Category:Fatty acids
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carboxylic acid with a long aliphatic chain, either saturated or unsaturated | |||||
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Subkategorijos
Rodoma 11 subkategorijų (iš viso yra 11 subkategorijų).
Daugialypės terpės rinkmenos kategorijoje „Fatty acids“
Rodomi 199 šios kategorijos rinkmenos (iš viso kategorijoje yra 199 rinkmenos).
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13-HydroperoxyoctadecadienoicAcid.svg 841 × 200; 7 KiB
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13-HydroperoxyoctadecatrienoicAcid.svg 333 × 177; 16 KiB
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13-Phenyltridecanoic acid.png 576 × 132; 3 KiB
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13-Phenyltridecanoic acid.svg 990 × 180; 14 KiB
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17-метил-цис-9,10-метилен-октадекановая кислота.png 463 × 116; 2 KiB
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17-метил-цис-9,10-метилен-октадекановая1 кислота.png 442 × 110; 1 KiB
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2-Chlorostearic acid.svg 1 180 × 240; 11 KiB
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3-гидрокси-2-гексадецил-эйкозановая кислота.png 487 × 423; 3 KiB
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3D taukskābes.jpg 432 × 324; 46 KiB
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4-substitued octanoic acid.png 1 369 × 715; 50 KiB
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9,10-Dichlorostearic acid.svg 1 180 × 240; 12 KiB
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9,10-метилен-гексадекановая кислота1.png 396 × 74; 1 KiB
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9-HydroperoxyoctadecatrienoicAcid.svg 355 × 75; 16 KiB
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AcidiGrassi.png 451 × 722; 120 KiB
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Acidos-grasos-tipos.jpg 3 000 × 2 000; 941 KiB
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Aerocyanidin Structure.svg 686 × 181; 12 KiB
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Alpha licanic acid.svg 328 × 219; 21 KiB
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Amphimic acids (4).gif 720 × 310; 4 KiB
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AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s2.ogv 4,5 s, 4 096 × 1 024; 13,11 MiB
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AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s3.ogv 12 s, 1 054 × 350; 8,53 MiB
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AMPK-activation-promotes-lipid-droplet-dispersion-on-detyrosinated-microtubules-to-increase-ncomms8176-s6.ogv 4,5 s, 2 048 × 2 048; 9,14 MiB
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Arachidic formula representation.svg 433 × 377; 53 KiB
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Avenoleic acid Structural Formula V.1.svg 391 × 238; 6 KiB
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Beta oxidation of odd-numbered fatty acids.svg 3 132 × 1 468; 232 KiB
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Betaoxidación1.jpg 218 × 539; 12 KiB
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Biohidrogenação.png 565 × 308; 57 KiB
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Carnitine shuttle (zh-cn).svg 765 × 990; 485 KiB
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Cassificazione Ac. grassi.png 981 × 449; 120 KiB
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Castor oil synthesis el.jpg 457 × 315; 73 KiB
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Chemische Strukturformel Litciumseifen (Hydrophob und hydrophil farbig) V1.png 7 846 × 2 246; 485 KiB
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Chemische Strukturformel Zinkseife (Hydrophob und hydrophil farbig) V1.png 8 016 × 4 793; 1,01 MiB
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Cholic acid micelles.jpg 1 000 × 644; 253 KiB
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CLA00.png 593 × 415; 42 KiB
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CLA01.png 526 × 385; 33 KiB
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Coherent-anti-Stokes-Raman-scattering-imaging-of-lipids-in-cancer-metastasis-1471-2407-9-42-S1.ogv 38 s, 776 × 236; 6,37 MiB
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Colneleic acid structure.svg 481 × 244; 8 KiB
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Colnelenic acid.svg 481 × 319; 9 KiB
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Convenção.svg 359 × 391; 32 KiB
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Coronaricacid.svg 514 × 261; 8 KiB
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Crepenynicacid.svg 471 × 236; 8 KiB
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Decrease-of-Population-Divergence-in-Eurasian-Perch-(Perca-fluviatilis)-in-Browning-Waters-Role-of-pone.0162470.s002.ogv 38 s, 2 000 × 1 300; 11,36 MiB
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DibromostearicAcid.svg 536 × 188; 9 KiB
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DichlorostearicAcid.svg 556 × 261; 8 KiB
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Dietary-cholesterol-directly-induces-acute-inflammasome-dependent-intestinal-inflammation-ncomms6864-s2.ogv 15 s, 1 392 × 1 040; 19,49 MiB
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Dietary-cholesterol-directly-induces-acute-inflammasome-dependent-intestinal-inflammation-ncomms6864-s3.ogv 15 s, 1 392 × 1 040; 14,11 MiB
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Dilauroylperoxide.svg 180 × 97; 6 KiB
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Direct-Visualization-of-De-novo-Lipogenesis-in-Single-Living-Cells-srep06807-s2.ogv 2,9 s, 512 × 512; 19,85 MiB
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DryOiLRxnSteps.svg 2 194 × 3 201; 20 KiB
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DryOilSteps.svg 2 194 × 3 201; 20 KiB
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EFA to Eicosanoids ja.svg 960 × 760; 171 KiB
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EFA to Eicosanoids.svg 960 × 760; 169 KiB
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Efeito da insaturação nos ácidos graxos.png 1 896 × 1 215; 80 KiB
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Essential fatty acid in oil.JPG 563 × 258; 30 KiB
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Exocarpic acid.svg 556 × 243; 8 KiB
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Famílies d'icosanoides.jpg 815 × 616; 263 KiB
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FASmodel1.jpg 1 148 × 792; 136 KiB
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FASmodel2.jpg 1 104 × 882; 132 KiB
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Fatty acid analysis.png 696 × 180; 34 KiB
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Fatty Acid Breakdown.jpg 2 569 × 3 453; 1,24 MiB
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Fatty acid carbon numbering.png 1 276 × 270; 10 KiB
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Fatty acid carbon numbering.svg 1 276 × 270; 4 KiB
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Fatty acids uk.png 432 × 324; 74 KiB
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Fatty-Acid-Preference-Changes-during-Development-in-Drosophila-melanogaster-pone.0026899.s005.ogv 4,0 s, 500 × 500; 639 KiB
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Fatty-Acid-Preference-Changes-during-Development-in-Drosophila-melanogaster-pone.0026899.s006.ogv 4,0 s, 500 × 500; 734 KiB
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Fatty-Acid-Preference-Changes-during-Development-in-Drosophila-melanogaster-pone.0026899.s007.ogv 4,0 s, 500 × 500; 1,16 MiB
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FattyAcid-Activation.png 603 × 221; 4 KiB
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Fettsyror 6 olika.png 501 × 316; 3 KiB
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Fettsäure 1C.svg 101 × 77; 5 KiB
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Fettsäure 4C.svg 204 × 77; 6 KiB
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Fettsäuren-beispiel-ru.svg 723 × 461; 1 KiB
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Fettsäuren-beispiel.svg 482 × 317; 52 KiB
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Fettsäuren.svg 648 × 400; 28 KiB
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Figure 3 for GC - VUV Spectroscopy.png 1 428 × 1 048; 268 KiB
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Food product red circle labeling Israel 2020.jpg 1 450 × 1 088; 452 KiB
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FORMATION OF SOAP.jpg 598 × 166; 15 KiB
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Free Fatty Acids Structural Formulae V.svg 748 × 480; 34 KiB
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Generalfreefattyacids.png 640 × 477; 50 KiB
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Gesättigte Fettsäuren.svg 1 063 × 461; 52 KiB
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Helenynolic acid.svg 439 × 305; 9 KiB
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Higher Fatty Acids.jpg 471 × 121; 17 KiB
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Isanic acid.svg 528 × 228; 8 KiB
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Isanolic acid.svg 613 × 266; 6 KiB
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Juniperic acid.svg 1 160 × 170; 10 KiB
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Key to Fats.svg 1 050 × 1 078; 67 KiB
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Labellenic acid.svg 561 × 204; 9 KiB
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LachnophyllicAcid.svg 433 × 158; 7 KiB
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Licanic acid.svg 491 × 279; 8 KiB
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Mechanismus der Lipidperoxidation.svg 4 324 × 1 614; 179 KiB
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Mediatori vasoattivi endoteliali.jpg 1 058 × 793; 92 KiB
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MetabAcidiGrassi.png 465 × 335; 41 KiB
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Minquartynoic acid.svg 549 × 254; 10 KiB
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Mycangimycin.svg 836 × 213; 12 KiB
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Mycobacterium-tuberculosis-Proteins-Involved-in-Mycolic-Acid-Synthesis-and-Transport-Localize-pone.0097148.s017.ogv 35 s, 1 500 × 600; 1 015 KiB
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Nebraskanic acid structure.svg 610 × 255; 11 KiB
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Nisinic acid Structural Formulae V.1.svg 411 × 232; 8 KiB
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Nomenclatura dos ácidos graxos.png 1 591 × 1 782; 94 KiB
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NV12.png 355 × 472; 20 KiB
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Octanoyl-ACP.svg 384 × 77; 11 KiB
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Olibanic-acid structure.png 1 231 × 380; 16 KiB
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Paullinic acid structure.svg 643 × 261; 8 KiB
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Phlomic acid.svg 561 × 193; 9 KiB
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Polaridade acido graxo.svg 213 × 78; 8 KiB
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Polaridade do ácido graxo.png 1 465 × 516; 31 KiB
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Pseudomonic acid A-D.png 3 199 × 2 907; 67 KiB
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Rasyslami.jpg 432 × 324; 30 KiB
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Ratio of essential fatty acid.JPG 410 × 211; 20 KiB
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Red symbol indicating high levels of saturated fat on a jar of coconut oil 01.jpg 2 248 × 4 000; 3,48 MiB
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Red symbol indicating high levels of saturated fat on a jar of coconut oil 02.jpg 2 194 × 3 289; 1,34 MiB
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Red symbol indicating high levels of saturated fat on a jar of coconut oil 03.jpg 4 000 × 2 248; 2,81 MiB
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Red symbol indicating high levels of saturated fat on a jar of coconut oil 04.jpg 2 248 × 1 722; 1,74 MiB
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Red symbol indicating high levels of saturated fat on a jar of coconut oil 05.jpg 2 248 × 4 000; 3,12 MiB
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Red symbol indicating high levels of saturated fat on a jar of coconut oil 06.jpg 2 074 × 2 412; 2,47 MiB
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Reduction of unsaturated compounds, fatty acids and their glycerides (1916) (14748942396).jpg 2 567 × 3 557; 2,91 MiB
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Reduction of unsaturated compounds, fatty acids and their glycerides (1916) (14771618602).jpg 2 643 × 3 685; 1,16 MiB
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Replacement-of-Retinyl-Esters-by-Polyunsaturated-Triacylglycerol-Species-in-Lipid-Droplets-of-pone.0034945.s004.ogv 4,3 s, 1 024 × 1 024; 514 KiB
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S09-01-zhirnye-kisloty.jpg 544 × 414; 29 KiB
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S09-04-sudba-zhirnoj-kisloty.jpg 542 × 409; 26 KiB
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S09-06-beta-okislenie.jpg 345 × 390; 21 KiB
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S09-06-istoricheski-beta-okislenie.jpg 305 × 77; 5 KiB
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S09-06-okislenie-enovyh-zhirnykh-kislot.jpg 455 × 386; 19 KiB
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S09-06-okislenie-nechetnykh-zhirnykh-kislot.jpg 520 × 176; 12 KiB
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S09-06-transport-zhirnykh-kislot.jpg 363 × 215; 11 KiB
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Sciadonic acid Structural Formula V.1.svg 316 × 226; 5 KiB
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Sodium alkanoate.png 904 × 379; 9 KiB
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Sodium stearoyl lactylate.svg 512 × 70; 24 KiB
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SPM schematic.png 577 × 487; 227 KiB
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Stearolicacid.svg 556 × 213; 8 KiB
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Stearoyl-CoA desaturase-1 cut.png 707 × 742; 146 KiB
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Stearoyl-CoA desaturase-1.png 684 × 689; 243 KiB
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SynthesisOfCrepenynicAcid.svg 939 × 764; 34 KiB
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Síntesis d'icosanoides.jpg 693 × 611; 188 KiB
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Taula a. linoleic.jpg 413 × 444; 42 KiB
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Taula àcid linoleic.jpg 436 × 193; 23 KiB
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TetrabromostearicAcid.svg 536 × 254; 10 KiB
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Tetradecylthioacetic acid.svg 512 × 78; 13 KiB
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The Fatty acid transport system of human placenta.jpg 720 × 540; 82 KiB
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Transesterification of triglycerides with ethanol.png 3 715 × 1 514; 45 KiB
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Transfettsäuren.svg 744 × 673; 50 KiB
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Triacontanoic Acid.jpg 501 × 108; 19 KiB
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Tricosanedioic acid.svg 1 590 × 170; 13 KiB
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Ungesättige Fettsäuren.svg 1 063 × 461; 49 KiB
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Use of ketone bodies (zh-cn).svg 400 × 700; 38 KiB
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UT10C-5007 【JOT日本石油輸送(花王)】Containers of Japan Rail.jpg 2 592 × 1 680; 2,05 MiB
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Ximenynic acid Structural Formula V.1.svg 558 × 174; 5 KiB
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Zinc ricinoleate.svg 1 780 × 875; 16 KiB
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Капли жирных кислот в кале. Окраска метиленовым синим. х400.jpg 2 774 × 2 863; 3,78 MiB
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Лактобацилловая кислота 1.png 431 × 72; 1 KiB
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Мальвовая кислота.png 451 × 65; 1 KiB
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Маюскуловая кислота1.png 366 × 62; 1 KiB
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Октациклопентановая тетракарболовая кислота.png 639 × 214; 5 KiB
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Стеркуловая кислота.png 488 × 79; 1 KiB