Empowering professionals for over 24 years

Empowering professionals for over 24 years

Deep Dive BioBasics 201: Targeted Therapeutics Explained for the Non-Scientist

Deep Dive BioBasics 201: Targeted Therapeutics Explained for the Non-Scientist
  • Level: Intermediate
  • CPE: 11 Credits
  • Time: 9 Hours

Discover the power of targeted therapeutics with BioBasics 201: Targeted Therapeutics Explained for the Non-Scientist. Explore how the immune system fights disease and the breakthrough therapeutics it inspires. Learn how vaccines, therapeutic antibodies, gene therapies, RNA medicines, and genome editing enhance and support the body’s defenses to cure disease.

  1. Learn key immune system mechanisms that protect against cancer and infectious disease and correlate with therapeutic innovation
  2. Categorize therapeutic antibody mechanisms, including monoclonals, ADCs, bispecifics, and checkpoint inhibitors, to assess clinical and market differentiation
  3. Understand the mechanisms of gene and cell therapies, RNA medicines, and genome editing to learn how each strategy treats disease
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  • Overview
  • Agenda
  • Features
  • Justify This Training
  • FAQ

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Agenda

  1. Immunology: Introduction to the Human Immune System

    Explores the human immune system, highlighting the roles of key immune cells and comparing non-specific and specific immune responses.

  2. Immunology: How Our Body Fights Disease

    Examines the human immune response to pathogens and cancer, focusing on the actions of B-cells, T-cells, complement, and T-cells in immune regulation.

  3. Targeted Biologics: Vaccines

    Highlights the mechanisms and roles of vaccine platforms, covering immunological memory and emerging innovations in DNA and RNA vaccines.

  4. Focus On Oncology

    Explores cancer biology, covering growth factor signaling, the tumor microenvironment, and advances in immunotherapy.

  5. Targeted Biologics: Antibody Therapies

    Showcases antibody therapy mechanisms, including polyclonals, monoclonals, bispecifics, antibody-drug conjugates, and checkpoint inhibitors.

  6. Targeted Biologics: Cell Therapies

    Discusses the mechanisms, manufacturing, and applications of autologous and allogeneic cell therapies, including CAR-T, CAR-NK, and CAR-MA.

  7. Targeted Biologics: RNA Therapies

    Compares the mechanisms of RNA-based therapies such as antisense and siRNA, with clinical examples like Kynamro and Spinraza.

  8. Targeted Biologics: Gene Therapies

    Explores in vivo and ex vivo gene therapy, covering the viral vector platforms, AAV and lentivirus characteristics, and durability of effect.

  9. Targeted Biologics: Genome Editing

    Highlights the use of CRISPR in targeting genetic diseases, cancer, and infections, with emerging trends in rare diseases and personalized medicine.

  10. Immunotherapies: An Overview

    Compares immunotherapy types, including therapeutic antibodies, vaccines, oncolytic viruses, and cell therapy (CAR-T), emphasizing their transformative role in cancer care.

Features

  • Closed Captioning in English, Spanish, French, French Canadian, Hindi, Japanese, Korean, Mandarin, Russian, Standard Arabic
  • Viewable course workbook
  • Real-time tracking
  • Progress reporting
  • Accessibility features
  • Corporate account upgrades
  • LinkedIn certificate attachment
  • Verified certificates

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