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Normal Organoid

Lung Organoid

Lung Organoid_main

  • Lung alveolar organoids mimic the complex structure of alveoli, providing a realistic model for studying respiratory physiology and diseases.
▶ Mimic alveolar structure, study respiratory diseases in lab setting.
  • They allow for the study of lung diseases such as pulmonary fibrosis and respiratory infections in a controlled laboratory setting.
▶ Study pulmonary fibrosis, infections in controlled lab settings.
  • Lung alveolar organoids are used to test the efficacy and toxicity of drugs targeting respiratory conditions, offering insights into potential treatments and therapies.
▶ Test drugs for respiratory conditions' efficacy, toxicity, inform therapies.

Organism
Product Type
Organoid
Tissue
PSC, Lung tissue
Disease

Applications

Virus infection models (such as influenza)

Inflammatory Bowel Disease (IBD) refers to a chronic condition characterized by inflammation within the gastrointestinal tract, causing inflammation of the intestinal walls.

Pulmonary fibrosis

Lambda's Intestinal Fibrosis Model addresses these challenges by leveraging high mimetic human intestinal organoids to create a model of inflammatory bowel diseases.

Infectious Disease

As a virus-infected model, the
utilization of tonsil, adenoid, and lung organoids allows for the evaluation of antiviral drug efficacy and facilitates virus research.

Table of Contents

Generation process of human lung organoid

At the forefront of stem cell innovation, we specialize in creating lung organoids using both tissue samples and induced pluripotent stem cells (iPSCs).
Our cutting-edge methods enable us to induce lung differentiation from iPSCs, resulting in highly accurate and functional lung organoids.
These organoids are applicable in a wide range of experimental research and therapeutic development.

Cellular and structural similarity

Our lung organoids closely mimic the key structural features of human lung tissue.
Replicating the morphology of actual lung tissue, including critical structures like alveoli.
Composed of various cell types, including type I and II alveolar epithelial cells, ciliated cells, and secretory cells, accurately reflecting the functional complexity of real lung tissue.

Structural characteristics of lung organoids

Lung influenza model

Our lung organoids are created using induced pluripotent stem cells (iPSCs) and exhibit key structural and cellular characteristics of human lungs.
These organoids can be infected with the influenza virus, making them ideal for studying infection mechanisms and therapeutic interventions.

Lung fibrosis model

Our lung organoid fibrosis model is developed using induced pluripotent stem cells (iPSCs) that are differentiated into lung tissue.
These organoids exhibit key features of human lung tissue and can be induced to develop fibrotic characteristics, providing a realistic and detailed model for studying pulmonary fibrosis.

Structural characteristics of lung organoids