Cell proliferation, tumorogenicity, and apoptosis

From the advanced search, you can use the IDs below to search within the topic "Cell proliferation, tumorogenicity, and apoptosis" (whose ID is 2), by searching on (2/0) [cluster] (replacing the "2/0" with any cluster id below)

ID	Cluster Name Click to Search	Defining Terms
2/0	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 0	p53 cell apoptosis cycle arrest p21 lines expression dna wild
2/1	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 1	tumour tumours cell growth lines carcinoma human malignant vitro proliferation
2/2	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 2	sertoli leydig cells testis cell testicular seminiferous germ testosterone testes
2/3	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 3	germ cell somatic primordial testicular sertoli male differentiation pgcs spermatogenesis
2/4	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 4	cyclin cycle cell cells d1 cyclins p27 g1 arrest proliferation
2/5	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 5	islet pancreatic cells pancreas cell islets acinar endocrine insulin glucagon
2/6	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 6	granulosa cells follicle follicular luteal cell ovarian oocyte progesterone theca
2/7	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 7	neural crest cell migration tube differentiation embryos development embryonic pigment
2/8	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 8	ras egf cells ra cell growth retinoic egfr epidermal proliferation
2/9	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 9	bcl-2 cell apoptosis bax bcl death expression apoptotic protein induced
2/10	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 10	hair cell root ear sensory outer cochlea cochlear vestibular regeneration
2/11	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 11	squamous carcinoma cell cells carcinomas oral epithelial expression basal human
2/12	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 12	heat cells shock degrees cell hsp70 thermotolerance hyperthermia stress temperature
2/13	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 13	gap cell junctions communication junctional junction cx43 intercellular connexin coupling
2/14	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 14	cells telomerase senescence cell telomere senescent aging telomeres human htert
2/15	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 15	basal cell carcinoma cells epithelioma carcinomas epithelium epidermal skin epithelial
2/16	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 16	iron cells transferrin cell ferritin uptake fe tf heme intracellular
2/17	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 17	toxin cell toxins cholera diphtheria ricin pertussis binding adp protein
2/18	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 18	tpa cell pkc phorbol pma 12-o differentiation ester induced hl-60
2/19	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 19	pc12 ngf cell neurite growth outgrowth nerve pheochromocytoma neuronal 2d3
2/20	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 20	irradiation cells irradiated cell uv repair ultraviolet radiation dna survival
2/21	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 21	radiation cell ionizing radiosensitivity damage repair survival dose lines induced
2/22	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 22	hela cell poliovirus cycle growth rna synthesis human lines effect
2/23	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 23	transformed cells transformation cell lines normal growth virus hamster sv40
2/24	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 24	beta cell tgf pancreatic growth alpha catenin insulin proliferation human
2/25	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 25	cells prostate cell androgen lncap cancer prostatic estrogen growth epithelial
2/26	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 26	mitochondrial mitochondria cell atp death mtdna cytochrome apoptosis ros membrane
2/27	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 27	g1 cycle cell g2 phase arrest dna mitosis arrested progression
2/28	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 28	schwann cells purkinje cell nerve cerebellar myelin cerebellum nerves proliferation
2/29	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 29	cells mdr multidrug glycoprotein gp resistance cell resistant efflux doxorubicin
2/30	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 30	liver cells kupffer cell hepatic parenchymal stellate rat hepatocyte oval
2/31	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 31	death cell cells programmed apoptotic autophagy induced caspase pcd activation
2/32	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 32	intestinal cells crypt cell epithelial intestine goblet paneth villus small
2/33	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 33	spindle microtubule cell mitotic tubulin centrosome mitosis actin cytokinesis cycle
2/34	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 34	embryos cell cells embryo mouse embryonic development stage blastocyst blastomeres
2/35	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 35	gastric cells parietal gastrin cell mucosa endocrine ecl stomach histamine
2/36	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 36	wall cell walls cells yeast peptidoglycan bacterial growth glucan synthesis
2/37	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 37	carcinoma cell merkel transitional cells renal small carcinomas bladder oat
2/38	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 38	fusion cell cells hybrids interferon hybrid somatic mouse virus human
2/39	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 39	division cell cells divisions cycle growth asymmetric cytokinesis daughter ftsz
2/40	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 40	mammalian cell insect lines vitro growth cycle protein somatic expression
2/41	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 41	coli escherichia cell division growth mating colicin bacterial synthesis cycle
2/42	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 42	cells mammary stromal epithelial endometrial cell decidual gland endometrium myoepithelial
2/43	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 43	cyclic cells amp camp cell adenosine fat cyclase monophosphate adenylate
2/44	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 44	pituitary cells hormone prl cell gh prolactin anterior acth secretion
2/45	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 45	rna cell synthesis polyamine messenger polyamines odc spermidine putrescine ornithine
2/46	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 46	cells lung alveolar cell ii type epithelial clara pulmonary surfactant
2/47	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 47	3t3 cells serum cell growth transformed nih fibroblasts mouse synthesis
2/48	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 48	cells muscle smooth cell satellite proliferation vascular myogenic actin differentiation
2/49	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 49	volume cell cells na cl swelling phi intracellular regulation atpase
2/50	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 50	cycle cell cells regulation progression growth control yeast proliferation dna
2/51	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 51	glucose cell ph grown metabolism lactate medium atp yeast growth
2/52	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 52	cells cholesterol ldl lipid cell lipoprotein density lipoproteins sterol cholesteryl
2/53	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 53	langerhans cells dendritic cell histiocytosis epidermal skin epidermis human lymph
2/54	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 54	cells resistant resistance cell cisplatin line sensitive drug methotrexate mtx
2/55	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 55	oxygen cell ros hypoxia reactive species o2 superoxide hypoxic production
2/56	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 56	phase cell cycle phases stationary growth dna g1 exponential proliferation
2/57	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 57	growth cell igf factor hgf factors proliferation insulin bfgf pdgf
2/58	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 58	cells infected cell infection viral host human lines epithelial protein
2/59	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 59	mesangial cells glomerular cell kidney tubular renal epithelial renin proliferation
2/60	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 60	chick cell embryo limb embryonic mesoderm embryos heart bud mesodermal
2/61	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 61	histone chromatin nuclear cell nuclei histones cycle h1 lamin acetylation
2/62	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 62	living cell live microscopy force single imaging dead fluorescence cellular
2/63	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 63	hamster chinese cell cho ovary v79 chromatid sce mutant mutants
2/64	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 64	cells gsh glutathione cell oxidative stress h2o2 peroxide catalase induced
2/65	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 65	cells thyroid gland chromaffin adrenal cell glands salivary myoepithelial acinar
2/66	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 66	cells glial cell brain neuronal astrocytes gfap differentiation oligodendrocytes glia
2/67	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 67	cells transfected transfection cell plasmid expression gene vector lines dna
2/68	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 68	cell calcium current taste channel voltage clamp patch mv conductance
2/69	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 69	transport uptake cell transporter caco-2 transporters nucleoside system human intracellular
2/70	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 70	apoptosis cells apoptotic cell death dna induced cycle fragmentation lines
2/71	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 71	giant cell arteritis cells sarcoma multinucleated reticulum granuloma polymyalgia rheumatica
2/72	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 72	cell electrical field liposomes electric magnetic fields electroporation impedance electrode
2/73	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 73	ascites cells ehrlich cell vitro tumour mouse hepatoma effect carcinoma
2/74	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 74	clear melanoma cell cells adenocarcinoma nevus neoplastic carcinoma signet acanthoma
2/75	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 75	cells brdu cell labeled labeling proliferation thymidine labelled labelling bromodeoxyuridine
2/76	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 76	cell cells dictyostelium motility aggregation discoideum aggregates myosin prestalk actin
2/77	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 77	cells freezing cell sickle cryopreservation erythrocytes freeze frozen thawing viability
2/78	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 78	cell virus hiv-1 viral replication human lines vpr type line
2/79	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 79	cell fluorescence flow fluorescent cytometry sorting single analysis cytometric staining
2/80	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 80	differentiation cell differentiated hl-60 growth undifferentiated retinoic proliferation differentiate induced
2/81	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 81	cell pa plasminogen complement antibody activator upa urokinase activation human
2/82	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 82	cell model cells models growth mathematical cycle dynamics cellular experimental
2/83	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 83	epithelial cell lens epithelium corneal airway human mesenchymal thymic differentiation
2/84	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 84	surface cell cells surfaces lectin lectins glycoproteins binding human proteins
2/85	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 85	cells bacterial host bacteria cell adherence epithelial invasion adherent intracellular
2/86	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 86	cell drosophila cells fate signaling notch lineage development fates signal
2/87	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 87	lines cell line cells human established derived establishment growth vitro
2/88	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 88	cell cells myeloma plasma leukaemia hairy le immunoglobulin lupus erythematosus
2/89	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 89	cell transcription promoter gene transcriptional expression enhancer lines specific protein
2/90	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 90	cell tissue collagen matrix engineering scaffolds cartilage tissues scaffold extracellular
2/91	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 91	cells ml cell microg concentration growth proliferation effect human ng
2/92	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 92	cell cells polarity molecular cellular mechanisms development polarized recent interactions
2/93	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 93	free cell cells immobilized extracts synthesis extract system immobilization yeast
2/94	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 94	cell cytotoxicity cytotoxic compounds lines human assay microm activity toxicity
2/95	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 95	cell malignant smears mesothelial cytology cytologic lymphoma fluid peritoneal endocervical
2/96	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 96	cell cells method count counting milk separation white somatic blood
2/97	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 97	cell firing receptive cat nucleus pyramidal responses geniculate visual cortex
2/98	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 98	cell fine structure neurosecretory solar renshaw fuel phone suppressor phones
2/99	Cell proliferation, tumorogenicity, and apoptosis sub-cluster 99	cell biology cells myoblastoma granular lipoproteins atherosclerosis molecular physiology biochemistry