This is a title slide titled "Introduction to Cell Therapy." The subtitle lists key topics: Basics, Mechanisms, Types, Applications, and Future Prospects.

Introduction to Cell Therapy

Basics, Mechanisms, Types, Applications, and Future Prospects

Cell therapy uses living cells to repair or replace damaged tissues, targeting diseases like cancer and genetic disorders. It leverages the patient's own cells or donor cells to promote tissue regeneration and healing.

What is Cell Therapy?

• Uses living cells to repair or replace damaged tissues
• Targets diseases like cancer and genetic disorders
• Leverages patient's own cells or donor cells
• Promotes tissue regeneration and healing

The slide outlines the cell therapy workflow in four phases: Harvest (collecting cells via leukapheresis or bone marrow aspiration), Process (isolating, expanding, and modifying in a GMP lab, e.g., CAR-T), Infuse (IV or targeted delivery back to patient), and Engraft (cells migrate to repair or fight disease, monitored via imaging/tests). This visual table uses Phase, Description, and Details columns for clarity.

How Cell Therapy Works

{ "headers": [ "Phase", "Description", "Details" ], "rows": [ [ "Harvest", "Cells collected from patient or donor", "Leukapheresis or bone marrow aspiration" ], [ "Process", "Cells isolated, expanded, modified in lab", "GMP facility; e.g., CAR-T engineering" ], [ "Infuse", "Cells transplanted or infused back", "IV delivery or targeted injection" ], [ "Engraft", "Cells migrate, repair, fight disease", "Monitor via imaging and tests" ] ] }

The "Major Types" feature grid slide showcases four key cell therapies with icons and descriptions. It covers Stem Cell Therapy for tissue regeneration, CAR-T for targeting cancer cells, NK Cell for attacking tumors, and Dendritic Cell for immune vaccine activation.

Major Types

{ "features": [ { "icon": "🧬", "heading": "Stem Cell Therapy", "description": "Regenerates damaged tissues and organs." }, { "icon": "🎯", "heading": "CAR-T Therapy", "description": "Engineered T-cells target cancer cells." }, { "icon": "🛡️", "heading": "NK Cell Therapy", "description": "Natural killer cells attack tumors." }, { "icon": "💉", "heading": "Dendritic Cell Therapy", "description": "Powers vaccines via immune activation." } ] }

Currently, cell therapy features FDA-approved CAR-T for leukemia and stem cells for blood disorders. Future applications include personalized medicine, organ repair, and expanded trials for heart and neuro diseases, revolutionizing healthcare.

Applications & Future

**Current:

• CAR-T for leukemia (FDA-approved)
• Stem cells for blood disorders

Future:

• Personalized medicine
• Organ repair
• Expanded trials: heart, neuro diseases**

Cell therapy: Healing today, revolutionizing tomorrow.