Apis mellifera L.

AssociationsTCM-Gene, TCM-Disease, TCM-Gene-Disease
IngredientsFructoseSearch Google; dextrineSearch Google; glucoseSearch Google; maltoseSearch Google; sucroseSearch Google;
Related ingredients from text mining[sucrose (6.969) (E)Literature evidences(S)STITCH: Chemical-Protein Interactions] [glucose (3.632) (E)Literature evidences(S)STITCH: Chemical-Protein Interactions] [more] [Help]
Potential effects from text mining[immune (3.957) (E)Literature evidences] [antibacterial (3.847) (E)Literature evidences] [antimicrobial (3.434) (E)Literature evidences] [inflammatory (2.894) (E)Literature evidences] [antibiotic (2.632) (E)Literature evidences] [cytotoxic (2.589) (E)Literature evidences] [cholinergic (2.437) (E)Literature evidences] [therapeutic (2.367) (E)Literature evidences] [antiinflammatory (2.354) (E)Literature evidences] [age-related (2.231) (E)Literature evidences] [immunohistochemical (2.224) (E)Literature evidences] [insecticidal (1.989) (E)Literature evidences] [immunological (1.975) (E)Literature evidences] [more] [Help]
Putative relations between TCM effects and sources extracted from literature
SourceEffectPubMed
Vote
Brazilian propolis extractssignificant inhibitorySearch Google Scholar17671687Search PubMed
0
melittinimmune-modulatingSearch Google Scholar17579088Search PubMed
0
essential oil of Cordia verbenaceaanti-inflammatory and anti-allergicSearch Google Scholar17084568Search PubMed
0
propolisin vitro genotoxicSearch Google Scholar16889073Search PubMed
0
resident bacteriainhibitorySearch Google Scholar16551367Search PubMed
0
Apis mellifera caucasicahigher antibacterialSearch Google Scholar15848022Search PubMed
0
Apis mellifera caucasicahighest antifungalSearch Google Scholar16141640Search PubMed
0
Ethanolic extracts of propolis sampleshigh antibacterialSearch Google Scholar15848022Search PubMed
0
heat productionthermoregulatorySearch Google Scholar15767315Search PubMed
0
protease inhibitorsInsecticidalSearch Google Scholar15927200Search PubMed
0
RAC-binding site in DmPAK3inhibitorySearch Google Scholar15777717Search PubMed
0
three types of propolisantibacterialSearch Google Scholar15848022Search PubMed
0
whole bee venominhibitorySearch Google Scholar15999553Search PubMed
0
methanol extracts of pollen and propolisantifungalSearch Google Scholar15285109Search PubMed
0
propolis extractsinhibitorySearch Google Scholar15285109Search PubMed
0
whole BVantinociceptive and anti-inflammatorySearch Google Scholar15613814Search PubMed
0
aqueous partition of bee venomstrong dose-dependent inhibitorySearch Google Scholar12785734Search PubMed
0
honey and propolisantibacterialSearch Google Scholar14633019Search PubMed
0
honeybeetherapeuticSearch Google Scholar12856871Search PubMed
0
methanol-water extract of the leaves of I. imperatianti-inflammatorySearch Google Scholar12532233Search PubMed
0
n-hexaneanti-inflammatorySearch Google Scholar12785734Search PubMed
0
Propolis sampleshigher antibacterialSearch Google Scholar14633019Search PubMed
0
worker honeybee venomclinico-therapeuticSearch Google Scholar12723765Search PubMed
0
nemorosonecytotoxicSearch Google Scholar12064743Search PubMed
0
whole venom of honeybeeclincotherapeuticSearch Google Scholar12067099Search PubMed
0
20EantagonisticSearch Google Scholar12770179Search PubMed
0
three venomsmost positive inotropicSearch Google Scholar11695823Search PubMed
0
venomspositive inotropicSearch Google Scholar11695823Search PubMed
0
whole bee venomclincotherapeuticSearch Google Scholar14614282Search PubMed
0
D-002gastroprotectiveSearch Google Scholar10987992Search PubMed
0
EEP RShigher inhibitorySearch Google Scholar11014909Search PubMed
0
EEPinhibitorySearch Google Scholar10587410Search PubMed
0
ethanolic extract of propolisantimutagenicSearch Google Scholar10587410Search PubMed
0
beta-bungarotoxinslipolyticSearch Google Scholar9115249Search PubMed
0
RJimmunomodulatorySearch Google Scholar8654043Search PubMed
0
royal jellypossible immunomodulatorySearch Google Scholar8654043Search PubMed
0
Peptide H3cytolytic and antibacterialSearch Google Scholar8146160Search PubMed
0
insect-derived TNF-betahigh cytotoxicSearch Google Scholar8297505Search PubMed
0
morphologic changescytotoxicSearch Google Scholar8212029Search PubMed
0
PLA2cytostatic and cytotoxicSearch Google Scholar8212029Search PubMed
0
B. larvae proteasesimultaneous high inhibitorySearch Google Scholar2273283Search PubMed
0
immune bloodbactericidalSearch Google Scholar2273283Search PubMed
0
Royalisinpotent antibacterialSearch Google Scholar2358464Search PubMed
0
Chemically synthesized apidaecinssame bactericidalSearch Google Scholar2676519Search PubMed
0
honeybee venomantibacterialSearch Google Scholar3542922Search PubMed
0
venomoidCytotoxicSearch Google Scholar67088Search PubMed
0


© 2008 National Taiwan Univerisity, Taipei, Taiwan