Bespoke 3D Organoid Model

With the rapid development of biotechnology, there are still clinical needs that have not been fully met across the globe. To deal with a series of human health issues, scientists never stop developing new therapeutic drugs and exploring more personalized treatment options. According to previous practice applications, the flaws in the traditional models including 2D cell culture and animal models are being exposed gradually. As such, the need for new preclinical research models will remain unchanged in the short term.

Creative Biolabs is a professional biotechnology company and has made continuous efforts into studying 3D organoid models. We have constructed a series of 3D organoid models and meanwhile provide bespoke 3D organoid models for global customers, aiming at accelerating the progress of your preclinical drug development projects.

Construction of 3D organoid models

With its popularity around the world, organoid technology has been practiced on most types of organs. Existing organoid models have diverse construction approaches, which all have their own characteristics but contain several common elements in most cases. For example, they often need soluble factors, matrix, as well as physical and integrating cues to create a suitable growth condition, as shown in Fig.1.

Fig.1 Components of organoid engineering. (Zhao, 2022)

Current 3D Organoid Models

It is well known that 3D organoid models have developed for many decades since their inception. Now, such models are more sophisticated and have been extensively employed in many research fields. Given their various advantages, they are an evaluable platform for investigating tissue development, modeling human diseases, and developing regeneration medicine and individualized medicine. As a promising in vitro research tool, the organoid culture system has great potential to bring more breakthrough for new drug discovery.

What Else Can We Provide?

Over the years, Creative Biolabs has built an ex vivo model network and evaluated every product involved. These reliable models have attracted the public's attention and won a mass of positive feedback from our stable and increasingly expanded group of customers. Aside from rich 3D tumor or normal organoid models, we also possess the capability of developing induced pluripotent stem cells (iPSC)-derived and tissue-derived organoids. Furthermore, by providing 3D biology-based and related supporting assay services, we will be your trustworthy partner on the road to scientific research. We will continue to promote the powerful organoid platform and keep it easy to access so that it can help study the pathophysiological mechanism and develop promising therapeutic strategies to a larger extent. For more details, please feel free to contact us.

Related Sections:

• 3D Tumor Organoid Model
• 3D Normal Organoid Model