Overview

• Covers the applied fundamentals of molecular tools used across plant biotechnology workflows, from sample preparation to validation.
• Connects PCR, RT-PCR, cloning, electrophoresis, marker screening, and gene expression methods to plant research needs.
• Relates laboratory technique choices to transformation support, trait validation, tissue culture interfaces, and crop improvement studies.
• Shows how to structure robust experiments with controls, replicates, documentation, and interpretation checkpoints.
• Review the role of DNA, RNA, vectors, markers, enzymes, and amplification systems in plant biotechnology pipelines.
• Understand how molecular tools support gene discovery, construct confirmation, transformation screening, and expression studies.

Who should attend

• Suitable for plant biology researchers, biotech trainees, breeding support teams, and laboratory professionals entering molecular workflows.
• The workshop is designed for research, training, and capability-building contexts where molecular methods must be understood clearly.
• Teams can use the content to standardize discussions around assay choice, validation logic, documentation, and cross-functional communication.

Learning outcomes

• Differentiate when to use PCR, qPCR, RT-PCR, gel electrophoresis, restriction analysis, and cloning workflows.
• Identify sample quality requirements, contamination risks, primer design basics, and controls that improve reproducibility.
• Interpret common readouts such as band patterns, Ct trends, insert checks, and marker presence with greater confidence.
• Translate workshop learning into project planning, method selection, troubleshooting, and reporting for plant-focused studies.

Agenda

• Day 1 covers molecular biology essentials, nucleic acid handling, assay principles, and the logic behind core plant biotech tools.
• Day 1 also reviews extraction quality checks, primer considerations, amplification setup, gel workflows, and result interpretation.
• Day 2 focuses on cloning logic, vector concepts, screening strategies, expression analysis pathways, and validation planning.
• The workshop closes with workflow design exercises that align tools, controls, timelines, and expected outputs for plant projects.

Hands-on / Demonstrations

• Guided hands-on discussions map methods to plant transformation, transgene confirmation, marker-assisted workflows, and lab scenarios.
• Participants work through troubleshooting examples involving weak amplification, contamination, nonspecific bands, and sample variability.

Deliverables

• Participants receive a structured workshop deck covering concepts, workflow maps, terminology, and plant biotechnology use cases.
• Takeaway materials include a method selection checklist, experimental planning pointers, and a troubleshooting reference.
• Teams can use the content to standardize discussions around assay choice, validation logic, documentation, and cross-functional communication.

FAQ

• FAQ guidance clarifies expected background knowledge, the balance between fundamentals and applications, and how examples are presented.
• Common participant questions on learning outcomes, delivery style, and applicability to plant systems are addressed throughout the program.