NANOG

GPTKB entity

Statements (161)
Predicate Object
gptkbp:instance_of gptkb:DNA
gptkbp:application gptkb:Cell
regenerative medicine
tissue engineering
therapeutic cloning
gptkbp:associated_with gptkb:Cell
cancer stem cells
gptkbp:breeding_behavior other species
gptkbp:breeding_range 17p13.1
gptkbp:challenges loss of pluripotency
gptkbp:code chromosome 12
gptkbp:discovered_by gptkb:James_Thomson
gptkbp:discovery_year gptkb:2003
gptkbp:downregulated_in differentiated cells
gptkbp:function regulates pluripotency
regulation of pluripotency
gptkbp:genetic_studies developmental disorders
linked to developmental disorders
gptkbp:has_role self-renewal
early embryonic development
https://www.w3.org/2000/01/rdf-schema#label NANOG
gptkbp:influences cell differentiation
gene expression
gptkbp:initiated_by differentiation
gptkbp:interacts_with gptkb:OCT4
gptkb:SOX2
gptkbp:involved_in gptkb:developers
embryogenesis
stem cell maintenance
cell fate determination
gptkbp:is_associated_with cell cycle regulation
developmental biology
reproductive biology
pluripotent stem cells
cellular identity
stem cell niche
biological research.
germline development
reprogramming
pluripotent stem cell lines
pluripotent state
gptkbp:is_downregulated_in differentiated cells
gptkbp:is_essential_for gptkb:embryonic_development
stem cell maintenance
gptkbp:is_expressed_in gptkb:ovaries
testis
placenta
adult stem cells
intestinal stem cells
induced pluripotent stem cells
somatic cells
germ cells
embryonic stem cells
neural stem cells
pluripotent stem cells
muscle stem cells
cancerous tissues
early embryogenesis
early embryos
early embryonic development
embryonic germ cells
high in pluripotent cells
low in differentiated cells
adipose stem cells
corneal stem cells
dental pulp stem cells
early gastrulation
fertilized oocytes
hair follicle stem cells
inner cell mass
pluripotent cell lines
pluripotent progenitors
salivary gland stem cells
skin stem cells
stem cell niches
gptkbp:is_found_in mice
gptkbp:is_involved_in cell cycle regulation
cellular homeostasis
cellular metabolism
immune response
muscle regeneration
tumorigenesis
cellular aging
cellular differentiation
genetic stability
tissue regeneration
neurogenesis
organogenesis
cellular communication
cellular signaling
cellular reprogramming
tissue homeostasis
cell fate determination
neural differentiation
embryo implantation
reprogramming of somatic cells
cellular repair
bone regeneration
cell fate decisions
neural repair
cardiac regeneration
embryonic stem cell differentiation
cellular plasticity
cartilage regeneration
embryonic axis formation
liver regeneration
pancreatic regeneration
retinal regeneration
gptkbp:is_linked_to aging
disease progression
tumorigenesis
cellular aging
infertility
epigenetic modifications
metastasis
therapeutic applications
epigenetic regulation
cancer stem cells
cellular plasticity
gptkbp:is_part_of cellular networks
stem cell maintenance
stem cell niche
gene regulatory networks
pluripotency network
stem cell signaling pathways
gptkbp:is_regulated_by transcription factors
epigenetic modifications
signaling pathways
extracellular signals
external signals
transcriptional repressors
micro RNAs
gptkbp:is_studied_for biomedical applications
gene editing technologies
therapeutic potential
gptkbp:is_studied_in cancer research
cancer biology
stem cell research
gptkbp:is_targeted_at gptkb:gene_therapy
cancer therapies
gptkbp:is_upregulated_in germ cell tumors
gptkbp:located_in gptkb:Atom
gptkbp:orthologs other species
NANOG in humans
NANOG in mice
gptkbp:part_of pluripotency network
gptkbp:promoter gptkb:NANOG
gptkbp:promoter_region contains OCT4 binding sites
gptkbp:protein_type gptkb:DNA
gptkbp:regulates self-renewal
gptkbp:requires germline development
gptkbp:role tumorigenesis
cancer progression
gptkbp:targets gptkb:RNA_Polymerase
transcription factors
micro RNAs
gptkbp:transcriptional_targets various genes
gptkbp:upregulated_in certain cancers
gptkbp:bfsParent gptkb:POU5_F1
gptkb:SOX2
gptkbp:bfsLayer 6