course provides comprehensive training on the ELISA (Enzyme-Linked Immunosorbent Assay) technique, equipping professionals with the knowledge and skills for real-world applications.

Key Topics:

• ELISA Fundamentals:

  • Theoretical underpinnings of antigen-antibody interactions

  • Various types of ELISA assays (direct, indirect, sandwich)

  • Components and functions of ELISA kits

• Advanced Techniques:

  • Double antibody sandwich ELISA for enhanced specificity

  • Competitive ELISA for quantifying small molecules

  • Understanding factors affecting ELISA performance (sensitivity, specificity)

• Applications in Diverse Fields:

  • Immunodiagnostics of infectious diseases (e.g., COVID-19 testing)

  • Food safety analysis (detecting foodborne pathogens)

  • Environmental monitoring (assessing pollutant levels)

  • Allergen detection in food products

  • Autoimmune disease diagnostics

• Data Analysis and Interpretation:

  • Principles of spectrophotometry and result interpretation

  • Statistical analysis of ELISA data

  • Quality control and validation procedures

ELISA Fundamentals:

• Theoretical underpinnings of antigen-antibody interactions

• Various types of ELISA assays (direct, indirect, sandwich)

• Components and functions of ELISA kits

Theoretical underpinnings of antigen-antibody interactions

Various types of ELISA assays (direct, indirect, sandwich)

Components and functions of ELISA kits

Advanced Techniques:

• Double antibody sandwich ELISA for enhanced specificity

• Competitive ELISA for quantifying small molecules

• Understanding factors affecting ELISA performance (sensitivity, specificity)

Double antibody sandwich ELISA for enhanced specificity

Competitive ELISA for quantifying small molecules

Understanding factors affecting ELISA performance (sensitivity, specificity)

Applications in Diverse Fields:

• Immunodiagnostics of infectious diseases (e.g., COVID-19 testing)

• Food safety analysis (detecting foodborne pathogens)

• Environmental monitoring (assessing pollutant levels)

• Allergen detection in food products

• Autoimmune disease diagnostics

Immunodiagnostics of infectious diseases (e.g., COVID-19 testing)

Food safety analysis (detecting foodborne pathogens)

Environmental monitoring (assessing pollutant levels)

Allergen detection in food products

Autoimmune disease diagnostics

Data Analysis and Interpretation:

• Principles of spectrophotometry and result interpretation

• Statistical analysis of ELISA data

• Quality control and validation procedures

Principles of spectrophotometry and result interpretation

Statistical analysis of ELISA data

Quality control and validation procedures

Course Benefits:

• Gain a thorough understanding of ELISA principles and methodologies.

• Master various ELISA applications relevant to your professional field.

• Develop critical skills in data analysis and interpretation of ELISA results.

• Become proficient in performing and troubleshooting ELISA assays.

• Enhance your problem-solving abilities for diverse applications.

Gain a thorough understanding of ELISA principles and methodologies.

Master various ELISA applications relevant to your professional field.

Develop critical skills in data analysis and interpretation of ELISA results.

Become proficient in performing and troubleshooting ELISA assays.

Enhance your problem-solving abilities for diverse applications.

Target Audience:

This course is designed for professionals from various backgrounds seeking to expand their knowledge and expertise in ELISA techniques. It is ideal for:

• Researchers in immunology, microbiology, and biotechnology

• Laboratory technicians and analysts in food safety, environmental, and clinical settings

• Quality control personnel in the pharmaceutical and food industries

• Medical professionals seeking a deeper understanding of diagnostic tools

Researchers in immunology, microbiology, and biotechnology

Laboratory technicians and analysts in food safety, environmental, and clinical settings

Quality control personnel in the pharmaceutical and food industries

Medical professionals seeking a deeper understanding of diagnostic tools

Prerequisites:

A basic understanding of biological principles (antigens, antibodies, immune system) is recommended.

Enzyme-linked immunosorbent Assay  (ELISA)       

ELISA from fundamentals of immune system and the history of the

analytical assay prior to the invention of ELISA to the materials of choice for

fabrication of the platforms, possible biomolecular interactions, different protocols,

and evaluation parameters among the rest. This book guides Readers through different steps of the analytical assay while familiarizing them with the possible

sources of error in the assay. The course offers detailed insights on the immobilization techniques used for protein attachment, different methods for evaluation

of the assay and calculation of the key important parameters in the analytical assay

such as sensitivity, specificity, accuracy, and limit of detection. Advantages and

shortages of the conventional ELISA as well as different attempts for improvement

of its performance are covered in this book. Merging and intergrading different

technologies with widely known ELISA have opened numerous windows of

opportunity to the advancement of this immunoassay. In that respect, the current

book provides the latest updates on integrated platforms such as ELISpot, plasmonic ELISA, sphere-/bead-based ELISAs, paper-/fiber-based ELISAs as well as

ELISA in micro-devices.

Fundamentals and History of ELISA

Evolution of the Immunoassays Until Invention of ELISA

Principles of the Immune System

Biomolecular Interactions Between Antibody and Antigen . . .

General Overviews on Applications of ELISA . . .

Step by Step with ELISA: Mechanism of Operation, Crucial

Elements, Different Protocols, and Insights on Immobilization

and Detection of Various Biomolecular Entities . . . . . . . . .

Evaluation of the Detection Results Obtained from ELISA . . .

.