Category:Enzymes
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Nederlands: Enzym
Polski: Enzymy
Português: Enzimas
생체 촉매  | |||||
| 미디어 올리기 | |||||
| 다음 종류에 속함 |
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| 다음의 하위 개념임 |
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| 다음의 한 부분임 |
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| 다음과는 확실히 다름 | |||||
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GND ID: 
미국 의회도서관 전거 ID: 
프랑스 국립도서관 ID: 
스페인 국립도서관 ID: 하위 분류
다음은 이 분류에 속하는 하위 분류 64개 가운데 64개입니다.
*
?
A
- Enzyme activation (170 F)
- Alpha-galactosidase (3 F)
- Aminoacyl-tRNA synthetases (7 F)
C
- Cyanophycinases (8 F)
D
E
- Enzyme induction (6 F)
- Enzyme structure (34 F)
F
- Ferulic acid decarboxylase (4 F)
- Fluorinase (7 F)
G
- Glucansucrase (3 F)
H
I
- Immobilized enzymes (2 F)
- Immunoenzyme techniques (22 F)
K
L
M
- Enzyme metabolism (12 F)
N
P
- PCSK9 (9 F)
- PNLIPRP2 (6 F)
- Pyruvate carboxylase (7 F)
R
- RPE65 (4 F)
S
- Enzyme stability (20 F)
- Synthetases (4 F)
T
- Type II DNA topoisomerases (28 F)
U
- Ubiquitin-conjugating enzymes (17 F)
V
"Enzymes" 분류에 속하는 미디어
다음은 이 분류에 속하는 파일 624개 가운데 200개입니다.
(이전 페이지) (다음 페이지)
051-membrane-1eul.png 432 × 548; 73 KB
1680x1050 pdh regulation.png 1,680 × 1,050; 173 KB
196-Lead Poisoning-1qnv.tif 2,232 × 2,020; 12.94 MB
1abn.jpg 240 × 240; 25 KB
1ai2.jpg 240 × 240; 24 KB
1aos2.jpg 1,000 × 797; 363 KB
1apm.jpg 240 × 240; 11 KB
1az3.jpg 240 × 240; 22 KB
1bt1.jpg 240 × 240; 28 KB
1c0p DAAO dimer.jpg 893 × 783; 241 KB
1c0p DAAO dimer.png 893 × 783; 542 KB
1dld.jpg 240 × 240; 17 KB
1dli.jpg 240 × 240; 22 KB
1do8.jpg 240 × 240; 12 KB
1dq8.jpg 240 × 240; 17 KB
1e3s.jpg 240 × 240; 36 KB
1e4m.png 316 × 317; 110 KB
1ebf.jpg 240 × 240; 28 KB
1EBL dimer.png 661 × 470; 98 KB
1evy.jpg 240 × 240; 22 KB
1fjh.jpg 240 × 240; 25 KB
1fok.png 400 × 400; 104 KB
1fp3.jpg 1,000 × 797; 254 KB
1g6k.jpg 240 × 240; 17 KB
1gdh.jpg 240 × 240; 26 KB
1gew.jpg 1,400 × 779; 468 KB
1gte.jpg 1,000 × 797; 333 KB
1h54.jpg 1,000 × 797; 330 KB
1jpu.jpg 240 × 240; 29 KB
1k2w.jpg 240 × 240; 35 KB
1k75.jpg 240 × 240; 26 KB
1khb.jpg 240 × 240; 26 KB
1kko.png 1,000 × 1,000; 438 KB
1Malaltia de Gaucher.png 464 × 191; 9 KB
1mc3.jpg 1,000 × 797; 363 KB
1mlw.jpg 1,000 × 797; 218 KB
1muh.jpg 1,000 × 797; 292 KB
1muh0.jpg 1,000 × 797; 273 KB
1ne72.jpg 1,000 × 797; 356 KB
1ni4.jpg 1,000 × 797; 348 KB
1ODZ activesite.png 640 × 480; 209 KB
1p49 opm.png 577 × 740; 90 KB
1pfx.jpg 1,000 × 797; 160 KB
1pgd.jpg 240 × 240; 19 KB
1pgq.jpg 1,000 × 797; 298 KB
1pr9.jpg 240 × 240; 27 KB
1qco.jpg 1,000 × 797; 303 KB
1qo52.jpg 1,000 × 797; 303 KB
1QWY.png 640 × 434; 87 KB
1ryw.jpg 1,000 × 797; 370 KB
1s1m.jpg 1,000 × 794; 305 KB
1s5d.jpg 1,000 × 797; 275 KB
1sb9.jpg 1,280 × 774; 389 KB
1sk6.jpg 1,000 × 797; 339 KB
1sqd.jpg 1,000 × 797; 305 KB
1umg4.jpg 1,000 × 797; 359 KB
1uyq2.jpg 1,020 × 774; 507 KB
1v7z.jpg 1,000 × 797; 342 KB
1vao.jpg 1,000 × 794; 399 KB
1vcf2.jpg 1,000 × 797; 455 KB
1vfp.jpg 1,000 × 794; 274 KB
1w4x.jpg 800 × 600; 50 KB
1w7k.jpg 1,000 × 779; 274 KB
1wmb.jpg 240 × 240; 27 KB
1woi.jpg 1,000 × 797; 354 KB
1xmv.jpg 1,000 × 797; 290 KB
1yew.jpg 1,000 × 797; 290 KB
1YM7 Structure.png 945 × 555; 259 KB
2,3-BPG complex.png 330 × 237; 29 KB
21-hydroxylase subunit.png 2,164 × 1,404; 939 KB
212 Enzymes-01.jpg 2,140 × 863; 336 KB
2a9f.jpg 1,154 × 769; 265 KB
2act.jpg 1,000 × 794; 231 KB
2af3.jpg 1,400 × 774; 385 KB
2afn.jpg 1,000 × 797; 283 KB
2BFG pretty.png 1,137 × 702; 429 KB
2c2g.jpg 1,000 × 797; 316 KB
2c3o.jpg 1,000 × 797; 388 KB
2cd9.jpg 240 × 240; 27 KB
2cdq.jpg 1,400 × 774; 426 KB
2cfy.jpg 1,000 × 797; 297 KB
2dbq.jpg 240 × 240; 21 KB
2dpo.jpg 240 × 240; 8 KB
2ete.jpg 1,442 × 798; 346 KB
2fls.jpg 1,000 × 797; 202 KB
2fr8.jpg 1,040 × 774; 297 KB
2fvl.jpg 240 × 240; 34 KB
2gf2.jpg 240 × 240; 26 KB
2gh5.jpg 1,000 × 794; 259 KB
2gp4.jpg 1,000 × 774; 274 KB
2gvv.jpg 1,000 × 797; 250 KB
2hsd.jpg 1,000 × 797; 367 KB
2ibn.jpg 1,100 × 774; 219 KB
2ics.jpg 1,000 × 797; 260 KB
2izz.jpg 1,000 × 794; 326 KB
2jif.jpg 1,000 × 800; 343 KB
2lqj.jpg 240 × 240; 9 KB
2nlo.jpg 240 × 240; 32 KB
2pn8.jpg 1,000 × 797; 287 KB
2v4j.jpg 240 × 240; 13 KB
2vdj.jpg 1,000 × 797; 306 KB
2x31.jpg 1,000 × 801; 349 KB
2xsn.jpg 1,000 × 797; 344 KB
2xt9.jpg 1,000 × 797; 385 KB
2yaw.jpg 1,000 × 797; 359 KB
3-s2.0-B9780123786302000050-gr3.jpg 479 × 463; 37 KB
3bpt.jpg 1,000 × 797; 227 KB
3cu0.jpg 1,000 × 798; 283 KB
3cxq.jpg 1,260 × 774; 277 KB
3e9n.jpg 240 × 240; 17 KB
3ec7.jpg 240 × 240; 24 KB
3h2z.jpg 240 × 240; 28 KB
3hpy.jpg 1,000 × 797; 339 KB
3mru.jpg 1,400 × 774; 333 KB
3mtj.jpg 1,400 × 774; 474 KB
3odm.png 1,436 × 697; 456 KB
3pca.jpg 1,000 × 794; 397 KB
3ruk.png 250 × 318; 75 KB
3s29.jpg 1,000 × 798; 381 KB
3s4a2.jpg 1,000 × 797; 344 KB
3uus.jpg 920 × 774; 282 KB
3wkx.jpg 1,000 × 797; 344 KB
3wye.jpg 1,000 × 798; 377 KB
4by3.jpg 1,000 × 797; 280 KB
4coj.jpg 1,000 × 797; 345 KB
4hwk.jpg 1,300 × 779; 318 KB
4ivm.jpg 1,000 × 778; 233 KB
4k1f.jpg 1,000 × 797; 285 KB
4m5n.jpg 1,000 × 779; 214 KB
4mjw3.jpg 1,000 × 797; 272 KB
4mkz.jpg 1,000 × 797; 253 KB
4o1g.jpg 1,000 × 798; 264 KB
4pzd.jpg 1,000 × 797; 274 KB
4TR3.png 1,286 × 942; 465 KB
4tv6.jpg 1,000 × 798; 324 KB
4tzb.jpg 1,000 × 797; 268 KB
4zm6.jpg 1,000 × 774; 263 KB
5dyq assembly-1.jpg 500 × 500; 57 KB
5dyv assembly-1.jpg 500 × 500; 56 KB
5jzx.jpg 1,300 × 774; 355 KB
5lip.png 640 × 480; 115 KB
5o8l.jpg 1,280 × 774; 378 KB
5trm.jpg 1,000 × 797; 372 KB
5w5r.jpg 1,000 × 797; 315 KB
5xuk.jpg 1,000 × 797; 236 KB
6bd7.jpg 1,000 × 797; 350 KB
6cdf.jpg 1,000 × 797; 391 KB
6cjf.jpg 1,000 × 797; 235 KB
6COX.png 1,600 × 1,196; 1.48 MB
6h59.jpg 1,060 × 774; 272 KB
6svm.jpg 1,400 × 774; 420 KB
7lce.jpg 1,000 × 774; 355 KB
7VG2 Dcl3-Tas1a40nt.gif 800 × 476; 3.47 MB
800px-Enzymeactivesite ar.png 800 × 540; 104 KB
800px-Enzymeactivesite.png 800 × 524; 173 KB
Abeta 2lfm.jpg 220 × 182; 20 KB
Acarbose degradation in gut microbiome.jpg 638 × 384; 68 KB
Acción de la Lipasa Hepática.png 610 × 241; 11 KB
ACDase captura.png 771 × 720; 196 KB
Acid phosphatase activty and isozyme pattern Rhizophora hypocot.pdf 908 × 1,183, 4쪽; 2.69 MB
Activacao energia cinetica enzimatica.png 504 × 395; 25 KB
Activació de zimogens.jpg 806 × 465; 44 KB
Activation bg.png 313 × 265; 4 KB
Activation Mechanism and Regulation of PleD.png 1,396 × 777; 274 KB
Active site generated by chimera.jpg 2,241 × 1,138; 539 KB
Active site of DsbC.png 968 × 599; 463 KB
Active site2.png 434 × 332; 73 KB
Active site3.jpg 979 × 705; 32 KB
Adenylate cyclase.png 452 × 258; 59 KB
ADP Ribose Diphosphatase (Pocket shown for the substrate).png 1,114 × 902; 431 KB
ADP Ribose Diphosphatase Mechanism (Glutamate 162 as catalyst).png 1,395 × 845; 195 KB
ADP Ribose Held in Complex of Enzyme (H-bonds and Mg ions shown).png 1,108 × 809; 252 KB
ADP RiboseMechanismImage.jpg 1,308 × 735; 73 KB
ADPRiboseDiphosphataseCompleteEnzyme.jpg 1,456 × 744; 117 KB
AjusteInducido.svg 1,024 × 400; 5 KB
Aldeide ossidoriduttasi da Disulfovibrio gigas.JPG 1,060 × 902; 99 KB
ALDO reaction.png 506 × 600; 79 KB
Aldol condensation.jpg 925 × 288; 21 KB
AlkD recognizes DNA.png 1,963 × 2,339; 4.16 MB
AlkD with DNA.tif 1,307 × 998; 1.25 MB
Alpha fold model for DmBCA - Drosophila melanogaster.png 390 × 324; 73 KB
Alpha-D-phosphohexomutase Summary.png 558 × 531; 97 KB
AnFAEA.jpg 402 × 347; 143 KB
APE1activelabeled.JPG 1,200 × 763; 57 KB
APE1DNABend.jpg 968 × 972; 144 KB
ApEndonuclease1.jpg 2,880 × 1,494; 270 KB
APHActiveSite.png 640 × 464; 68 KB
APHNegativeBindinPocket.png 640 × 479; 79 KB
APP processing.png 1,199 × 899; 55 KB
APT mechanism and product release.png 4,185 × 1,648; 1.65 MB
Arabinose operon chemical reactions.svg 1,594 × 338; 113 KB
Artificial enzyme.jpg 462 × 436; 73 KB
ASPA dimer.png 640 × 434; 137 KB
ASPA domains.png 493 × 434; 67 KB
Azurin copper binding domain.png 2,560 × 1,268; 616 KB
Azurin copper-atom binding site.png 1,056 × 1,206; 400 KB
Bacterial RNA-polymerase structure 1HQM.png 1,080 × 1,080; 956 KB
Beta-galactoside permease (Actually Larger Render).png 1,304 × 584; 881 KB
Beta-Galactoside Permease (Larger render).png 2,592 × 1,602; 3.85 MB
Beta-Galactoside Permease.png 1,296 × 801; 1.13 MB
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