON PROGRAMMING FOR PHARMACEUTICAL SCIENCES
Basics of Python Programming for Pharmaceutical Sciences is a comprehensive textbook designed for First Year B.Pharm students following the PCI curriculum and NEP syllabus. It introduces Python programming in a simple, gradual, and pharmacy-oriented manner, making it suitable for beginners.
The book covers fundamental Python concepts including installation, IDEs, variables, data types, type casting, operators, input/output, strings, and libraries, followed by control structures, loops, functions, data structures, and file handling. It then introduces Pandas for structured pharmaceutical data analysis, including CSV/Excel files, data cleaning, filtering, grouping, and aggregation.
The final unit focuses on Matplotlib and data visualization, covering line plots, histograms, scatter plots, box plots, and scientific interpretation of pharmaceutical datasets such as pharmacokinetic profiles, ADR reports, and dissolution studies.
Overall, the book connects programming with practical pharmaceutical applications, supporting academic learning, laboratory practice, data analysis, scientific calculations, and visualization.
Basics of Python Programming for Pharmaceutical Sciences
Basics of Python Programming for Pharmaceutical Sciences is a comprehensive introductory textbook that equips pharmacy students, researchers, academicians, and healthcare professionals with the essential programming skills required in today's data-driven pharmaceutical industry. Designed according to the NEP 2020 curriculum, this book presents Python programming in a simple, systematic, and application-oriented manner.
Beginning with the fundamentals of Python, the book introduces readers to variables, data types, operators, control statements, functions, file handling, object-oriented programming, exception handling, and popular scientific libraries. Each chapter includes clear explanations, practical coding examples, solved programs, and exercises that help learners build confidence in programming.
The book further demonstrates how Python is transforming pharmaceutical sciences through applications in pharmaceutical data analysis, drug discovery, formulation development, pharmacokinetics, bioinformatics, molecular modeling, machine learning, and data visualization. By connecting programming concepts with real-world pharmaceutical applications, readers gain valuable computational skills that support research, innovation, and evidence-based decision-making.
Whether you are a beginner with no prior coding experience or a professional seeking to integrate programming into pharmaceutical research and practice, this book serves as an ideal learning resource.
Basics of Python Programming for Pharmaceutical Sciences
Basics of Python Programming for Pharmaceutical Sciences is a comprehensive introductory textbook that equips pharmacy students, researchers, academicians, and healthcare professionals with the essential programming skills required in today's data-driven pharmaceutical industry. Designed according to the NEP 2020 curriculum, this book presents Python programming in a simple, systematic, and application-oriented manner.
Beginning with the fundamentals of Python, the book introduces readers to variables, data types, operators, control statements, functions, file handling, object-oriented programming, exception handling, and popular scientific libraries. Each chapter includes clear explanations, practical coding examples, solved programs, and exercises that help learners build confidence in programming.
The book further demonstrates how Python is transforming pharmaceutical sciences through applications in pharmaceutical data analysis, drug discovery, formulation development, pharmacokinetics, bioinformatics, molecular modeling, machine learning, and data visualization. By connecting programming concepts with real-world pharmaceutical applications, readers gain valuable computational skills that support research, innovation, and evidence-based decision-making.
Whether you are a beginner with no prior coding experience or a professional seeking to integrate programming into pharmaceutical research and practice, this book serves as an ideal learning resource.
Beginning of Love
Beginning of Love
