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1Quantitative Proteomics Identifies PTP1B as Modulator of B Cell Antigen Receptor Signaling.
J. Schwarz, L. Grundmann, T. Kokot, K. Kläsener, S. Fotteler, D. Medgyesi, M. Köhn, M. Reth, and B. Warscheid. Life science alliance, (November 2021)
2 years ago by @warscheidlab
show all tags
Lectin
Adaptor
Binding
Tyrosine
Spectrometry/methods,Phosphorylation,Protein
Acid
Phosphatase
B-Lymphocytes/metabolism,Cell
Transduction/genetics,to_read
Proteins
Kinases/metabolism,Proteomics/methods,Proto-Oncogene
Type
Line,GRB2
Non-Receptor
Antigen
Ig-like
2/metabolism,Signal
Protein/metabolism,Mass
1/genetics/*metabolism/physiology,Protein-Tyrosine
c-vav/metabolism,Receptors
B-Cell/*metabolism/physiology,Sialic
Binding,Protein
LectinAdaptorBindingTyrosineSpectrometry/methods,Phosphorylation,ProteinAcidPhosphataseB-Lymphocytes/metabolism,CellTransduction/genetics,to_readProteinsKinases/metabolism,Proteomics/methods,Proto-OncogeneTypeLine,GRB2Non-ReceptorAntigenIg-like2/metabolism,SignalProtein/metabolism,Mass1/genetics/*metabolism/physiology,Protein-Tyrosinec-vav/metabolism,ReceptorsB-Cell/*metabolism/physiology,SialicBinding,Protein
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1Cullin 3 Is Crucial for Pro-B Cell Proliferation, Interacts with CD22, and Controls CD22 Internalization on B Cells.
S. Meyer, A. Böser, M. Korn, C. Koller, B. Bertocci, L. Reimann, B. Warscheid, and L. Nitschke. Journal of immunology (Baltimore, Md. : 1950), 204 (12): 3360--3374 (June 2020)
2 years ago by @warscheidlab
show all tags
Lectin
Binding
B-Cell/immunology,Sialic
Acid
Line,Cell
Ligases/immunology
Proteins/*immunology,Lymphocyte
Cells
Antigen
Ig-like
Animals,Apoptosis/immunology,B-Lymphocytes/*immunology,Bone
Marrow/immunology,Cell
2/*immunology,to_read,Ubiquitin-Protein
B-Lymphoid/*immunology,Receptors
Activation/immunology,Mice,Mice
Proliferation/*physiology,Cullin
C57BL,Precursor
Inbred
LectinBindingB-Cell/immunology,SialicAcidLine,CellLigases/immunologyProteins/*immunology,LymphocyteCellsAntigenIg-likeAnimals,Apoptosis/immunology,B-Lymphocytes/*immunology,BoneMarrow/immunology,Cell2/*immunology,to_read,Ubiquitin-ProteinB-Lymphoid/*immunology,ReceptorsActivation/immunology,Mice,MiceProliferation/*physiology,CullinC57BL,PrecursorInbred
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1Telomerase Inhibition by a New Synthetic Derivative of the Aporphine Alkaloid Boldine
S. Noureini, M. Kheirabadi, F. Masoumi, F. Khosrogerdi, Y. Zarei, C. Suarez-Rozas, J. Salas-Norambuena, and B. Cassels. International Journal of Molecular Sciences, (2018)
6 years ago by @dqcauchile
show all tags
domain,
inhibition,
site,
stress,
binding
cells,
dqcauchile
telomerase
assay
boldine,
derivative,
apoptosis,
n-benzylsecoboldine,
domain,inhibition,site,stress,bindingcells,dqcauchiletelomeraseassayboldine,derivative,apoptosis,n-benzylsecoboldine,
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1Raman Characterization of Pigments in Painted Beams and a Wall Painting Discovered in the San Francisco Church in Santiago, Chile
C. Araya, J. Jaque, N. Naranjo, M. Icaza, R. Clavijo, T. Aguayo, and M. Campos-Vallette. Spectroscopy Letters, 47 (3): 177-183 (2014)
6 years ago by @dqcauchile
show all tags
mural
copper,
spectra,
binding
ft-raman,
lead
microchemical
polychrome,
library,
spectroscopy,
dqcauchile
identification,
media,
minerals,
wood
corrosion,
analyses,
painting,
raman
muralcopper,spectra,bindingft-raman,leadmicrochemicalpolychrome,library,spectroscopy,dqcauchileidentification,media,minerals,woodcorrosion,analyses,painting,raman
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1High-resolution \NMR\ spectroscopy of a \GPCR\ in aligned bicelles
S. Park, S. Prytulla, A. De Angelis, J. Brown, H. Kiefer, and S. Opella. J. Am. Chem. Soc., 128 (23): 7402--7403 (June 2006)
9 years ago by @nmrresource
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Binding
Spectroscopy,Protein
Resonance
Structure,Receptors,Secondary,Tertiary
Proteins,Interleukin-8A,Lipid
Sites,G-Protein-Coupled,GTP-Binding
bilayers,Magnetic
BindingSpectroscopy,ProteinResonanceStructure,Receptors,Secondary,TertiaryProteins,Interleukin-8A,LipidSites,G-Protein-Coupled,GTP-Bindingbilayers,Magnetic
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1Interactions of interleukin-8 with the human chemokine receptor \CXCR\1 in phospholipid bilayers by \NMR\ spectroscopy
S. Park, F. Casagrande, L. Cho, L. Albrecht, and S. Opella. J. Mol. Biol., 414 (2): 194--203 (November 2011)
9 years ago by @nmrresource
show all tags
Binding
Resonance,Phospholipids,Protein
bilayers,Models,Molecular,Nuclear
Magnetic
Binding,Receptors
Sites,Biomolecular,Humans,Interleukin-8,Interleukin-8A,Lipid
BindingResonance,Phospholipids,Proteinbilayers,Models,Molecular,NuclearMagneticBinding,ReceptorsSites,Biomolecular,Humans,Interleukin-8,Interleukin-8A,Lipid
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1Nuclear magnetic resonance of membrane-associated peptides and proteins
S. Opella, C. Ma, and F. Marassi. Meth. Enzymol., (2001)
9 years ago by @nmrresource
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Binding
Spectroscopy,Membrane
coli,Gene
M2,Peptides,Receptor,Receptors,Recombinant
Proteins,Solutions
Resonance
Expression,Lipid
Sites,Escherichia
Fusion
Proteins,Metals,Micelles,Models,Molecular,Muscarinic,Muscarinic
bilayers,Lipids,Magnetic
BindingSpectroscopy,Membranecoli,GeneM2,Peptides,Receptor,Receptors,RecombinantProteins,SolutionsResonanceExpression,LipidSites,EscherichiaFusionProteins,Metals,Micelles,Models,Molecular,Muscarinic,Muscarinicbilayers,Lipids,Magnetic
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1Complete resolution of the solid-state \NMR\ spectrum of a uniformly 15N-labeled membrane protein in phospholipid bilayers
F. Marassi, A. Ramamoorthy, and S. Opella. Proc. Natl. Acad. Sci. U.S.A., 94 (16): 8551--8556 (August 1997)
9 years ago by @nmrresource
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Binding
Proteins,Molecular
Spectroscopy,Membrane
Acid
Data,Phospholipids,Protein
Sequence,Escherichia
Resonance
Amino
Sequence
bilayers,Magnetic
coli,Lipid
BindingProteins,MolecularSpectroscopy,MembraneAcidData,Phospholipids,ProteinSequence,EscherichiaResonanceAminoSequencebilayers,Magneticcoli,Lipid
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1Metal substitutions incarbonic anhydrase: a halide ion probe study
R. Smith, and R. Bryant. Biochemical and biophysical research communications, 66 (4): 1281--1286 (October 1975)
11 years ago by @rlipp
show all tags
Animals,
Hydrogen-Ion
Anhydrases,
Binding
Binding,
Zinc
Carbonic
Spectroscopy,
Protein
Conformation,
Cadmium,
Humans,
Magnetic
Cattle,
Concentration,
Resonance
Mercury,
Sites,
Animals,Hydrogen-IonAnhydrases,BindingBinding,ZincCarbonicSpectroscopy,ProteinConformation,Cadmium,Humans,MagneticCattle,Concentration,ResonanceMercury,Sites,
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2A murine model of Holt-Oram syndrome defines roles of the T-box transcription factor Tbx5 in cardiogenesis and disease
B. Bruneau, G. Nemer, J. Schmitt, F. Charron, L. Robitaille, S. Caron, D. Conner, M. Gessler, M. Nemer, C. Seidman and 1 other author(s). Cell, 106 (6): 709--721 (2001)
13 years ago by @ebch
show all tags
Binding
Factor/*genetics
Sites
Data
Sequence
Rats
Regions
Proteins/deficiency/*genetics
Defects;Congenital/*genetics/physiopathology
Base
Syndrome
Homozygote
Animals
Models;Animal
Development/genetics/*physiology
Connexins/genetics
Atrial
Forelimb/abnormalities
Heterozygote
Sheep
Mice
Domain
Bone
Differentiation
Abnormalities;Multiple/*genetics
Heart
(Genetics)
Acid
Disease
T-Box
Humans
Natriuretic
Homology;Nucleic
Molecular
Promoter
Alignment
Embryonic;Fetal
Development
Electrocardiography
Mice;Knockout
Heart/embryology
Cell
Myocardium/cytology
Aging
BindingFactor/*geneticsSitesDataSequenceRatsRegionsProteins/deficiency/*geneticsDefects;Congenital/*genetics/physiopathologyBaseSyndromeHomozygoteAnimalsModels;AnimalDevelopment/genetics/*physiologyConnexins/geneticsAtrialForelimb/abnormalitiesHeterozygoteSheepMiceDomainBoneDifferentiationAbnormalities;Multiple/*geneticsHeart(Genetics)AcidDiseaseT-BoxHumansNatriureticHomology;NucleicMolecularPromoterAlignmentEmbryonic;FetalDevelopmentElectrocardiographyMice;KnockoutHeart/embryologyCellMyocardium/cytologyAging
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1Identification of BOIP, a novel cDNA highly expressed during spermatogenesis that encodes a protein interacting with the orange domain of the hairy-related transcription factor HRT1/Hey1 in Xenopus and mouse
R. van Wayenbergh, V. Taelman, B. Pichon, A. Fischer, S. Kricha, M. Gessler, D. Christophe, and E. Bellefroid. Dev Dyn, 228 (4): 716--725 (2003)
13 years ago by @ebch
show all tags
Embryo;Nonmammalian
DNA;Complementary/*metabolism
Plasmids/metabolism
Techniques
Cycle
*Gene
Cells
Proteins/biosynthesis/genetics
Nuclear
Receptors;Notch
Structure;Tertiary
Mice
Library
Expression
Ribonucleases/metabolism
Xenopus
Factors
Hybridization
Homology;Amino
Humans
Helix-Loop-Helix
Proteins/*biosynthesis/*genetics
Transcription
Testis/metabolism
Situ
RNA/metabolism
Carrier
Spermatozoa/*metabolism
Membrane
*Spermatogenesis
Cell
Cloning;Molecular
Binding
Precipitin
RNA;Messenger/metabolism
Data
Sequence
Two-Hybrid
Conserved
Protein
Animals
Hela
Transduction
Regulation;Developmental
Proteins/*chemistry/metabolism
Basic
Acid
In
Immunohistochemistry
Male
Embryo;Mammalian/metabolism
Transfection
Proteins/metabolism
System
Tests
Luciferases/metabolism
Molecular
Gene
Amino
Signal
Embryo;NonmammalianDNA;Complementary/*metabolismPlasmids/metabolismTechniquesCycle*GeneCellsProteins/biosynthesis/geneticsNuclearReceptors;NotchStructure;TertiaryMiceLibraryExpressionRibonucleases/metabolismXenopusFactorsHybridizationHomology;AminoHumansHelix-Loop-HelixProteins/*biosynthesis/*geneticsTranscriptionTestis/metabolismSituRNA/metabolismCarrierSpermatozoa/*metabolismMembrane*SpermatogenesisCellCloning;MolecularBindingPrecipitinRNA;Messenger/metabolismDataSequenceTwo-HybridConservedProteinAnimalsHelaTransductionRegulation;DevelopmentalProteins/*chemistry/metabolismBasicAcidInImmunohistochemistryMaleEmbryo;Mammalian/metabolismTransfectionProteins/metabolismSystemTestsLuciferases/metabolismMolecularGeneAminoSignal
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8Target Gene Analysis by Microarrays and Chromatin Immunoprecipitation Identifies HEY Proteins as Highly Redundant bHLH Repressors
J. Heisig, D. Weber, E. Englberger, A. Winkler, S. Kneitz, W. Sung, E. Wolf, M. Eilers, C. Wei, and M. Gessler. PLoS Genet, 8 (5): e1002728 (2012)
13 years ago by @ebch
show all tags
Binding
Transduction/genetics
Sequence
Sites/genetics
Cycle
*Gene
Cells
Array
Analysis
Animals
Mice
Regulation
Expression
Elements/genetics
Immunoprecipitation
Factors/genetics/metabolism
Chromatin
E-Box
*Cell
Humans
Helix-Loop-Helix
Transcription
Proteins/genetics/metabolism
HEK293
Promoter
Regions;Genetic
Myocytes;Cardiac/metabolism
*Basic
*DNA-Binding
Signal
Oligonucleotide
Mice;Knockout
*Repressor
Receptors;Notch/genetics/metabolism
BindingTransduction/geneticsSequenceSites/geneticsCycle*GeneCellsArrayAnalysisAnimalsMiceRegulationExpressionElements/geneticsImmunoprecipitationFactors/genetics/metabolismChromatinE-Box*CellHumansHelix-Loop-HelixTranscriptionProteins/genetics/metabolismHEK293PromoterRegions;GeneticMyocytes;Cardiac/metabolism*Basic*DNA-BindingSignalOligonucleotideMice;Knockout*RepressorReceptors;Notch/genetics/metabolism
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1Oscillating expression of c-Hey2 in the presomitic mesoderm suggests that the segmentation clock may use combinatorial signaling through multiple interacting bHLH factors
C. Leimeister, K. Dale, A. Fischer, B. Klamt, M. Hrabe de Angelis, F. Radtke, M. McGrew, O. Pourquie, and M. Gessler. Dev Biol, 227 (1): 91--103 (2000)
13 years ago by @ebch
show all tags
RNA;Messenger/analysis/genetics
Binding
Factors/chemistry/genetics/*metabolism
Clocks/*physiology
Techniques
Proteins/genetics/physiology
Data
Biological
Sequence
Two-Hybrid
*Gene
Protein
Animals
Motifs
Mesoderm/*metabolism
Proteins/chemistry/genetics/metabolism
Mice
Transduction
Expression
Receptor;Notch1
Regulation;Developmental
Repressor
*Receptors;Cell
*Avian
Factors
Embryo
Basic
Acid
In
Hybridization
Helix-Loop-Helix
Transcription
Chick
*Helix-Loop-Helix
Surface
Proteins/metabolism
System
Proteins
Morphogenesis
Situ
*Signal
Somites/metabolism
Molecular
Alignment
Membrane
Amino
Mice;Knockout
RNA;Messenger/analysis/geneticsBindingFactors/chemistry/genetics/*metabolismClocks/*physiologyTechniquesProteins/genetics/physiologyDataBiologicalSequenceTwo-Hybrid*GeneProteinAnimalsMotifsMesoderm/*metabolismProteins/chemistry/genetics/metabolismMiceTransductionExpressionReceptor;Notch1Regulation;DevelopmentalRepressor*Receptors;Cell*AvianFactorsEmbryoBasicAcidInHybridizationHelix-Loop-HelixTranscriptionChick*Helix-Loop-HelixSurfaceProteins/metabolismSystemProteinsMorphogenesisSitu*SignalSomites/metabolismMolecularAlignmentMembraneAminoMice;Knockout
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1Polymeric drugs based on conjugates of synthetic and natural macromolecules. I. Synthesis and physico-chemical characterisation.
K. Ulbrich, V. Subr, J. Strohalm, D. Plocova, M. Jelinkova, and B. Rihova. J Control Release, 64 (1-3): 63-79 (2000)
14 years ago by @pawelsikorski
show all tags
Binding
Mice,
T-Lymphocytes
Macromolecular
synthesis/*chemistry
Antineoplastic
C57BL
therapy
Sites
Data
BALB
Sequence
Support,
Lymphoma/*drug
Polymers/chemistry
Animals
Relationship
Mice
;
Agents/*pharmacokinetics
Structure-Activity
Inbred
Factors
Surface/metabolism
C
Acid
In
Gov't
Male
Research
Oligopeptides/chemistry
Time
Cells,
Methacrylates/chemical
Antibodies/chemistry/metabolism
Substances
Vitro
Molecular
Non-U.S.
Tumor
Carriers/chemistry
Cultured
Amino
Antigens,
Proteins/*chemistry
Doxorubicin/*pharmacokinetics
Female
Drug
BindingMice,T-LymphocytesMacromolecularsynthesis/*chemistryAntineoplasticC57BLtherapySitesDataBALBSequenceSupport,Lymphoma/*drugPolymers/chemistryAnimalsRelationshipMice;Agents/*pharmacokineticsStructure-ActivityInbredFactorsSurface/metabolismCAcidInGov'tMaleResearchOligopeptides/chemistryTimeCells,Methacrylates/chemicalAntibodies/chemistry/metabolismSubstancesVitroMolecularNon-U.S.TumorCarriers/chemistryCulturedAminoAntigens,Proteins/*chemistryDoxorubicin/*pharmacokineticsFemaleDrug
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1Neisserial lipooligosaccharide is a target for complement component C4b. Inner core phosphoethanolamine residues define C4b linkage specificity
S. Ram, A. Cox, J. Wright, U. Vogel, S. Getzlaff, R. Boden, J. Li, J. Plested, S. Meri, S. Gulati and 4 other author(s). The Journal of Biological Chemistry, 278 (51): 50853--50862 (December 2003)PMID: 14525973.
15 years ago by @ag_vogel
show all tags
Binding
Ethanolamines,
C4b,
Complement
serum_resistance
Protein
Humans,
Molecular
meningitidis,
Neisseria
Immunologic,
Lipopolysaccharides,
Weight,
Amides,
Cytotoxicity,
BindingEthanolamines,C4b,Complementserum_resistanceProteinHumans,Molecularmeningitidis,NeisseriaImmunologic,Lipopolysaccharides,Weight,Amides,Cytotoxicity,
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1Genetic polymorphism of the binding domain of surfactant protein-A2 increases susceptibility to meningococcal disease
D. Jack, J. Cole, S. Naylor, R. Borrow, E. Kaczmarski, N. Klein, and R. Read. Clinical Infectious Diseases: An Official Publication of the Infectious Diseases Society of America, 43 (11): 1426--33 (December 2006)PMID: 17083016.
15 years ago by @jelias
show all tags
Binding
Aged,
Structure,
Polymorphism,
Odds
Studies,
Middle
Protein
Humans,
Adult,
Haplotypes,
Disease,
to
Pulmonary
Tertiary,
Infant,
Acid
D
Genetic
A,
Meningococcal
Alleles,
Substitution,
Child,
Predisposition
Genetic,
{Case-Control}
{Surfactant-Associated}
Newborn,
Preschool,
Amino
Ratio,
Infections,
Sites,
BindingAged,Structure,Polymorphism,OddsStudies,MiddleProteinHumans,Adult,Haplotypes,Disease,toPulmonaryTertiary,Infant,AcidDGeneticA,MeningococcalAlleles,Substitution,Child,PredispositionGenetic,{Case-Control}{Surfactant-Associated}Newborn,Preschool,AminoRatio,Infections,Sites,
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1G Protein activation without subunit dissociation depends on a Galpha(i)-specific region
M. Frank, L. Thumer, M. Lohse, and M. Bunemann. J Biol Chem, 280 (26): 24584-90 (July 2005)Frank, Monika Thumer, Leonore Lohse, Martin J Bunemann, Moritz United States The Journal of biological chemistry J Biol Chem. 2005 Jul 1;280(26):24584-90. Epub 2005 May 2..
15 years ago by @pharmawuerz
show all tags
Luminescent
Binding
Patch-Clamp
Structure,
Gi-Go/*chemistry/metabolism
Techniques
Tertiary
Data
Mutagenesis,
Sequence
Rats
Protein
Animals
Proteins/chemistry
Site-Directed
DNA,
Transfer
Resonance
Transduction
Fusion
Green
Bacterial
Factors
Acid
Electrophysiology
Fluorescence
Time
Proteins/metabolism
Molecular
alpha
Homology,
Fluorescent
GTP-Binding
Amino
Energy
Dimerization
Complementary/metabolism
Recombinant
Signal
Buffers
Proteins/*chemistry
Subunits,
LuminescentBindingPatch-ClampStructure,Gi-Go/*chemistry/metabolismTechniquesTertiaryDataMutagenesis,SequenceRatsProteinAnimalsProteins/chemistrySite-DirectedDNA,TransferResonanceTransductionFusionGreenBacterialFactorsAcidElectrophysiologyFluorescenceTimeProteins/metabolismMolecularalphaHomology,FluorescentGTP-BindingAminoEnergyDimerizationComplementary/metabolismRecombinantSignalBuffersProteins/*chemistrySubunits,
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1Agonist regulation of human beta2-adrenergic receptor mRNA stability occurs via a specific AU-rich element
S. Danner, M. Frank, and M. Lohse. J Biol Chem, 273 (6): 3223-9 (February 1998)Danner, S Frank, M Lohse, M J Research Support, Non-U.S. Gov't United states The Journal of biological chemistry J Biol Chem. 1998 Feb 6;273(6):3223-9..
15 years ago by @pharmawuerz
show all tags
RNA,
RNA-Binding
beta-2/*agonists/genetics/metabolism
Binding
Messenger/*genetics
Cricetinae
Globins/genetics
beta-Agonists/*pharmacology
Humans
Down-Regulation
Proteins/genetics/metabolism
Complementary
Adrenergic
Protein
Animals
Receptor
DNA,
Line
Fusion
Recombinant
Cell
RNA,RNA-Bindingbeta-2/*agonists/genetics/metabolismBindingMessenger/*geneticsCricetinaeGlobins/geneticsbeta-Agonists/*pharmacologyHumansDown-RegulationProteins/genetics/metabolismComplementaryAdrenergicProteinAnimalsReceptorDNA,LineFusionRecombinantCell
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1Phosphorylation-independent inhibition of parathyroid hormone receptor signaling by G protein-coupled receptor kinases
F. Dicker, U. Quitterer, R. Winstel, K. Honold, and M. Lohse. Proc Natl Acad Sci U S A, 96 (10): 5476-81 (May 1999)Dicker, F Quitterer, U Winstel, R Honold, K Lohse, M J Research Support, Non-U.S. Gov't United states Proceedings of the National Academy of Sciences of the United States of America Proc Natl Acad Sci U S A. 1999 May 11;96(10):5476-81..
15 years ago by @pharmawuerz
show all tags
Binding
Regulators
Hormone/*genetics/metabolism
GTP
Inositol
Phosphorylation
Proteins/*genetics/metabolism
Hormone/pharmacology
COS
Phosphohydrolases/metabolism
Transfection
Protein
Proteins/genetics
Eye
Animals
Receptor
Phosphoproteins/genetics
GTP-Binding
Transduction
Mutation
Phosphates/metabolism
Parathyroid
Signal
Cell
BindingRegulatorsHormone/*genetics/metabolismGTPInositolPhosphorylationProteins/*genetics/metabolismHormone/pharmacologyCOSPhosphohydrolases/metabolismTransfectionProteinProteins/geneticsEyeAnimalsReceptorPhosphoproteins/geneticsGTP-BindingTransductionMutationPhosphates/metabolismParathyroidSignalCell
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1Autoradiographic visualization of A1 adenosine receptors in rat brain with 3H8-cyclopentyl-1,3-dipropylxanthine
R. Weber, C. Jones, M. Lohse, and J. Palacios. J Neurochem, 54 (4): 1344-53 (April 1990)Weber, R G Jones, C R Lohse, M J Palacios, J M Research Support, Non-U.S. Gov't United states Journal of neurochemistry J Neurochem. 1990 Apr;54(4):1344-53..
15 years ago by @pharmawuerz
show all tags
Factors
Binding
Tritium/diagnostic
Binding,
Triphosphate/pharmacology
Brain/*metabolism
Guanosine
use
Male
Sites
Phenylisopropyladenosine/metabolism
Purinergic/*metabolism
Rats
Time
use/metabolism
Autoradiography
Competitive
Animals
Receptor
Strains
Mice
Xanthines/*diagnostic
FactorsBindingTritium/diagnosticBinding,Triphosphate/pharmacologyBrain/*metabolismGuanosineuseMaleSitesPhenylisopropyladenosine/metabolismPurinergic/*metabolismRatsTimeuse/metabolismAutoradiographyCompetitiveAnimalsReceptorStrainsMiceXanthines/*diagnostic
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