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934 protocols found
934 protocols found
BRAIN
Publication-derived

Brain Assembloids for Developmental Studies

Source Andersen et al. · Stanford University School of Medicine, Stanford, CA, USA · DOI

Duration: 70 days Cell source: Human iPSC Full SOP · 8 phases · QC included
Developmental biology
Full SOP with Academic or a plan
BRAIN
Publication-derived

Brain Assembloids for Disease Modelling

Source Miura et al. · Stanford University School of Medicine, Stanford, CA, USA · DOI

Duration: 120 days Cell source: Human iPSC
No SOP yet
BRAIN
Publication-derived

Cortical Organoids for Disease Modelling

Source Garcia et al. · University of Pennsylvania, Philadelphia, PA, USA

Duration: 90 days Cell source: Patient-Derived iPSC (GBA N370S, SNCA A53T)
Disease modelling
No SOP yet
BRAIN
Publication-derived

Cerebral Organoids for Disease Modelling (2019)

Source Groveman et al. · National Institute of Allergy and Infectious Diseases (NIAID/NIH), Hamilton, MT, USA · DOI

Duration: 169 days Cell source: Human iPSC / Prion-Infected Primary Tissue Full SOP · 11 phases · QC included
Disease modelling
Full SOP with Academic or a plan
BRAIN
Publication-derived

Parkinson's Disease Midbrain Organoids

Source Smits et al. · University of Luxembourg, Luxembourg · DOI

Duration: 70 days Cell source: Patient-Derived iPSC (SNCA Triplication) Full SOP · 6 phases · QC included
Disease modelling
Full SOP with Academic or a plan
BRAIN
Publication-derived

Alzheimer's Disease Cerebral Organoids

Source Lin et al. · Massachusetts Institute of Technology (MIT), Cambridge, MA, USA · DOI

Duration: 90 days Cell source: Patient-Derived iPSC (APOE4/4) / Isogenic APOE3/3 Controls
Disease modelling
No SOP yet
BRAIN
Publication-derived

Cerebral Organoids for Drug Screening

Source Raja et al. · Rutgers University / The Rockefeller University, New York, USA · DOI

Duration: 100 days Cell source: Patient-Derived iPSC (Familial AD: APP Duplication, PSEN1 A246E) Full SOP · 8 phases · QC included
Drug screening
Full SOP with Academic or a plan
BRAIN
Publication-derived

Retinal Organoids

Source Quadrato et al. · Harvard University, Cambridge, MA, USA · DOI

Duration: 15 days Cell source: Human iPSC Full SOP · 6 phases · QC included
Characterisation
Full SOP with Academic or a plan
BRAIN
Publication-derived

Striatal Assembloids for Developmental Studies

Source Xiang et al. · Yale University / Memorial Sloan Kettering, New York, USA · DOI

Duration: 52 days Cell source: Human ESC / Human iPSC Full SOP · 9 phases · QC included
Developmental biology
Full SOP with Academic or a plan
BRAIN
Publication-derived

Midbrain Organoids for Disease Modelling

Source Jo et al. · Sloan Kettering Institute / Weill Cornell Medicine, New York, USA · DOI

Duration: 60 days Cell source: Human iPSC / Human ESC Full SOP · 4 phases · QC included
Disease modelling
Full SOP with Academic or a plan
BRAIN
Publication-derived

Hindbrain 2D Cell Cultures for Developmental Studies

Source Muguruma et al. · RIKEN Center for Developmental Biology, Kobe, Japan

Duration: 70 days Cell source: Human ESC
Developmental biology
No SOP yet
BRAIN
Publication-derived

Thalamic Assembloids for Disease Modelling

Source Xiang et al. · Harvard Medical School / Memorial Sloan Kettering Cancer Center, New York, USA · DOI

Duration: 100 days Cell source: Human ESC / Human iPSC Full SOP · 5 phases · QC included
Full SOP with Academic or a plan
BRAIN
Publication-derived

Brain Organoids for Disease Modelling with Blood-Brain Barrier

Source Pellegrini et al. · MRC Laboratory of Molecular Biology, Cambridge, UK · DOI

Duration: 45 days Cell source: Human iPSC / Human ESC
No SOP yet
BRAIN
Publication-derived

Brain Reference Datasets for Developmental Studies

Source Pollen et al. · University of California San Francisco (UCSF), San Francisco, CA, USA · DOI

Duration: 120 days Cell source: Human iPSC / Chimpanzee iPSC / Macaque iPSC
Developmental biology
No SOP yet
BRAIN
Publication-derived

Cerebral Organoids with Single-Cell Profiling

Source Camp et al. · Max Planck Institute for Evolutionary Anthropology, Leipzig, Germany · DOI

Duration: 75 days Cell source: Human iPSC / Human Fetal Tissue (comparison)
Characterisation
No SOP yet
BRAIN
Publication-derived

Autism Spectrum Disorder Cortical Models

Source Mariani et al. · Yale University School of Medicine, New Haven, CT, USA · DOI

Duration: 42 days Cell source: Patient-Derived iPSC (Autism Spectrum Disorder) Full SOP · 10 phases · QC included
Disease modelling
Full SOP with Academic or a plan
BRAIN
Publication-derived

Cortical Organoids

Source Velasco et al. · Harvard University, Cambridge, MA, USA · DOI

Duration: 180 days Cell source: Human iPSC / Human ESC
No SOP yet
BRAIN
Publication-derived

Brain Organoids for Infection Studies

Source Qian et al. · Johns Hopkins University School of Medicine, Baltimore, MD, USA · DOI

Duration: 100 days Cell source: Human iPSC Full SOP · 4 phases · QC included
Infectious disease
Full SOP with Academic or a plan
BRAIN
Publication-derived

Cortical 2D Cell Cultures for Developmental Studies

Source Kadoshima et al. · RIKEN Center for Developmental Biology, Kobe, Japan · DOI

Duration: 112 days Cell source: Human ESC Full SOP · 7 phases · QC included
Developmental biology
Full SOP with Academic or a plan
BRAIN
Publication-derived

Cortical Spheroids for Disease Modelling

Source Paşca et al. · Stanford University School of Medicine, Stanford, CA, USA · DOI

Duration: 180 days Cell source: Human iPSC Full SOP · 5 phases · QC included
Developmental biology
Full SOP with Academic or a plan
BRAIN
Publication-derived

Cerebral Organoids

Source Lancaster et al. · IMBA — Institute of Molecular Biotechnology, Vienna, Austria · DOI

Duration: 15 days Cell source: Human iPSC / Human ESC Full SOP · 6 phases · QC included
Full SOP with Academic or a plan
BRAIN
Publication-derived

Brain Organoids for Disease Modelling

Source Lancaster et al. · IMBA — Institute of Molecular Biotechnology, Vienna, Austria · DOI

Duration: 30 days Cell source: Human iPSC / Human ESC Full SOP · 5 phases · QC included
Disease modelling
Full SOP with Academic or a plan