Single-cell dissection of the genotype-immunophenotype relationship in glioblastoma

Histone Chaperones Coupled to DNA Replication and Transcription Control Divergent Chromatin Elements to Safeguard Cell Identity [scRNA-seq]

Thymic mimetic cells in various mouse strains

Topological velocity inference from spatial transcriptomic data

Rare Subset of T Cells Form Integrin-dependent Clustering with Circulating Tumor Cells to Foster Metastasis in Breast Cancer

Single-Cell Transcriptome Atlas of Human Mesenchymal Stem Cells Derived from Umbilical Cords during Passaging

Single-cell transcriptome landscape suggests novel fingerprint of relapse in acute monocytic leukemia post transplantation

Integrative genomic approach identifies glial transcriptomic dysregulation in the cortex of individuals with Alcohol Use Disorder

ETMR stem-like state and chemoresistance are supported by perivascular cells at single-cell resolution

Single-cell transcriptome sequencing reveals the cellular heterogeneity of small intestine tissue in celiac disease

Histone Chaperones Coupled to DNA Replication and Transcription Control Divergent Chromatin Elements to Safeguard Cell Identity

A Single-cell Atlas of Schwannoma Across Genetic Backgrounds and Anatomic Locations

Design and Biological Activity of a Novel Urea Compound Against Glioblastoma [HK-244_scRNAseq_MXC-017_in_vitro]

Design and Biological Activity of a Novel Urea Compound Against Glioblastoma [HK-374]

Measles oncolytic virus as an immunotherapy for recurrent/refractory pediatric medulloblastoma and atypical teratoid rhabdoid tumor [scRNA-Seq]

ETMR stem-like state and chemo-resistance are supported by perivascular cells at single-cell resolution (human subset)

ETMR stem-like state and chemo-resistance are supported by perivascular cells at single-cell resolution (murine subset)

ETMR stem-like state and chemo-resistance are supported by perivascular cells at single-cell resolution (human+murine organoids subset)

ETMR stem-like state and chemo-resistance are supported by perivascular cells at single-cell resolution (human organoids subset)

ETMR stem-like state and chemo-resistance are supported by perivascular cells at single-cell resolution (spatial transcriptomics subset)