📘 Analytical Techniques in Plant Sciences: Botany for B.Sc. Students | Semester I: Core II | B. P. Pandey | S. Chand Publishing | Edition 2026

Analytical Techniques in Plant Sciences: Botany for B.Sc. Students | Semester I: Core II by B. P. Pandey, published by S. Chand Publishing, is a comprehensive textbook specifically designed for B.Sc. First Semester Core II Botany students. The 2026 Edition follows the requirements of NEP 2020 and is designed for students of Odisha State Universities and Colleges.

The book covers both theory and practical aspects of analytical techniques used in plant sciences, including microscopy, electron microscopy, flow cytometry, centrifugation, radioisotopes, UV-Vis spectrometry, infrared spectroscopy, fluorescence spectroscopy, chromatography, gel electrophoresis, mass spectrometry and X-ray diffraction. It also includes practical experiments, diagrams, chapter-end exercises and viva voce preparation. 

⭐ Best Overall

🏢 Publisher: S. Chand Publishing

✍️ Author: B. P. Pandey

📚 Edition: 2026

📖 Pages: 248 Pages

🔢 ISBN: 9789369585502

📕 Binding: Paperback

📖 Category: Botany | Plant Sciences | Analytical Techniques | B.Sc. Botany | Biological Techniques

🎯 Suitable For: B.Sc. Botany Students | First Semester Students | Life Science Students | Plant Science Students | Biology Students | Odisha State University Students | NEP 2020 Students

🚀 Why This Book is Important

👉 One fundamental principle:

📌 "Modern plant science depends on analytical techniques that allow students and researchers to observe, separate, identify and analyse biological structures and molecules."

👉 This book helps students understand:

✔️ Microscopy

✔️ Electron Microscopy

✔️ Flow Cytometry

✔️ Centrifugation

✔️ Radioisotopes

✔️ UV-Visible Spectrometry

✔️ Infrared Spectroscopy

✔️ Fluorescence Spectroscopy

✔️ Chromatography

✔️ Gel Electrophoresis

✔️ Mass Spectrometry

✔️ X-Ray Diffraction

✔️ Cell Cycle

✔️ Mitosis & Meiosis

✔️ Practical Laboratory Techniques

📌 Analytical Techniques + Plant Sciences + Practical Experiments = Complete Core II Botany Learning

📖 Description (Complete Guide to Analytical Techniques in Plant Sciences)

🔹 1. Microscopic Techniques

✔️ Covers:

• Microscopy

• Simple Microscope

• Compound Microscope

• Microscopic Observation

• Biological Sample Analysis

• Microscopy Applications

✔️ Helps students understand the basic principles and applications of microscopy in plant sciences.

🔬 2. Electron Microscopy

✔️ Covers:

• Electron Microscopy

• Biological Sample Observation

• High-Resolution Microscopy

• Plant Sample Analysis

✔️ Introduces students to advanced microscopic techniques used for studying biological structures. 

🔹 3. Flow Cytometry

✔️ Covers:

• Flow Cytometry

• Cell Analysis

• Biological Sample Analysis

• Cellular Measurements

✔️ Helps students understand the use of flow cytometric techniques in biological and plant science studies.

🧪 4. Centrifugation Techniques

✔️ Covers:

• Centrifugation

• Separation Techniques

• Biological Samples

• Laboratory Applications

✔️ Explains how centrifugation can be used to separate components of biological samples.

☢️ Radioisotopes & Spectroscopy

🔹 5. Radioisotopes in Biology

✔️ Covers:

• Radioisotopes

• Biological Applications

• Radioactive Tracers

• Biological Sample Analysis

✔️ Introduces students to the use of radioisotopes for analysing biological samples.

🔹 6. UV-Visible Spectrometry

✔️ Covers:

• UV-Vis Spectrometry

• Optical Analysis

• Absorbance

• Spectrometric Measurements

• Biological Applications

✔️ Helps students understand spectrometric techniques used for analysing biological samples.

🔹 7. Infrared Spectroscopy

✔️ Covers:

• Infrared Spectroscopy

• Molecular Analysis

• Spectroscopic Techniques

• Biological Applications

✔️ Introduces the principles and applications of infrared spectroscopy.

🔹 8. Fluorescence Spectroscopy

✔️ Covers:

• Fluorescence

• Spectroscopic Analysis

• Fluorescent Molecules

• Biological Applications

✔️ Helps students understand fluorescence-based analytical techniques used in biological sciences.

🔹 9. Other Spectroscopic Methods

✔️ Covers additional spectroscopic approaches used for:

• Molecular Analysis

• Biological Sample Analysis

• Chemical Characterisation

• Plant Science Research

✔️ Provides students with broader exposure to analytical instrumentation.

🧬 Separation & Molecular Techniques

🔹 10. Chromatography

✔️ Covers:

• Chromatographic Techniques

• Paper Chromatography

• Thin Layer Chromatography

• Separation of Amino Acids

• Pigment Separation

• Biomolecule Separation

• Phytochemical Analysis

✔️ Helps students understand important separation techniques used in plant science laboratories. 

🔹 11. Gel Electrophoresis

✔️ Covers:

• Electrophoresis

• Gel Preparation

• Protein Analysis

• Nucleic Acid Analysis

• Electrophoresis Equipment

✔️ Develops an understanding of techniques used for characterising proteins and nucleic acids. 

🔹 12. Mass Spectrometry

✔️ Covers:

• Mass Spectrometry

• Molecular Analysis

• Biomolecule Characterisation

• Analytical Applications

✔️ Introduces students to an important modern analytical technique.

🔹 13. X-Ray Diffraction

✔️ Covers:

• X-Ray Diffraction

• X-Ray Techniques

• Structural Analysis

• Biological Applications

✔️ Helps students understand the role of X-ray-based techniques in scientific analysis.

🌱 Plant Biology & Cell Biology

🔹 14. Cell Cycle

✔️ Covers:

• Cell Cycle

• Cell Division

• Cellular Processes

• Biological Significance

✔️ Provides a foundation for understanding cell growth and division.

🔹 15. Mitosis & Meiosis

✔️ Covers:

• Mitosis

• Meiosis

• Cell Division

• Chromosomal Behaviour

• Biological Significance

✔️ Helps students understand important cell division processes relevant to Botany and Life Sciences.

🧫 Practical Laboratory Work

🔹 16. Practical Experiments

The book includes practical exercises designed to help students understand laboratory procedures.

✔️ Includes experiments related to:

• Simple & Compound Microscopy

• PCR Demonstration

• Paper Chromatography

• Thin Layer Chromatography

• Qualitative Analysis of Biomolecules

• Scanning Electron Microscopy Demonstration

• Electrophoresis

• HPLC Demonstration

• Spectrometer

• Beer-Lambert Law

✔️ These practical components help students connect theoretical concepts with laboratory applications. 

🧠 Diagrams & Examination Preparation

🔹 17. Student-Friendly Learning Approach

✔️ Well-labelled diagrams

✔️ Chapter-end exercises

✔️ Practical experiments

✔️ Viva Voce preparation

✔️ Theory + Practical coverage

✔️ Concept-oriented explanations

✔️ Laboratory-focused learning

📌 Theory + Practical + Diagrams + Exercises + Viva = Complete B.Sc. Botany Preparation

🎓 Academic & Professional Relevance

✔️ Useful for:

• B.Sc. Botany Students

• B.Sc. First Semester Students

• Plant Science Students

• Life Science Students

• Biology Students

• Biotechnology Students

• Microbiology Students

• NEP 2020 Students

✔️ Specifically designed to meet the requirements of B.Sc. First Semester Core II Botany students for Odisha State Universities and Colleges under the recommended National Education Policy 2020. 

🔹 Trusted Educational Resource

✔️ Published by S. Chand Publishing

✔️ Written by B. P. Pandey

✔️ Edition 2026

✔️ 248 Pages

✔️ ISBN 9789369585502

✔️ Paperback Edition

✔️ Designed according to NEP 2020

✔️ B.Sc. Semester I Core II Botany Focus

✔️ Theory + Practical Coverage

✔️ Chapter-End Exercises

✔️ Viva Voce Preparation

⭐ Why This Book is Highly Recommended

✔️ Specifically designed for B.Sc. First Semester Botany

✔️ Core II syllabus coverage

✔️ Latest 2026 Edition

✔️ Based on NEP 2020

✔️ Covers important analytical techniques used in plant sciences

✔️ Includes microscopy and electron microscopy

✔️ Covers flow cytometry and centrifugation

✔️ Includes UV-Vis, infrared and fluorescence spectroscopy

✔️ Covers chromatography and electrophoresis

✔️ Includes mass spectrometry and X-ray diffraction

✔️ Covers cell cycle, mitosis and meiosis

✔️ Includes practical laboratory experiments

✔️ Contains diagrams and chapter-end exercises

✔️ Includes viva voce preparation

👉 This book is an excellent choice for B.Sc. Botany students who need both theoretical understanding and practical knowledge of modern analytical techniques used in plant sciences.

🧠 Smart Learning Strategy

✔️ First understand the principle behind every analytical technique

✔️ Learn the working and applications of each instrument

✔️ Make short notes for spectroscopy and chromatography

✔️ Practise diagrams of microscopy techniques

✔️ Understand electrophoresis step-by-step

✔️ Revise practical experiments regularly

✔️ Practise chapter-end questions

✔️ Prepare important viva questions before practical examinations

👉 Golden Rule:

📌 "Learn the principle, understand the technique, study its application and then practise the experiment."

🎯 Final Verdict

✔️ Comprehensive Analytical Techniques in Plant Sciences textbook

✔️ Edition 2026 | S. Chand Publishing

✔️ Written by B. P. Pandey

✔️ 248 Pages

✔️ ISBN: 9789369585502

✔️ Designed for B.Sc. First Semester Core II Botany

✔️ Follows NEP 2020

✔️ Covers microscopy, electron microscopy and flow cytometry

✔️ Includes centrifugation and radioisotopes

✔️ Covers UV-Vis, infrared and fluorescence spectroscopy

✔️ Includes chromatography and gel electrophoresis

✔️ Covers mass spectrometry and X-ray diffraction

✔️ Includes cell cycle, mitosis and meiosis

✔️ Contains practical experiments and viva voce preparation

👉 A complete guide to Analytical Techniques in Plant Sciences covering microscopy, electron microscopy, flow cytometry, centrifugation, radioisotopes, UV-Vis spectrometry, infrared spectroscopy, fluorescence spectroscopy, chromatography, gel electrophoresis, mass spectrometry, X-ray diffraction, cell cycle, mitosis, meiosis and practical laboratory techniques for B.Sc. Botany Semester I Core II students.

Buy Analytical Techniques in Plant Sciences: Botany for B.Sc. Students | Semester I: Core II by B. P. Pandey, published by S. Chand Publishing, Edition 2026. Covers microscopy, electron microscopy, flow cytometry, centrifugation, spectroscopy, chromatography, electrophoresis, mass spectrometry, X-ray diffraction, cell cycle, mitosis, meiosis and practical experiments. Ideal for B.Sc. Botany students under NEP 2020. 

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