Category:Enzyme kinetics

子分类

本分类有以下6个子分类，共有6个子分类。

分类“Enzyme kinetics”中的媒体文件

以下167个文件属于本分类，共167个文件。

• A-Causal-Relation-between-Bioluminescence-and-Oxygen-to-Quantify-the-Cell-Niche-pone.0097572.s011.ogv 11秒, 360 × 640；363 KB
  
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  Activation2 rus.jpg 349 × 243；59 KB
  
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  Activation2 rus.svg 978 × 599；1 KB
  
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  Active Site with good residue view.png 411 × 575；103 KB
  
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  Activity distribution graph.png 586 × 450；11 KB
  
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  Activity plot different irreversible enzyme inhibitions.svg 514 × 283；19 KB
  
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  Aktywność enzymu.svg 846 × 646；34 KB
  
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  Alan Fersht in his rooms at Gonville and Caius.jpg 357 × 470；168 KB
  
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  Allosteric competitive inhibition 3 ku.svg 840 × 580；31 KB
  
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  Allosteric competitive inhibition 3.svg 840 × 580；26 KB
  
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  Allosteric v by S curve sr.svg 565 × 435；14 KB
  
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  Allosteric v by S curve.svg 565 × 435；13 KB
  
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  Antibiotic formation pathway.svg 534 × 798；171 KB
  
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  ATCase Sigmoidal Kinetics.jpg 607 × 557；34 KB
  
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  Bir substrat.svg 686 × 256；23 KB
  
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  Burst phase-pt.svg 704 × 490；3 KB
  
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  Burst phase-sr.svg 704 × 487；5 KB
  
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  Burst phase.svg 704 × 487；5 KB
  
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  Carbonic anhydrase reaction in tissue (hu).svg 504 × 395；20 KB
  
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  Carbonic anhydrase reaction in tissue da.svg 458 × 340；18 KB
  
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  Carbonic anhydrase reaction in tissue sv.svg 504 × 395；10 KB
  
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  Carbonic anhydrase reaction in tissue-tr.svg 504 × 395；20 KB
  
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  Carbonic anhydrase reaction in tissue.svg 504 × 395；19 KB
  
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  Catalisi enzimatica.svg 483 × 188；10 KB
  
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  Catalisis enzimatica.jpg 1,021 × 772；207 KB
  
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  Catalisis enzimatica1.jpg 546 × 428；25 KB
  
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  Catalisis enzimatica1.svg 493 × 373；184 KB
  
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  CatalysisScheme-en.svg 801 × 418；1 KB
  
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  CatalysisScheme-ru.svg 801 × 418；1 KB
  
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  CatalysisScheme.png 1,159 × 681；35 KB
  
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  Comp inhib.svg 840 × 580；25 KB
  
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  Comparison of stopped flow with quenched flow.png 294 × 230；14 KB
  
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  Competitive inhibition (Danish).svg 820 × 575；15 KB
  
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  Competitive inhibitor he.svg 134 × 284；10 KB
  
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  Competitive inhibitor hi.svg 134 × 284；16 KB
  
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  Competitive kinetics.PNG 590 × 449；15 KB
  
• Crystal-Structures-of-the-Novel-Cytosolic-5-Nucleotidase-IIIB-Explain-Its-Preference-for-m7GMP-pone.0090915.s005.ogv 19秒, 942 × 631；3.49 MB
  
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  Dependence of velocity on substrate concentration.svg 541 × 418；3 KB
  
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  Dependency Ks of inhibitor concentration.svg 514 × 283；7 KB
  
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  Diagram of continuous flow.png 2,410 × 909；155 KB
  
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  Diagram of stopped flow equipment.png 2,412 × 943；125 KB
  
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  Diagramma attivazione.svg 504 × 395；12 KB
  
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  Direct-linear-plot.jpg 2,187 × 1,099；289 KB
  
• Direct-Observation-of-Strand-Passage-by-DNA-Topoisomerase-and-Its-Limited-Processivity-pone.0034920.s005.ogv 1分1秒, 220 × 156；691 KB
  
• Direct-Observation-of-the-Myosin-Va-Recovery-Stroke-That-Contributes-to-Unidirectional-Stepping-pbio.1001031.s010.ogv 1分48秒, 176 × 144；2.35 MB
  
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  Effect of ATCase Kinetics.jpg 592 × 554；20 KB
  
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  Effect of CTP on ATCase kinetics.JPG 320 × 260；9 KB
  
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  Effect of enzyme on activation energy.svg 489 × 380；6 KB
  
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  ElasticityCurveEnzyme.png 1,317 × 624；76 KB
  
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  Energia aktywacji.svg 505 × 360；181 KB
  
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  Energiediagramm-Enzymreaktion.svg 504 × 395；18 KB
  
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  Entzyme kinetics.JPG 327 × 46；3 KB
  
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  Enzima alostérica.svg 363 × 356；5 KB
  
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  Enzima-sustrato.pdf 491 × 925；402 KB
  
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  Enzimkin1.jpg 582 × 425；50 KB
  
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  Enzimkin2.jpg 625 × 626；72 KB
  
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  Enzimkin3.jpg 436 × 318；42 KB
  
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  Enzymatic mechanism model (zh-tw).png 983 × 718；29 KB
  
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  Enzymatic mechanism model zh.png 983 × 718；25 KB
  
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  Enzyme accelerating reaction.jpg 535 × 516；28 KB
  
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  Enzyme allostery en.svg 606 × 332；146 KB
  
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  Enzyme allostery es.png 574 × 301；35 KB
  
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  Enzyme allostery es.svg 606 × 332；148 KB
  
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  Enzyme allostery.png 577 × 285；18 KB
  
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  Enzyme catalysis delta delta G es.png 610 × 400；8 KB
  
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  Enzyme catalysis energy levels 2-ru.svg 733 × 301；2 KB
  
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  Enzyme catalysis energy levels 2.svg 1,200 × 489；214 KB
  
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  Enzyme catalysis energy levels.png 1,954 × 788；87 KB
  
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  Enzyme decreases the activation energy.png 968 × 493；19 KB
  
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  Enzyme Kinetics.pdf 1,239 × 1,752，4页；90 KB
  
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  Enzyme mechanism 2.svg 400 × 125；126 KB
  
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  Enzyme mechanism.png 1,582 × 510；38 KB
  
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  Enzyme Model.sr.jpg 640 × 606；136 KB
  
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  Enzyme saturation.png 913 × 255；7 KB
  
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  Enzyme-substrate difusion-controlled reaction.jpg 2,713 × 1,480；279 KB
  
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  Enzymes free energy change en.svg 405 × 333；58 KB
  
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  Enzymkatalyse.png 2,089 × 664；68 KB
  
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  Enzymkinetiekactivatiecurve.svg 504 × 395；16 KB
  
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  Enzymkinetik.jpg 615 × 459；15 KB
  
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  Enzymkinetik2.jpg 618 × 463；8 KB
  
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  Enzymproductconcentratiecurve.svg 467 × 364；5 KB
  
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  Equilibrio enzima-sustrato.png 714 × 312；8 KB
  
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  Equilibrio enzima-sustrato.svg 714 × 312；233 KB
  
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  Estado pre-estacionario pt.png 658 × 495；19 KB
  
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  Estado pre-estacionario.png 720 × 540；8 KB
  
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  Feedback inhibition.svg 744 × 1,052；96 KB
  
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  Gráfica de la saturación de una enzima.jpg 720 × 540；16 KB
  
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  Hanes-plot.jpg 1,566 × 1,133；153 KB
  
• Identification-of-the-Allosteric-Regulatory-Site-of-Insulysin-pone.0020864.s012.ogv 4.0秒, 1,280 × 720；669 KB
  
• Identification-of-the-Allosteric-Regulatory-Site-of-Insulysin-pone.0020864.s013.ogv 4.0秒, 1,280 × 720；405 KB
  
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  Induced fit diagram da.svg 648 × 253；21 KB
  
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  Induced fit diagram zh.png 648 × 253；24 KB
  
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  Inhibición enzimática.png 720 × 399；8 KB
  
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  Inhibicja kompetycyjna.svg 800 × 1,286；502 KB
  
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  Inhibiteur incompetitif.png 133 × 345；17 KB
  
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  Inibizione competitiva.svg 820 × 575；26 KB
  
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  Inibizione non competitiva.svg 776 × 701；35 KB
  
• Insights-into-the-Mechanism-of-Bovine-CD38NAD+Glycohydrolase-from-the-X-Ray-Structures-of-Its-pone.0034918.s009.ogv 2.0秒, 1,673 × 870；283 KB
  
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  Katalizowanie reakcji przez enzymy.svg 630 × 245；224 KB
  
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  KinasePhosphatase.svg 214 × 206；24 KB
  
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  KinEnzymo(en).svg 990 × 550；138 KB
  
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  KinEnzymo(pl).svg 955 × 493；148 KB
  
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  KinEnzymo(sr).svg 990 × 550；193 KB
  
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  Kinteticsuncompetitiveinhibitor.jpg 553 × 458；23 KB
  
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  Kompetitiver und nichtkompetitiver Antagonist.png 362 × 296；10 KB
  
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  Linear4Step.png 812 × 194；28 KB
  
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  Lineweaver-Burk plot.svg 530 × 440；4 KB
  
• Mapping-of-Enzyme-Kinetics-on-a-Microfluidic-Device-pone.0153437.s006.ogv 31秒, 1,440 × 1,080；3.82 MB
  
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  Mecanisme catalític d'una proteasa.jpg 1,280 × 720；44 KB
  
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  Mecanismo mas tasas.svg 467 × 167；10 KB
  
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  Mech1.jpg 1,780 × 780；62 KB
  
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  Mechanism plus rates.PNG 487 × 149；21 KB
  
• Mechanisms-of-the-Scaffold-Subunit-in-Facilitating-Protein-Phosphatase-2A-Methylation-pone.0086955.s003.ogv 12秒, 800 × 800；9.36 MB
  
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  MM-order.jpg 2,191 × 1,066；319 KB
  
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  MMLogPlot.jpg 1,408 × 1,054；243 KB
  
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  Modification of lysine by cluster.png 1,264 × 1,024；948 KB
  
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  Monosupstratni mehanizam.PNG 372 × 105；7 KB
  
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  Noncompetitive.jpg 837 × 489；29 KB
  
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  Ping pong.png 445 × 66；7 KB
  
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  Ping pong.svg 445 × 66；13 KB
  
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  PlotAandAPVersusk1.svg 576 × 432；31 KB
  
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  Q10 graph a.svg 1,800 × 668；109 KB
  
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  Q10 graph c.svg 1,800 × 668；166 KB
  
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  Quenched Flow method for fast reactions.png 2,187 × 825；85 KB
  
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  Quenched-flow method for fast reactions.png 2,480 × 3,508；29 KB
  
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  Random order ternary mechanism.png 450 × 218；29 KB
  
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  Random order ternary mechanism.svg 450 × 217；15 KB
  
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  Reaction scheme competitive enzyme inhibition.svg 514 × 283；25 KB
  
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  Reaction scheme enzyme inhibition 1.svg 514 × 283；49 KB
  
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  Reaction scheme enzyme inhibition 2.svg 514 × 283；40 KB
  
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  Reaction scheme non-competitive enzyme inhibition.svg 514 × 283；43 KB
  
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  Reaction scheme uncompetitive enzyme inhibition.svg 514 × 283；26 KB
  
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  Realistic direct linear plot with errors.jpg 2,187 × 1,149；340 KB
  
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  RevHillScheme.png 600 × 469；41 KB
  
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  Sample Stopped Flow FT-IR Chromatogram .jpg 541 × 358；18 KB
  
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  Saturacao de uma enzima.jpg 689 × 270；22 KB
  
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  Saturación de una enzima.jpg 720 × 312；22 KB
  
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  Scatchard Plot.gif 741 × 504；6 KB
  
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  Scatchard plot.svg 531 × 531；29 KB
  
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  Scatchardthree.gif 204 × 145；2 KB
  
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  Schemat katalizowanej reakcji.svg 545 × 180；54 KB
  
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  Simple mechanism - PT.svg 387 × 150；26 KB
  
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  Simple mechanism of enzyme reaction (zh-tw).png 567 × 184；15 KB
  
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  Simple mechanism of enzyme reaction zh.png 567 × 184；12 KB
  
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  Simple mechanism pt.svg 483 × 188；4 KB
  
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  Simple mechanism.svg 483 × 188；7 KB
  
• Spastins-Microtubule-Binding-Properties-and-Comparison-to-Katanin-pone.0050161.s006.ogv 10分49秒, 594 × 232；48.12 MB
  
• Spastins-Microtubule-Binding-Properties-and-Comparison-to-Katanin-pone.0050161.s007.ogv 2分3秒, 232 × 310；6.92 MB
  
• Spastins-Microtubule-Binding-Properties-and-Comparison-to-Katanin-pone.0050161.s008.ogv 44秒, 500 × 500；12.4 MB
  
• Spastins-Microtubule-Binding-Properties-and-Comparison-to-Katanin-pone.0050161.s009.ogv 1.0秒, 500 × 500；1.88 MB
  
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  Stopped flow apparatus.png 2,480 × 3,508；109 KB
  
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  TS3.png 2,620 × 743；106 KB
  
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  TSA 1.png 1,216 × 353；45 KB
  
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  TSA3.png 2,036 × 743；88 KB
  
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  Two substrates.png 648 × 253；16 KB
  
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  Two substrates.svg 685 × 256；22 KB
  
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  UNCOMPETITIVE.jpg 837 × 489；29 KB
  
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  Wallace3.png 627 × 762；23 KB
  
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  Yarışmalı engelleme 2.svg 830 × 315；15 KB
  
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  Yarışmalı engelleme.svg 840 × 580；24 KB
  
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  Yarışmasız engelleme 2.svg 830 × 315；15 KB
  
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  Yarışmasız engelleme.svg 840 × 580；26 KB
  
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  アロステリック効果 アスパラギン酸キナーゼとリシン.png 2,054 × 401；27 KB
  
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  説明図 酵素 酸塩基触媒部位.png 445 × 312；48 KB
  
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  説明図 酵素 阻害様式と反応速度.png 520 × 224；11 KB
  
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  説明図 酵素反応速度曲線.PNG 831 × 238；16 KB
  
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  酵素反応機構.gif 341 × 52；612字节