Public Schema V2 · Liver Census V1
LX-2
HEPATIC_STELLATE · stable entity ID: LIV-ENT-A03-009
Provenance and Evidence
- Species
- NOT_CONFIRMED
- Tissue origin
- NOT_CONFIRMED
- Provenance summary
- Entity Resolution R1 + Preliminary Role Assignment R1
- Evidence summary
- Cellosaurus CVCL_5792
- Identity caveat
- Historical baseline record carried forward without curation.
- Public omics readiness
- NOT ASSESSED
Relationships
Parent model: LX-1(FAMILY RELATIONSHIP)
Engineered derivatives
- HyCyte LX-2 KO-hNGLY1(DERIVATIVE OF)
- HyCyte LX-2 KO-hTPP1(DERIVATIVE OF)
- HyCyte LX-2-Luc(DERIVATIVE OF)
- EDITGENE LX-2-FLUC(DERIVATIVE OF)
Disease Applications
No curated disease-application evidence is recorded for LX-2.
Disease application evidence describes documented experimental use. It does not change model identity, database role, physiological relevance, Disease Fidelity, or overall model ranking.
Physiological Relevance
PR evaluates baseline similarity between a cell model and its intended normal human target-cell reference. It is not overall model quality, a universal ranking, or Disease Fidelity; PR and DF are independent.
- Status
- FORMAL
- PR version
- V2
- Target reference
- hepatic stellate cells
- Spearman rho
- 0.495528
- Reference rank
- 77/154
- Percentile
- 50.327%
- Delta rho
- -0.1194289265
- NES
- NOT_DEFINED
- Gene-set size
- 365
- Method route
- FPKM_TO_TPM_V1_COMPATIBLE
The displayed row is read from the approved PUBLIC_RC1 SQLite release and is not recalculated by the website.
Uncertainty and Limitations
- NOT SEPARATELY ADJUDICATED IN THIS DELTA — Independence was not separately adjudicated in the frozen state delta.
Analysis layers
Physiological Relevance and Disease Fidelity are separate analysis layers. No overall score or ranking is generated by this page.
- Physiological Relevance
- NOT_ASSESSED
- Disease Fidelity
- NOT_ASSESSED
- Availability
- AVAILABILITY UNCERTAIN