Search results for "Leading Article"

showing 4 items of 4 documents

StellaTUM: current consensus and discussion on pancreatic stellate cell research

2011

The field of pancreatic stellate cell (PSC) biology is very young, as the essential in-vitro tools to study these cells (ie, methods to isolate and culture PSC) were only developed as recently as in 1998. Nonetheless, there has been an exponential increase in research output in this field over the past decade, with numerous research groups around the world focusing their energies into elucidating the biology and function of these cells. It is now well established that PSC are responsible for producing the stromal reaction (fibrosis) of two major diseases of the pancreas—chronic pancreatitis and pancreatic cancer. Despite exponentially increasing data, the methods for studying PSC remain var…

Liver CirrhosisPathologycell migrationpancreatic cancerCellpancreatitisPancreatic stellate cellLeading Articlehepatic surgerycell biologymolecular biologyhepatic fibrosis1506pancreaspancreatic surgerysignallinghepatic stellate cellalcoholPancreatic Stellate CellsGastroenterologypancreatic functionddc:medicine.anatomical_structurePancreaspancreatic fibrosissignal transductionstellate cellsmedicine.medical_specialtyStromal cellacute pancreatitisextracellular matrixadjuvant treatmentAbdominal surgerycancer geneticsliverpancreatic enzymesdigestive systemchronic pancreatitisstem cellsPancreatitis ChronicPancreatic cancermedicinecancerHumansRegenerationpancreatic physiologyendoscopyProgenitor cellmarkeradenocarcinomaHelicobacter pyloribusiness.industryfibrosisPancreatic Diseasesmedicine.diseaseexperimental pancreatitisLiver RegenerationPancreatic Neoplasmspancreatic pathologyconsensusCancer cellgene expressionHepatic stellate cellbusinesspancreatic diseaseGut
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T-bet and mucosal Th1 responses in the gastrointestinal tract

2002

T cells play an essential role in regulating mucosal immune responses in the gastrointestinal tract. Recent observations on T helper cell differentiation and activation by regulatory transcription factors-especially T-bet-in chronic inflammatory diseases have provided new perspectives for understanding mucosal immunity. Here we summarise recent advances in the field of transcription factors and discuss the implications of these findings for future therapeutic approaches in inflammatory bowel diseases. In particular, we have focused on the role of T-bet in controlling mucosal Th1 responses in the gastrointestinal tract.

Transcription GeneticCellular differentiationGene Expressionchemical and pharmacologic phenomenaInflammationLeading ArticleBiologyInterferon-gammaMiceImmune systemImmunopathologymedicineAnimalsHumansT-helper cell differentiationImmunity MucosalTranscription factorImmunity CellularGastrointestinal tractT-cell receptorGastroenterologyCell DifferentiationTh1 CellsInflammatory Bowel DiseasesGastric MucosaImmunologyCytokinesmedicine.symptomT-Box Domain ProteinsDigestive SystemInterleukin-1Transcription FactorsGut
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Tuulimyllyjä vastaan? : ei enää tohtorikoulutettavia

2019

Pääkirjoitus Editorial

doctoral studenteditorialGR1-950leading articlespääkirjoituksetHistory (General)GN1-890use of languagepower (societal objects)phd candidatepääkirjoitusAnthropologyDkielenkäyttöD1-2009History (General) and history of EuropeFolklorevalta
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Arvokkaat arviot

2018

Pääkirjoitus. Editorial.

editoriallcsh:GN1-890lcsh:History (General) and history of Europeleading articleslcsh:Anthropologybook reviewspääkirjoituksetlcsh:GR1-950historialcsh:History (General)lcsh:D1-2009cultural researchlcsh:Folklorekirja-arvostelutlcsh:DpääkirjoitushistorykulttuurintutkimusJ@rgonia
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