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2High V-PPase activity is beneficial under high salt loads, but detrimental without salinity
D. Graus, K. Konrad, F. Bemm, M. Patir Nebioglu, C. Lorey, K. Duscha, T. Guthoff, J. Herrmann, A. Ferjani, T. Cuin und 5 andere Autor(en). New Phytol, 219 (4): 1421-1432 (2018)Graus, Dorothea Konrad, Kai R Bemm, Felix Patir Nebioglu, Meliha Gorkem Lorey, Christian Duscha, Kerstin Guthoff, Tilman Herrmann, Johannes Ferjani, Ali Cuin, Tracey Ann Roelfsema, M Rob G Schumacher, Karin Neuhaus, H Ekkehard Marten, Irene Hedrich, Rainer eng Research Support, Non-U.S. Gov't England 2018/06/26 New Phytol. 2018 Sep;219(4):1421-1432. doi: 10.1111/nph.15280. Epub 2018 Jun 25..
vor 9 Monaten von @jvsi_all
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effects
myOwn
uni_network
Cell
Death/drug
effectsmyOwnuni_networkCellDeath/drug
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3Identification and Biochemical-Characterization of the Plasma-Membrane H+-Atpase in Guard-Cells of Vicia-Faba L
D. Becker, C. Zeilinger, G. Lohse, H. Depta, und R. Hedrich. Planta, 190 (1): 44-50 (1993)Ky173 Times Cited:47 Cited References Count:39.
vor 9 Monaten von @rainerhedrich_2
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myOwn
guard
cell
myOwnguardcell
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1CO provides an intermediate link in the red light response of guard cells
M. Roelfsema, S. Hanstein, H. Felle, und R. Hedrich. Plant Journal, 32 (1): 65-75 (2002)600cy Times Cited:125 Cited References Count:38.
vor 9 Monaten von @rainerhedrich_2
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myOwn
guard
cell
myOwnguardcell
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3Functional expression of the plant K+ channel KAT1 in insect cells
I. Marten, F. Gaymard, G. Lemaillet, J. Thibaud, H. Sentenac, und R. Hedrich. Febs Letters, 380 (3): 229-232 (1996)Tw665 Times Cited:41 Cited References Count:29.
vor 9 Monaten von @rainerhedrich_2
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myOwn
line
cells)
insect
(sf9
cell
myOwnlinecells)insect(sf9cell
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4Plant cells must pass a K threshold to re-enter the cell cycle
T. Sano, D. Becker, N. Ivashikina, L. Wegner, U. Zimmermann, M. Roelfsema, T. Nagata, und R. Hedrich. Plant Journal, 50 (3): 401-413 (2007)160mj Times Cited:58 Cited References Count:47.
vor 9 Monaten von @rainerhedrich_2
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myOwn
cycle
cell
myOwncyclecell
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2High V-PPase activity is beneficial under high salt loads, but detrimental without salinity
D. Graus, K. Konrad, F. Bemm, M. Nebioglu, C. Lorey, K. Duscha, T. Güthoff, J. Herrmann, A. Ferjani, T. Cuin und 5 andere Autor(en). New Phytologist, 219 (4): 1421-1432 (2018)Gp4os Times Cited:28 Cited References Count:65.
vor 9 Monaten von @rainerhedrich_2
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myOwn
death
cell
myOwndeathcell
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1A promising protocol for the endothelialization of vascular grafts in an instrumented rotating bioreactor towards clinical application
S. Heene, J. Renzelmann, C. Müller, N. Stanislawski, F. Cholewa, P. Moosmann, H. Blume, und C. Blume. (2023)
vor 9 Monaten von @fabcho
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image
glucose
viscometry
process
shear
stress
Cultivation
contact
Bioconversion
analysis
vascular
cultivation
lactic
Cells
structure
mathematical
clinical
Bioreactors
laminar
Monolayers
processing
Shear
graft
nonhuman
comparative
pulsatile
simulation
Clinical
measurement
cell
engineered
Confluent
dynamics
endothelial
property
fluid
Newtonian
intake
human
protocol
Cell
immunofluorescence
myown
surface
Stress
Vascular
rate
application
Flow
cadherin
Non
Bioreactor
system
cells
endothelialization
controlled
quantitative
grafts
Scaffolds
alignment
animal
parameters
practice
Dynamic
study
Article
Cytology
monolayers
tissue
Processes
Endothelial-cells
Tissue
Endothelialization
acid
Endothelial
computational
immunohistochemistry
flow
physical
Computational
aortic
imageglucoseviscometryprocessshearstressCultivationcontactBioconversionanalysisvascularcultivationlacticCellsstructuremathematicalclinicalBioreactorslaminarMonolayersprocessingSheargraftnonhumancomparativepulsatilesimulationClinicalmeasurementcellengineeredConfluentdynamicsendothelialpropertyfluidNewtonianintakehumanprotocolCellimmunofluorescencemyownsurfaceStressVascularrateapplicationFlowcadherinNonBioreactorsystemcellsendothelializationcontrolledquantitativegraftsScaffoldsalignmentanimalparameterspracticeDynamicstudyArticleCytologymonolayerstissueProcessesEndothelial-cellsTissueEndothelializationacidEndothelialcomputationalimmunohistochemistryflowphysicalComputationalaortic
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1In-Silico Generation of High-Dimensional Immune Response Data in Patients using a Deep Neural Network
R. Fallahzadeh, N. Bidoki, I. Stelzer, M. Becker, I. Marić, A. Chang, A. Culos, T. Phongpreecha, M. Xenochristou, D. De Francesco und 1 andere Autor(en). Cytometry Part A, (2022)
vor 2 Jahren von @becker
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high
myown
dimensional
neural
encoder
network
single
cell
highmyowndimensionalneuralencodernetworksinglecell
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1Evaluation and Effect of Tamra Parpati Rasa Prepared with Asta Samskarita Parada over Colon Cancer a Cell Line Study
D. Jaggal. INTERNATIONAL JOURNAL OF TREND IN SCIENTIFIC RESEARCH AND DEVELOPMENT, 6 (5): 1365-1368 (Juli 2022)
vor 2 Jahren von @ijtsrd
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Study
Samskarita
Cancer
Parada
Tamra
Ashtamahagadas
Parpati
Kalpana
Line
Colon
Rasa
Cell
StudySamskaritaCancerParadaTamraAshtamahagadasParpatiKalpanaLineColonRasaCell
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1Saliency-driven system models for cell analysis with deep learning
D. Ferreira, G. Ramalho, D. Torres, A. Tobias, M. Rezende, F. Medeiros, A. Bianchi, C. Carneiro, und D. Ushizima. COMPUTER METHODS AND PROGRAMS IN BIOMEDICINE, (2019)
vor 3 Jahren von @ppgfis_ufc_br
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Convolutional
Eye
prediction;
network;
neural
{Saliency
analysis;
tracking
experiment}
Cell
ConvolutionalEyeprediction;network;neural{Saliencyanalysis;trackingexperiment}Cell
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1RchyOptimyx: cellular hierarchy optimization for flow cytometry
N. Aghaeepour, A. Jalali, K. O'Neill, P. Chattopadhyay, M. Roederer, H. Hoos, und R. Brinkman. Cytometry Part A, 81 (12): 1022--1030 (2012)
vor 3 Jahren von @becker
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citedby:scholar:count:63
cytometry
subgroup
subgroups
visualization
gating
dynamic
citedby:scholar:timestamp:2021-6-15
prgramming
single
cell
citedby:scholar:count:63cytometrysubgroupsubgroupsvisualizationgatingdynamiccitedby:scholar:timestamp:2021-6-15prgrammingsinglecell
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1Small Structural Changes on a Hydroquinone Scaffold Determine the Complex I Inhibition or Uncoupling of Tumoral Oxidative Phosphorylation
F. Urra, M. Cordova-Delgado, M. Lapier, A. Orellana-Manzano, L. Acevedo-Arevalo, H. Pessoa-Mahana, J. Gonzalez-Vivanco, M. Martinez-Cifuentes, O. Ramirez-Rodriguez, J. Millas-Vargas und 4 andere Autor(en). Toxicology and Applied Pharmacology, (2016)
vor 5 Jahren von @dqcauchile
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i,
derivatives,
6-ketocholestanol
hydroquinones,
complex
cells,
anti-cancer
dysfunction,
adenocarcinoma
cell
respiration,
cancer-cells,
energy-metabolism,
dqcauchile
liver-mitochondria,
ta3,
calu-6
uncouplers,
phosphorylation,
oxidative
mitochondrial
apoptosis,
agents,
i,derivatives,6-ketocholestanolhydroquinones,complexcells,anti-cancerdysfunction,adenocarcinomacellrespiration,cancer-cells,energy-metabolism,dqcauchileliver-mitochondria,ta3,calu-6uncouplers,phosphorylation,oxidativemitochondrialapoptosis,agents,
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1Cord Blood Mesenchymal Stem Cells Conditioned Media Suppress Epithelial Ovarian Cancer Cells in Vitro
M. shennawy. International Journal of Trend in Scientific Research and Development, 2 (5): 1783-1788 (August 2018)
vor 6 Jahren von @ijtsrd
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proliferation
gene
cancer
ovarian
apoptosis
analysis
expression
blood
cycle
cell
cells
mesenchymal
Cord
stem
proliferationgenecancerovarianapoptosisanalysisexpressionbloodcyclecellcellsmesenchymalCordstem
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1Lipopolysaccharide promotes the metastatic Potential of Lung Carcinoma Cells by Upregulating the Expression of Fibronectin
A. Qadri. International Journal of Trend in Scientific Research and Development, 2 (1): 1022-1026 (Dezember 2017)
vor 6 Jahren von @ijtsrd
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Carcinoma
biology
Lung
Lipopolysaccharide
Cell
Fibronectin
CarcinomabiologyLungLipopolysaccharideCellFibronectin
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1The Forkhead factor FoxQ1 influences epithelial differentiation.
A. Feuerborn, P. Srivastava, S. Küffer, W. Grandy, T. Sijmonsma, N. Gretz, B. Brors, und H. Gröne. J Cell Physiol, 226 (3): 710--719 (März 2011)
vor 10 Jahren von @bbrors
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effects/metabolism;
genetics/metabolism;
Communication,
effects;
Techniques;
Size,
Microfilament
Transduction,
metabolism;
Protein
Transport,
drug
Knockdown
Mice;
Kinases,
Transforming
Differentiation,
Animals;
Cyclin-Dependent
Expression
Epithelial
Forkhead
Shape,
Growth
Transcription
G1
Regulation,
beta1,
Cells,
Factors,
Proteins,
pharmacology
Gene
Factor
cytology/drug
Actins,
Phase,
Proliferation,
Movement,
Signal
Cell
effects/metabolism;genetics/metabolism;Communication,effects;Techniques;Size,MicrofilamentTransduction,metabolism;ProteinTransport,drugKnockdownMice;Kinases,TransformingDifferentiation,Animals;Cyclin-DependentExpressionEpithelialForkheadShape,GrowthTranscriptionG1Regulation,beta1,Cells,Factors,Proteins,pharmacologyGeneFactorcytology/drugActins,Phase,Proliferation,Movement,SignalCell
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1The hematopoietic stem cell in chronic phase CML is characterized by a transcriptional profile resembling normal myeloid progenitor cells and reflecting loss of quiescence.
I. Bruns, A. Czibere, J. Fischer, F. Roels, R. Cadeddu, S. Buest, D. Bruennert, A. Huenerlituerkoglu, N. Stoecklein, R. Singh und 7 andere Autor(en). Leukemia, 23 (5): 892--899 (Mai 2009)
vor 10 Jahren von @bbrors
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RNA,
Humans;
Antibody
Leukemic,
Leukemia,
Differentiation;
BCR-ABL
Chronic,
Proliferation;
Sequence
Transcriptase
Movement;
Reaction
Technique;
metabolism;
Profiling;
Array
Polymerase
Neoplastic
Analysis;
Expression
Progenitor
genetics;
Cells;
Chain
Positive,
Hematopoietic
Reverse
Regulation,
Myeloid
Cells,
Myelogenous,
Stem
pathology;
Gene
Fluorescent
Adhesion;
Messenger,
Oligonucleotide
Cell
genetics/pathology;
RNA,Humans;AntibodyLeukemic,Leukemia,Differentiation;BCR-ABLChronic,Proliferation;SequenceTranscriptaseMovement;ReactionTechnique;metabolism;Profiling;ArrayPolymeraseNeoplasticAnalysis;ExpressionProgenitorgenetics;Cells;ChainPositive,HematopoieticReverseRegulation,MyeloidCells,Myelogenous,Stempathology;GeneFluorescentAdhesion;Messenger,OligonucleotideCellgenetics/pathology;
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1Molecular pathology of sarcomas. Update on the research group "Molecular Diagnosis of Sarcomas".
A. Rüsseler, B. Brors, T. Fischer, J. Hartmann, W. Hartmann, P. Hohenberger, P. Lichter, A. Marx, G. Mechtersheimer, R. Penzel und 8 andere Autor(en). Pathologe, (Oktober 2010)
vor 10 Jahren von @bbrors
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Humans;
Cooperative
Techniques;
Therapy;
Transduction,
Profiling;
Tumor;
Evaluation,
Behavior;
Neoplasm
Animals;
Line,
Expression
diagnosis/drug
genetics;
Preclinical;
Synovial,
Myxoid,
Diagnostic
Liposarcoma,
therapy/genetics/pathology;
Regulation,
Sarcoma,
Neoplastic,
Interdisciplinary
Research;
Targeted
genetics
Communication;
Molecular
Transplantation;
Fibrosarcoma,
Leiomyosarcoma,
Gene
Signal
Cell
Biomedical
Drug
Humans;CooperativeTechniques;Therapy;Transduction,Profiling;Tumor;Evaluation,Behavior;NeoplasmAnimals;Line,Expressiondiagnosis/druggenetics;Preclinical;Synovial,Myxoid,DiagnosticLiposarcoma,therapy/genetics/pathology;Regulation,Sarcoma,Neoplastic,InterdisciplinaryResearch;TargetedgeneticsCommunication;MolecularTransplantation;Fibrosarcoma,Leiomyosarcoma,GeneSignalCellBiomedicalDrug
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1Multiple myeloma-related deregulation of bone marrow-derived CD34(+) hematopoietic stem and progenitor cells.
I. Bruns, R. Cadeddu, I. Brueckmann, J. Fröbel, S. Geyh, S. Büst, J. Fischer, F. Roels, C. Wilk, F. Schildberg und 12 andere Autor(en). Blood, 120 (13): 2620--2630 (September 2012)
vor 10 Jahren von @bbrors
alle anzeigen
Markers,
Humans;
Mice,
Immunoenzyme
Techniques;
Movement;
metabolism;
Cultured;
Profiling;
Array
Mice;
Female;
Animals;
Expression
Multiple
Bone
Inbred
Studies;
Chain
Hematopoietic
Reverse
Male;
Stromal
Cells,
Marrow,
metabolism/pathology;
Stem
Megakaryocyte-Erythroid
Reaction;
NOD;
Fluorescent
Antigens,
Oligonucleotide
Cell
RNA,
Mesenchymal
Antibody
Western;
Differentiation;
CD34,
Biological
Proliferation;
Sequence
Transcriptase
Flow
Technique;
Myeloma,
Polymerase
Blotting,
Analysis;
Real-Time
Transduction
Progenitor
genetics;
Cytometry;
genetics/metabolism/pathology;
Gene
Case-Control
Cycle;
Adhesion;
Messenger,
Signal
Markers,Humans;Mice,ImmunoenzymeTechniques;Movement;metabolism;Cultured;Profiling;ArrayMice;Female;Animals;ExpressionMultipleBoneInbredStudies;ChainHematopoieticReverseMale;StromalCells,Marrow,metabolism/pathology;StemMegakaryocyte-ErythroidReaction;NOD;FluorescentAntigens,OligonucleotideCellRNA,MesenchymalAntibodyWestern;Differentiation;CD34,BiologicalProliferation;SequenceTranscriptaseFlowTechnique;Myeloma,PolymeraseBlotting,Analysis;Real-TimeTransductionProgenitorgenetics;Cytometry;genetics/metabolism/pathology;GeneCase-ControlCycle;Adhesion;Messenger,Signal
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2Hox-C9 activates the intrinsic pathway of apoptosis and is associated with spontaneous regression in neuroblastoma.
H. Kocak, S. Ackermann, B. Hero, Y. Kahlert, A. Oberthuer, D. Juraeva, F. Roels, J. Theissen, F. Westermann, H. Deubzer und 5 andere Autor(en). Cell Death Dis, (2013)
vor 10 Jahren von @bbrors
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genetics/metabolism;
Humans;
genetics/metabolism/mortality/pathology;
Differentiation;
c,
Nervous
Preschool;
Survival
Apoptosis,
metabolism;
Tumor;
Neoplasm
Analysis;
Cytochromes
Nuclear
Line,
Homeodomain
Model
Expression
genetics;
Transduction;
Prognosis;
Xenograft
Neuroblastoma,
Caspases,
Mitochondria,
Regression,
Staging;
Regulation,
Neoplasms,
Assays
metabolism/pathology;
System
Child,
Infant;
Proteins,
Gene
Antitumor
Oncogene
Neoplastic;
Signal
Spontaneous,
Cell
genetics/metabolism;Humans;genetics/metabolism/mortality/pathology;Differentiation;c,NervousPreschool;SurvivalApoptosis,metabolism;Tumor;NeoplasmAnalysis;CytochromesNuclearLine,HomeodomainModelExpressiongenetics;Transduction;Prognosis;XenograftNeuroblastoma,Caspases,Mitochondria,Regression,Staging;Regulation,Neoplasms,Assaysmetabolism/pathology;SystemChild,Infant;Proteins,GeneAntitumorOncogeneNeoplastic;SignalSpontaneous,Cell
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1Expression of the tumour suppressor gene CADM1 is associated with favourable outcome and inhibits cell survival in neuroblastoma.
S. Nowacki, M. Skowron, A. Oberthuer, A. Fagin, H. Voth, B. Brors, F. Westermann, A. Eggert, B. Hero, F. Berthold und 1 andere Autor(en). Oncogene, 27 (23): 3329--3338 (Mai 2008)
vor 10 Jahren von @bbrors
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Markers,
RNA,
Humans;
Genetic;
Adolescent;
genetics/physiology
Suppressor,
Genes,
Molecules;
Biological,
Mutation,
Proliferation;
Adhesion
Preschool;
Survival
Tumor;
Analysis;
Immunoglobulins,
Survival,
DNA
Line,
Expression
genetics;
Prognosis;
Child;
Infant,
Neuroblastoma,
Methylation;
Adult;
analysis;
Regulation,
Newborn;
physiology;
Child,
Promoter
Infant;
Proteins,
Gene
Suppressor
Membrane
Regions,
Tumor
genetics/physiology;
Messenger,
Neoplastic;
diagnosis/genetics/mortality/pathology;
Cell
Markers,RNA,Humans;Genetic;Adolescent;genetics/physiologySuppressor,Genes,Molecules;Biological,Mutation,Proliferation;AdhesionPreschool;SurvivalTumor;Analysis;Immunoglobulins,Survival,DNALine,Expressiongenetics;Prognosis;Child;Infant,Neuroblastoma,Methylation;Adult;analysis;Regulation,Newborn;physiology;Child,PromoterInfant;Proteins,GeneSuppressorMembraneRegions,Tumorgenetics/physiology;Messenger,Neoplastic;diagnosis/genetics/mortality/pathology;Cell
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BibSonomy

Publikationen (verstecken)123
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2High V-PPase activity is beneficial under high salt loads, but detrimental without salinity

3Identification and Biochemical-Characterization of the Plasma-Membrane H+-Atpase in Guard-Cells of Vicia-Faba L

1CO provides an intermediate link in the red light response of guard cells

3Functional expression of the plant K+ channel KAT1 in insect cells

4Plant cells must pass a K threshold to re-enter the cell cycle

2High V-PPase activity is beneficial under high salt loads, but detrimental without salinity

1A promising protocol for the endothelialization of vascular grafts in an instrumented rotating bioreactor towards clinical application

1In-Silico Generation of High-Dimensional Immune Response Data in Patients using a Deep Neural Network

1Evaluation and Effect of Tamra Parpati Rasa Prepared with Asta Samskarita Parada over Colon Cancer a Cell Line Study

1Saliency-driven system models for cell analysis with deep learning

1RchyOptimyx: cellular hierarchy optimization for flow cytometry

1Small Structural Changes on a Hydroquinone Scaffold Determine the Complex I Inhibition or Uncoupling of Tumoral Oxidative Phosphorylation

1Cord Blood Mesenchymal Stem Cells Conditioned Media Suppress Epithelial Ovarian Cancer Cells in Vitro

1Lipopolysaccharide promotes the metastatic Potential of Lung Carcinoma Cells by Upregulating the Expression of Fibronectin

1The Forkhead factor FoxQ1 influences epithelial differentiation.

1The hematopoietic stem cell in chronic phase CML is characterized by a transcriptional profile resembling normal myeloid progenitor cells and reflecting loss of quiescence.

1Molecular pathology of sarcomas. Update on the research group "Molecular Diagnosis of Sarcomas".

1Multiple myeloma-related deregulation of bone marrow-derived CD34(+) hematopoietic stem and progenitor cells.

2Hox-C9 activates the intrinsic pathway of apoptosis and is associated with spontaneous regression in neuroblastoma.

1Expression of the tumour suppressor gene CADM1 is associated with favourable outcome and inhibits cell survival in neuroblastoma.

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Publikationen (verstecken)123
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