Search results for "Griffonia simplicifolia"

showing 3 items of 3 documents

Expression patterns of complex glycoconjugates and endogenous lectins during fetal development of the viscerocranium

1999

Summary Experimental evidence suggests that carbohydrates and their corresponding receptors (endogenous lectins) decode biological information. Therefore, the expression of complex oligosaccharides — the potential ligand part of this recognition system — during chondrogenesis and osteogenesis was determined in the viscerocranium of fetal rats by mapping the staining patterns of exogenous lectins. Results were compared with the expression of bone- and/or cartilage-specific core proteins and the binding profiles of neoglycoconjugates. These synthetic tools make possible the localization of sugar-ligand-binding sites. The spatial and temporal distribution patterns of glycoconjugates were highl…

Cartilage ArticularGlycoconjugateOligosaccharidesGestational AgeMesodermRats Sprague-DawleyEmbryonic and Fetal DevelopmentOsteogenesisPregnancyLectinsAnimalsReceptorchemistry.chemical_classificationbiologyMacrophagesGriffonia simplicifoliaSkullLectinGeneral MedicineOligosaccharidebiology.organism_classificationChondrogenesisLigand (biochemistry)RatsBiochemistrychemistryViscerocraniumbiology.proteinFemalePlant LectinsAnatomyGlycoconjugatesDevelopmental BiologyAnnals of Anatomy - Anatomischer Anzeiger
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Characterization of glycoconjugate expression during development of Meckel's cartilage in the rat

1995

The staining patterns of 24 biotinylated lectins were analyzed in serial sections of the mandible of 13- to 21-day-old rat embryos by means of the avidin-biotin-peroxidase method. A ubiquitous distribution of binding sites was demonstrated after incubation with Con A (Canavalia ensiformis), DSL (Datura stramonium; except bone matrix), and WGA (Triticum vulgare). ECL (Erythrina cristagalli), GSL I (Griffonia simplicifolia), SJA (Saphora japonica), VVL (Vicia villosa), DBA (Dolichus biflorus), UEA I (Ulex europeus), and LTA (Lotus tetragonobolus) were constantly negative. In early stages of development, GSL II (Griffonia simplicifolia II) was a selective marker of prechondral blastema. In con…

EmbryologyGlycoconjugateMesenchymeConnective tissueCartilage metabolismRats Sprague-Dawleychemistry.chemical_compoundPregnancyLectinsmedicineAnimalsPerichondriumchemistry.chemical_classificationbiologyGriffonia simplicifoliafood and beveragesCell Biologybiology.organism_classificationRatsSialic acidCartilagemedicine.anatomical_structurechemistryBiochemistryJacalinFemaleAnatomyCarrier ProteinsGlycoconjugatesDevelopmental BiologyAnatomy and Embryology
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Inflammation-responsive focal constrictors in the mouse ear microcirculation

2006

In many capillary exchange beds, blood flow is locally regulated by precapillary sphincter-like activity. In this study, we used intravascular tracers and scanning electron microscopy to investigate precapillary blood flow regulation in the mouse ear. Gelatin ink injections of the normal mouse ear demonstrated 6.8 +/- 2.3 axial vessels with a cutoff of detectable tracer in the early branches: 19 +/- 11 focal constrictions were observed along the 1st to 5th order branches of the axial vessels. A perfusion tracer consisting of biotinylated anti-endothelial lectins (Ricinus Communis Agglutin, Lycopersicon Esculentum and Griffonia Simplicifolia) was circulated for 30 min under physiological con…

MalePathologymedicine.medical_specialtyHistologyInflammationVasodilationCorrosion CastingMicrocirculationMicechemistry.chemical_compoundVenulesPrecapillary sphinctermedicineAnimalsEar ExternalProstaglandin E1Molecular BiologyEcology Evolution Behavior and SystematicsSkinMice Inbred BALB CbiologyChemistryMicrocirculationGriffonia simplicifoliaOriginal ArticlesCell BiologyAnatomyBlood flowbiology.organism_classificationCapillariesArteriolesErythemaRegional Blood FlowMicroscopy Electron ScanningFemaleAnatomymedicine.symptomPerfusionDevelopmental BiologyJournal of Anatomy
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