Tag: 3D Cell Culture

Researchers used low-frequency sound waves to assemble human mesenchymal stromal cell spheroids into stable rings within fibrin hydrogels and showed ...

A newly published consensus standard defines unified workflows, validation criteria and drug testing protocols for breast cancer organoids grown from ...

Researchers in Bonn have developed suspension-cultured human kidney tubuloids that form new cysts upon cAMP stimulation, creating a workable in-vitro ...

A new review in Medical Oncology examines how organoid and assembloid technologies could overcome the limits of conventional models in ...

A new review highlights how patient-derived 3D cancer spheroids could transform precision oncology by recreating tumor architecture, drug resistance, and ...

New research shows that sustained mechanical confinement inside densely packed tumors activates necroptosis in migratory cancer cells, halting metastasis and ...

A microfluidic 3D tumor model reveals that glucose limits proliferation, oxygen shapes architecture, and glutamine is essential for lung cancer ...

Researchers show that adjusting rocker speed and cell seeding density predictably tunes hepatic spheroid size while preserving liver cell metabolic ...

Researchers have engineered fully human, follicle-mimetic ovarian spheroids that drive endometrial organoid folding and secretory differentiation in ways static hormone ...

Recent advances in reproductive biotechnology have revolutionized our understanding and treatment of fertility issues, and a groundbreaking study by Kong ...

Two new studies have cast unprecedented light on disease processes in tuberculosis, identifying key genetic changes that cause damage in ...