《失活干髓術(shù)英語(yǔ)》課件

PPTcoursewareforinactivatedbonemarrowdrysurCATALOGUE目錄IntroductionBasicconceptsofboneMarrowdryingsurgeryThestepsofboneMarrowdryingsurgeryClinicalapplicationofboneMarrowdryingsurgeryThefuturedevelopmentofboneMarrowdryingsurgeryReferences01IntroductionThethemeofthiscourseisactivatedboneMarrowDrySurgeryEnglish,whichfocusesonpromotingEnglishlanguageandcommunicationskillsforsurgeonsandmedicalprofessionalsinvolvedinthistypeofsurgeryThecoursecoversthebasicknowledgeandtechniquesofinactivatedboneMarrowDrySurgery,aswellastheEnglishlanguageskillsnecessaryforeffectivecommunicationinthisfieldThemeIntroductionThiscourseisimportantbecauseitprovidesavaluableresourceforsurgeonsandmedicalprofessionalswhoneedtocommunicateeffectivelyinEnglishinordertokeepupwiththelatestdevelopmentsandtechnologiesininactivatedboneMarrowdrysurgeryItisessentialforsurgeonsandmedicalprofessionalstohaveagoodunderstandingoftheEnglishlanguageandcommunicationskillsinordertoparticipateactivelyininternationalconferences,research,andcollaborationsrelatedtoinactivatedboneMarrowdrysurgeryImportance02BasicconceptsofboneMarrowdryingsurgeryDefinition:Bonemarrowstemcellsurgeryisasurgicalprocedurethatextracts,isolates,andpurifiesbonemarrowstemcellsfromthehumanbodythroughsurgicalmethods,followedbyinvitroculture,amplification,inductionofdifferentiation,andultimatelyreinfusionintothehumanbody.Bonemarrowstemcellsurgeryisanewtypeofregenerativemedicinetechnologythatextracts,isolates,andpurifiesbonemarrowstemcellsfromthehumanbodythroughsurgicalmethods,followedbyinvitrocultivation,amplification,inductionofdifferentiation,andultimatelyreintegrationintothehumanbodytoachievethegoaloftreatingdiseasesandrepairingtissuedamage.DefinitionHistoricalbackgroundHistoricalbackground:Thedevelopmentofbonemarrowstemcellsurgerybeganinthe1950s,whenscientistsdiscoveredtheexistenceofbonemarrowstemcells.Afterdecadesofresearchanddevelopment,bonemarrowstemcellsurgeryhasgraduallymaturedandbeenwidelyappliedinclinicalpractice.Thedevelopmentofbonemarrowstemcellsurgerycanbetracedbacktothe1950s,whenscientistsdiscoveredtheexistenceofbonemarrowstemcells.Inthefollowingdecades,scientistscontinuouslydelvedintothepropertiesandfunctionsofbonemarrowstemcells,andgraduallydevelopedbonemarrowstemcellsurgerytechniques.Withthecontinuousimprovementandrefinementoftechnology,bonemarrowstemcellsurgeryhasgraduallybecomeasafeandeffectivetreatmentmethod,widelyusedinclinicalpractice.MainfeaturesMainfeatures:Bonemarrowstemcellsurgeryhasmanyadvantages,suchassafetyandreliability,noimmunerejection,andsignificanttherapeuticeffects.Atthesametime,therearealsosomechallengesandlimitationsinbonemarrowstemcellsurgery,suchashighsurgicaldifficultyandhightechnicalrequirements.Bonemarrowstemcellsurgery,asanewtypeofregenerativemedicinetechnology,hasmanyadvantages.Firstly,thesafetyofbonemarrowstemcellsurgeryisrelativelyhigh,andthesurgicalriskisrelativelylow.Secondly,duetothefactthatbonemarrowstemcellscomefromthepatientthemselves,therewillbenoimmunerejectionreaction,avoidingtheuseofimmunosuppressants.Inaddition,thetherapeuticeffectofbonemarrowstemcellsurgeryissignificant,andithasagoodtherapeuticeffectonmanyrefractorydiseasesandtissueinjuries.However,therearealsosomechallengesandlimitationsinbonemarrowstemcellsurgery.Firstly,thesurgeryisdifficultandrequiresexperienceddoctorsandaprofessionalmedicalteamtoperformtheoperation.Secondly,thetechnicalrequirementsforbonemarrowstemcellsurgeryarehigh,requiringstrictcontroloftheoperatingprocessandcellquality.Inaddition,thehighcostandrelativelyhightreatmentcostofbonemarrowstemcellsurgerylimititswidespreadapplicationinclinicalpractice.03ThestepsofboneMarrowdryingsurgeryBoneMarrowEdemaBoneMarrowInvasionBoneMarrowCysticChangesOtherboneMarrowLesionsthatrequiresurgicaltreatment01020304IndicationsDecisionMakingasmalldecisionontheaffectedareaofthebonerowActivationUsingaspecialsolutiontoactivatethebonearrowClosureClosingthedecisionandapplyingappropriatedressingPreparationPreparingthesurgicalinstruments,sterilizingtheoperationarea,andselectingappropriatemethodsExtractionUsingasuctiondevicetoextracttheboneMarrowInsertionInsertingtheinactivatedboneMarrowbackintotheboneMarrowactivity010203040506OperationstepsStrictbasicoperationtoavoidinfectionEnsurethattheinactivatedbonearrowisinsertedintothecorrectpositiontoavoiddisplacementorleakagePayattentiontotheamountofboneMarrowextractedtoavoidexcessivelossofboneMarrowCloselymonitorthepatient'svitalsignsandbloodlossduringtheoperationMattersneedingattention04ClinicalapplicationofboneMarrowdryingsurgeryTraumaticbonemarrowinjuryInjuriescausedbyframes,dispositions,andothertraumaticeventscanleadtobonemarrowblendingandswingingActivatedboneMarrowdrysurgerycanbeusedtotreattheseinjuriesBoneMarrowTumorsBoneMarrowTumors,suchasLeukemiaandLymphoma,canalsobetreatedwithinactivatedboneMarrowdrysurgeryThistreatmentcanhelpreducetuitionsizeandrelievesymptomsApplicationscopeImprovingboneMarrowfunctionActivatedboneMarrowdrysurgerycanhelprestorenormalboneMarrowfunctionbyremovingdamagedcellsandpromotingthegrowthofhealthcellsRelievingpaintandswitchingThistreatmentcaneffectivelyrelievepaintandswitchingcausedbybonemarrowinjuryortubergrowthPreventinginfectionInactivatedboneMarrowDrySurgerycanhelppreventinfectionbyremovingnegativeissuesandreducingtheriskofsecondaryinfectionTreatmenteffectVSActivatedbonemarrowdrysurgeryisaminimallyinvasivetreatmentthatcanbeperformedonanoutpatientbasisIthasalowriskofcomplicationsandcansignificantlyimprovepatientoutcomesLimitationsThistreatmentmaynotbesuitableforallpatients,specificallythosewithmultipleboneMarrowdamageortutorsthathavemetastasizedtootherorganizationsInthesecases,othertreatmentoptionsmaybemoreappropriateAdvantagesAdvantagesandlimitations05ThefuturedevelopmentofboneMarrowdryingsurgeryApplicationofAIandroboticsAIandroboticstechnologywillbeappliedinboneMarrowdryingsurgerytoimprovesurgicalaccuracy,reducesurgicaltrauma,andshortenrecoverytime3Dprintingtechnology3Dprintingtechnologycanbeusedtoprintpatientspecificbonescaffolds,whichcanreplacetraditionalplantsandreducesignificantrisksBiomaterialsandissueengineeringBiomaterialsandissueengineeringtechnologycanbeusedtorepairandregenerateboneMarrowissues,providingnewtreatmentoptionsforpatientswithboneMarrowissuesNewTechnologyApplicationsBasicresearchonboneMarrowdrying:BasicresearchonthemechanismofboneMarrowdrying,theinteractionbetweenboneMarrowcellsandtheextracellarmatrix,andtheregulationofboneMarrowstemcellswillprovideatheoreticalbasisforthedevelopmentofnewtreatmentmethodsDrugresearchanddevelopment:DrugresearchanddevelopmentonboneMarrowDiseaseswillprovidenewtargeteddrugsforthetreatmentofboneMarrowDiseases,reducingthesideeffectsoftraditionaltreatmentmethodsTranslationalmedicine:Translationalmedicineresearchwillacceleratethetranslationofbasicresearchresultsintoclinicalapplications,promotingthedevelopmentofnewtreatmentmethodsforboneMarrowDiseasesResearchprogressNewtreatmentmethodsWiththecontinuousprogressofscienceandtechnology,itisexpectedthatmoreeffectiveandlessinvasivetreatmentmethodswillbedevelopedforboneMarrowDiseases,improvingthequalityoflifeofpatientsPersonalizedtreatmentWiththedeepeningofindividualizedmedicalresearch,itisexpectedthatmorepersonalizedtreatmentmethodswillbedevelopedfordifferenttypesofboneMarrowdiseases,reducingunnecessarymedicalcostsandimprovingtreatmentefficiencyExpectation06ReferencesBasicknowledgeofinactivatedboneMarrowDrySurgery:Thispartintroducesthebasicconcepts,principlesandtechniquesofinactivatedboneMarrowDrySurgery,includingitshistory,development,application,andresearchprogressIndicationsandcontraindications:ThissectionclarifiestheindicationsandcontraindicationsofinactivatedboneMarrowDrySurgery,andemphasizestheimportanceofselectingappropriatepatientsandavoidinginappropriateapplicationsSurgicalprocedures:ThissectionprovidesadetaileddescriptionofthesurgicalproceduresofinactivatedboneMarrowDrySurgery,includingpreoperativepreparation,operationsteps,prospectivecare,andfollow-uptreatmentCoursewarecontentClearstructure01Thecoursewareisdesignedwithaclearstructureto