Antibody Primer offers an immersive exploration of antibodies, explaining their crucial role in research and the clinic. This class begins with an insight into the unique architecture of antibodies and details how their structure directs function. With special attention to the mechanisms of action for monoclonal antibodies, antibody-drug conjugates, bispecific antibodies, and checkpoint inhibitors, this primer highlights the capabilities of these unique molecules to fight disease. This class ends with a survey of standard antibody-based diagnostics, including ELISA, bead immunoassays, and lateral flow immunochromatographic assays, showcasing their purpose and workflows. Enroll today and become fluent in the science of antibodies!

The Biology of Biotech is the perfect place to start your journey into understanding the world of biotechnology. This foundational class offers invaluable insights into the science behind groundbreaking medical advancements. It provides a comprehensive understanding of DNA, proteins, and cells, explaining how they are manipulated to create innovative therapies and diagnostic tools. It also highlights the connection between genetic mutations and diseases, offering valuable insights into disease diagnosis and treatment. The Biology of Biotech equips learners with the necessary knowledge to navigate the complex field of biotechnology. Don't miss the chance to elevate your healthcare knowledge by registering for this class today!

Genetic Engineering Primer explores the foundational science of genetic modification, which was the impetus for the creation of the biotechnology industry in the 1980s. This class provides a solid foundation in restriction enzyme and plasmid use, molecular tools that offer endless possibilities for research, drug discovery, drug development, and biomanufacturing. Genetic Engineering Primer methodically traces the steps taken to create recombinant protein therapies that continue to revolutionize modern medicine. Don't miss this opportunity to equip yourself with the knowledge to set you apart in the conversations, enroll in Genetic Engineering Primer today!

CMC Primer explores the essential considerations in drug development known as Chemistry, Manufacturing, and Controls (CMC). It starts by explaining the critical importance of CMC implementation using the Common Technical Document to ensure patient safety. The course then analyzes in detail the significance of CMC across every stage of drug development, from discovery to preclinical and clinical development, ending with post-launch considerations. Furthermore, CMC Primer focuses on the key aspects of CMC, such as Chemistry, Manufacturing, and Controls, through three practical case studies. The course ends by showcasing CMC's regulatory implications, post approval measures, and common challenges encountered in the field. Enroll today and gain insight into CMC's pivotal role in drug development, manufacturing, and patient safety.

Laboratory Worker Biosafety Primer introduces the biosafety guidelines that keep workers, the environment, and the public safe. It uses the World Health Organization (WHO) process and framework to explain how to identify and assess infectious agent risk, so this content is appropriate for science workspaces worldwide. This class focuses on the hierarchy of controls, including the elimination/substitution of dangerous protocols and equipment, engineering controls, administrative controls, and personal protective equipment (PPE). Proper laboratory design is also crucial in ensuring containment and control measures are in place, so a bonus section on facility design is included. The Laboratory Worker Biosafety Primer is a need-to-have course for all who work in a science space- register today and stay safe!

Immunology Primer 201 builds on the foundational knowledge from Immunology Primer 101 and is a complete immersion into the specific immune system. This advanced class aims to spotlight the complexity of how disease occurs and how the human body responds. From disease recognition to disease elimination, this primer comprehensively accounts for the remarkable processes that keep humans healthy. This class ends with specific attention to the immune system's memory B-cells and memory T-cells that fight reinfection, which has direct implications for vaccine technology. Join Immunology Primer 201 to learn the science that inspired immunotherapies and vaccines. Enroll today! 

Immunology Primer 101 reveals the intricate workings of the human immune system, highlighting the difference between non-specific and specific immunity. It uncovers the mysteries of how our bodies combat cancer and infections, exploring the roles of immune cells and tissues acting in our defense. This class showcases the remarkable link between our natural defenses and headline grabbing therapeutic antibodies developed by the biopharmaceutical industry. These therapies have revolutionized disease treatment for a host of diseases. Immunology Primer 101 is the perfect starting point for those new to understanding immunotherapies. Don't miss the chance to join us!

Protein-Based Diagnostics Primer is an extensive tutorial on protein-based diagnostics commonly used in disease detection in the research and clinic setting. This engaging class covers various tools, including immunoassays, multiplexed assays, lateral flow assays, and chromatography. Get ready to explore the science of ELISA and bead immunoassays, two quantitative diagnostics that measure multiple proteins simultaneously. This course also takes a closer look at Lateral Flow Assay (LFA) technology, a rapid detection diagnostic for target-specific biomarkers. To round out the agenda, this primer ends with an in-depth exploration of chromatography technologies used for protein separation, purification, and analysis. Grab your spot today to gain a deep understanding of these different protein-based diagnostics and their practical implications!

DNA-Based Diagnostics Primer is the ultimate guide to the molecular science behind standard diagnostic tools used in research and clinical settings. This primer breaks down the critical technology that drives these diagnostic advancements, including Polymerase Chain Reaction (PCR), microarrays, Next-Generation Sequencing (NGS), and microRNA diagnostics. Each diagnostic tool is thoroughly explained, highlighting its purpose, when it is used, and how it harnesses the power of DNA to detect and analyze specific genetic sequences. This class provides a comprehensive understanding of the scientific principles that underpin DNA-based diagnostics. Gain entry into the fast-paced field of DNA-molecular diagnostics by registering for this course today