{"id":505,"date":"2026-01-01T15:35:07","date_gmt":"2026-01-01T15:35:07","guid":{"rendered":"https:\/\/allabio.tech\/?page_id=505"},"modified":"2026-01-22T09:41:10","modified_gmt":"2026-01-22T09:41:10","slug":"hydrogel-for-organoids","status":"publish","type":"page","link":"https:\/\/allabio.tech\/index.php\/hydrogel-for-organoids\/","title":{"rendered":"Hydrogel for Organoids"},"content":{"rendered":"\n

HycopGel\u2122<\/strong> is formulated from plant-derived biosynthetic materials<\/strong> to biomimic the extracellular matrix (ECM) with a fully defined composition<\/strong>. In contrast to animal-derived matrices such as mouse EHS tumor extracts, HycopGel\u2122 eliminates biological variability and undefined components, making it inherently better suited for precision medicine, translational research, and future regenerative applications<\/strong>.<\/p>\n\n\n\n

Within the HycopGel\u2122 matrix, cells are supported to adhere, migrate, and self-organize<\/strong> in a three-dimensional architecture that closely resembles native tissue environments. Compared with conventional 2D culture, organoids embedded in HycopGel\u2122 exhibit more physiologically relevant morphology, cell\u2013cell interactions, and functional responses\u2014features that are critical for reliable disease modeling and drug evaluation.<\/p>\n\n\n\n

HycopGel\u2122\u2014are widely applied in tumor organoid establishment, expansion, and in vitro functional assays<\/strong>, enabling drug sensitivity testing and personalized therapeutic assessment with higher biological relevance and experimental consistency.<\/p>\n\n\n\n

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Category<\/td>Product Name<\/td>Cat. No.<\/td>Specification<\/td>Application<\/td><\/tr>
3D\n Cell Culture<\/td>HycopGel 3D Spheroid\n Engineered Matrix Gel Kit<\/td>CR01A0105 <\/span><\/td>Gel 1ml 5<\/td>3D spheroid culture for\n various cancer cell lines<\/td><\/tr>
3D\n Cell Culture<\/td>HycopGel 3D Spheroid\n Engineered Matrix Gel Kit<\/td>CR01A0110<\/td>Gel 1ml 10<\/td>3D spheroid culture for\n various cancer cell lines<\/td><\/tr>
Animal\n Model Construction<\/td>HycopGel Tumor Xenograft\n Engineered Matrix Gel Kit<\/td>CR02A0105 <\/span><\/td>Gel 1ml 5<\/td>Construction of mouse tumor\n xenograft models<\/td><\/tr>
Animal\n Model Construction<\/td>HycopGel Tumor Xenograft\n Engineered Matrix Gel Kit<\/td>CR02A0110<\/td>Gel 1ml 10<\/td>Construction of mouse tumor\n xenograft models<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Colorectal\n Cancer Organoid Culture Kit<\/td>CR03A01-B1<\/td>Gel 1ml 5<\/td>Human colorectal cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Esophageal\n Cancer Organoid Culture Kit<\/td>CR03A01-B2<\/td>Gel 1ml 5<\/td>Human esophageal cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Gastric\n Cancer Organoid Culture Kit<\/td>CR03A01-B3<\/td>Gel 1ml 5<\/td>Human gastric cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Breast\n Cancer Organoid Culture Kit<\/td>CR03A01-B4<\/td>Gel 1ml 5<\/td>Human breast cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Liver Cancer\n Organoid Culture Kit<\/td>CR03A01-B5<\/td>Gel 1ml 5<\/td>Human liver cancer organoid\n culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Ovarian\n Cancer Organoid Culture Kit<\/td>CR03A01-B6<\/td>Gel 1ml 5<\/td>Human ovarian cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Lung\n Adenocarcinoma Organoid Culture Kit<\/td>CR03A01-B7<\/td>Gel 1ml 5<\/td>Human lung adenocarcinoma\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Endometrial\n Cancer Organoid Culture Kit<\/td>CR03A01-B8<\/td>Gel 1ml 5<\/td>Human endometrial cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Bladder\n Cancer Organoid Culture Kit<\/td>CR03A01-B9<\/td>Gel 1ml 5<\/td>Human bladder cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human\n Nasopharyngeal Cancer Organoid Culture Kit<\/td>CR03A01-B10<\/td>Gel 1ml 5<\/td>Human nasopharyngeal cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Cervical\n Cancer Organoid Culture Kit<\/td>CR03A01-B11<\/td>Gel 1ml 5<\/td>Human cervical cancer\n organoid culture<\/td><\/tr>
Human\n Tumor Organoids<\/td>HycopGel Human Pancreatic\n Cancer Organoid Culture Kit<\/td>CR03A01-B12<\/td>Gel 1ml 5<\/td>Human pancreatic cancer\n organoid culture<\/td><\/tr>
Murine\n Organoids<\/td>HycopGel Mouse Small\n Intestine Organoid Culture Kit<\/td>CR03A02-B1<\/td>Gel 1ml 5<\/td>Mouse small intestine\n organoid culture<\/td><\/tr>
Recovery\n & Dissociation<\/td>HycopGel Cell Recovery\n Solution<\/td>CR04A0125<\/td>25ml<\/td>Gentle recovery of\n cells\/organoids from hydrogel<\/td><\/tr>
Recovery\n & Dissociation<\/td>HycopGel Universal Recovery\n Solution<\/td>CR0901-25<\/td>25ml<\/td>Universal recovery of cells\n and organoids<\/td><\/tr>
Recovery\n & Dissociation<\/td>HycopGel Universal Recovery\n Solution<\/td>CR0901-100<\/td>100ml<\/td>Universal recovery of cells\n and organoids<\/td><\/tr>
Functional\n Assays<\/td>HycopGel Plate Coating\n Engineered Matrix Gel Kit<\/td>CR06A0101<\/td>Gel 1ml 1<\/td>Surface coating for cell\n adhesion culture<\/td><\/tr>
Functional\n Assays<\/td>HycopGel Cell Invasion\n Engineered Matrix Gel Kit<\/td>CR05A0105<\/td>Gel 1ml 5<\/td>Cell invasion and migration\n assays<\/td><\/tr>
Functional\n Assays<\/td>HycopGel Cell Invasion\n Engineered Matrix Gel Kit<\/td>CR05A0110<\/td>Gel 1ml 10<\/td>Cell invasion and migration\n assays<\/td><\/tr>
Functional\n Assays<\/td>HycopGel Porous Microsphere\n Engineered Matrix Gel Kit<\/td>CR07A0105<\/td>Gel 1ml 5<\/td>Preparation of porous\n microspheres \/ microstructured hydrogels<\/td><\/tr>
Functional\n Assays<\/td>HycopGel Porous Microsphere\n Engineered Matrix Gel Kit<\/td>CR07A0110<\/td>Gel 1ml 10<\/td>Preparation of porous\n microspheres \/ microstructured hydrogels<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n