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osityareassociatedwithimprovedbonestrengthinovariectomizedcynomolgusmonkeystreatedwithdenosumabafullyhumanranklantibody0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/depthofsubchondralperforationinfluencestheoutcomeofbonemarrowstimulationcartilagerepair0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/diabetesmellitusnegativelyaffectsperi-implantboneformationinthediabeticdomesticpig0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/differenceinsofttissueresponsebetweenimmediateanddelayeddeliverysuggestsanewmechanismforrecombinanthumanbonemorphogeneticprotein2actioninlargesegmentalbonedefects0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/differenteffectsonbonestrengthandcelldifferentiationinprepubertalcaloricrestrictionversushypothalamicsuppression0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/differentialeffectsoforaldoxercalciferolhectorol%C2%AEorparicalcitolzemplar%C2%AEinthecyp27b1-nullmousemodelofuremia0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/differentialmaintenanceofcorticalandcancellousbonestrengthfollowingdiscontinuationofbone-activeagents0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/distaltibialfracturerepairinaneurofibromatosistype1-deficientmousetreatedwithrecombinantbonemorphogeneticproteinandabisphosphonate0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/distinctp53transcriptionalprogramsdictateacutedna-damageresponsesandtumorsuppression0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/doseresponseofbone-targetedenzymereplacementformurinehypophosphatasia0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/effectofguidedtissueregenerationonnewlyformedboneandcementuminperiapicaltissuehealingafterendodonticsurgeryaninvivostudyinthecat0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/effectofhipribosomalproteinl29deficiencyonmineralpropertiesofmurinebonesandteeth0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/effectofparicalcitolandcinacalcetonserumphosphatefgf-23andboneinratswithchronickidneydisease0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/effectofsurgicalfitonintegrationofcancellousboneandimplantcorticalboneshearstrengthforaporoustitanium0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/effectsofthecombinationtreatmentofraloxifeneandalendronateonthebiomechanicalpropertiesofvertebralbone0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/effectsofthecombinationtreatmentofraloxifeneandalendronateonthebiomechanicalpropertiesofvertebralbone-10.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/enhancedosteointegrationoforthopaedicimplantgradientcoatingcomposedofbioactiveglassandnanohydroxyapatite0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/establishmentofastreptozotocin-induceddiabeticdomesticpigmodelandasystematicevaluationofpathologicalchangesinthehardandsofttissueovera12-monthperiod0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/evaluationofananorganicbovine-derivedmineralwithp-15hydrogelbonegraftpreliminarystudyinarabbitcranialbonemodel0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/exposure-dependentincreasesinil-1bsubstancepctgfandtendinosisinflexordigitorumtendonswithupperextremityrepetitivestraininjury0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/exvivotransferofthehoxc-8-interactingdomainofsmad1byatropism-modifiedadenoviralvectorresultsinefficientboneformationinarabbitmodelofspinalfusion0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/femoralmetaphysisbendingtestofratintroductionandvalidationofanovelbiomechanicaltestingprotocolforosteoporosis0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/geneticablationofcd68resultsinmicewithincreasedboneanddysfunctionalosteoclasts0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/geneticandhormonalcontrolofbonevolumearchitectureandremodelinginxxymice0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/geneticevidenceforthevitalfunctionofosterixincementogenesis0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/ginsenosiderg1anovelglucocorticoidreceptoragonistofplantoriginmaintainsglucocorticoidefficacywithreducedsideeffects0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/gsk-3inhibitionbyanorallyactivesmallmoleculeincreasesbonemassinrats0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/guidedboneregenerationdynamicproceduresversusstaticshieldinginananimalmodel0.5http://www.bioquant.com/home/recent-bioquant-bone-biology-citations/guidedboneregenerationinpigcalvarialbonedefectsusingautologousmesenchymalstemprogenitorcells%E2%80%93acomparisonofdifferenttissuesources0.5h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