455:
Keith G. Weinstock; Joseph M. Merrick; Anna Glodek; John L. Scott; Neil S. M. Geoghagen; Janice F. Weidman; Joyce L. Fuhrmann; Dave Nguyen; Teresa R. Utterback; Jenny M. Kelley; Jeremy D. Peterson; Paul W. Sadow; Michael C. Hanna; Matthew D. Cotton; Kevin M. Roberts; Margaret A. Hurst; Brian P. Kaine; Mark
Borodovsky; Hans-Peter Klenk; Claire M. Fraser; Hamilton O. Smith; Carl R. Woese;
454:
Carol J. Bult; Owen White; Gary J. Olsen; Lixin Zhou; Robert D. Fleischmann; Granger G. Sutton; Judith A. Blake; Lisa M. FitzGerald; Rebecca A. Clayton; Jeannine D. Gocayne; Anthony R. Kerlavage; Brian A. Dougherty; Jean-Francois Tomb; Mark D. Adams; Claudia I. Reich; Ross
Overbeek; Ewen F. Kirkness;
695:
Bult, Carol J.; White, Owen; Olsen, Gary J.; Zhou, Lixin; Fleischmann, Robert D.; Sutton, Granger G.; Blake, Judith A.; FitzGerald, Lisa M.; Clayton, Rebecca A.; Gocayne, Jeannine D.; Kerlavage, Anthony R.; Dougherty, Brian A.; Tomb, Jean-Francois; Adams, Mark D.; Reich, Claudia I. (1996-08-23).
285:
was sequenced using whole-genome random sequencing, several interesting characteristics were determined. Methanocaldococcus has a large circular chromosome that is 1.66 mega base pairs long with a G+C content of 31.4%. The species also has a large circular extra-chromosome and small circular
1292:
778:
Rudolf K. Thauer; Anne-Kristin Kaster; Meike
Goenrich; Michael Schick; Takeshi Hiromoto; Seigo Shima (2010). "Hydrogenases from methanogenic archaea, nickel, a novel cofactor, and H
1251:
Lee, Eun Hye; Lee, Kitaik; Hwang, Kwang Yeon (13 December 2013). "Structural characterization and comparison of the large subunits of IPM isomerase and homoaconitase from
277:
represented the first member of the
Archaea to have its genome sequenced. According to Venter, the unique features of the genome provided strong evidence that there are
860:
Ilka Haase; Simone Mörtl; Peter Köhler; Adelbert Bacher; Markus
Fischer (2003). "Biosynthesis of riboflavin in Archaea: 6,7-dimethyl-8-ribityllumazine synthase of
1473:
521:
242:" chimney which revealed evidence of Methanocaldococcus jannaschii living in this extreme habitat of temperatures from 48 - 46 °C. Like many kinds of
390:, and novel amino acid synthesis pathways. Many information processing pathways have also been studied in this organism, such as an archaeal-specific
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Maus, Deborah; Heinz, Jacob; Schirmack, Janosch; Airo, Alessandro; Kounaves, Samuel P.; Wagner, Dirk; Schulze-Makuch, Dirk (2020-01-08).
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Erica J. Lyon; Seigo Shima; Gerrit
Buurman; Shantanu Chowdhuri; Alfred Batschauer; Klaus Steinbach; Rudolf K. Thauer (January 2004).
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has focused on seeing if these enzymes, which are typically optimal at high temperatures, can be just as active in low temperatures.
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New
Possibilities for Life in the Strange, Dark World at the Bottom of Earth's Ocean – And Perhaps in Oceans on Other Planets
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1206:"Identification of a unique radical S-adenosylmethionine methylase likely involved in methanopterin biosynthesis in
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Wenhong Zhu; Claudia I. Reich; Gary J. Olsen; Carol S. Giometti; John R. Yates III (2004). "Shotgun proteomics of
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438:
is an extremophile several astrobiology research projects have begun looking into methane producing bacteria.
215:. The sequencing identified many genes unique to the archaea. Many of the synthesis pathways for methanogenic
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219:
were worked out biochemically in this organism, as were several other archaeal-specific metabolic pathways.
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418:, several research interests have developed. One area of interest is the hyperthermophilic enzymes that
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The
Release of Energy During Protein Synthesis at Ultramafic-Hosted Submarine Hydrothermal Ecosystems
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1287:. In: AGU Journal of Geophysical Research: Biogeosciences, Volume 126, Issue 11, e2021JG006436.
1112:"Crystallization and preliminary X-ray diffraction analysis of MJ0458, an adenylate kinase from
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238:, at a depth of 2600 m, near the western coast of Mexico. Surface material was collected at a "
737:"UV-A/blue-light inactivation of the 'metal-free' hydrogenase (Hmd) from methanogenic archaea"
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1052:"Methanogenic Archaea Can Produce Methane in Deliquescence-Driven Mars Analog Environments"
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possess the ability to adapt to high temperatures, high pressure, and moderate salinity.
954:"Hyperthermophilic Enzymes: Sources, Uses, and Molecular Mechanisms for Thermostability"
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sp. nov., an extremely thermophilic methanogen from a submarine hydrothermal vent".
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698:"Complete Genome Sequence of the Methanogenic Archaeon, Methanococcus jannaschii"
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1011:"Genetics of Methanococcus: possibilities for functional genomics in Archaea"
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211:. It was the first archaeon, and third organism, to have its complete genome
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Yoshizumi Ishino; Kayoko Komori; Isaac K. O. Cann; Yosuke Koga (1998).
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387:
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201:
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838:
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W. J. Jones; J. A. Leigh; F. Mayer; C. R. Woese; R. S. Wolfe (1983). "
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Robert H. White (2001). "Biosynthesis of the methanogenic cofactors".
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on SciTechDaily. November 28, 2021. Source: Arizona State
University
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produces in hopes of understanding enzyme evolution or even enzyme
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as primary energy sources, unlike many other methanococci (such as
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1395:
376:
346:
204:
53:
459:(1996). "Complete genome sequence of the methanogenic archaeon,
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Allen, Kyle D.; Xu, Huimin; White, Robert H. (September 2014).
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Tsoka, Sophia; Simon, David; Ouzounis, Christos A. (2004).
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has been a model system for in vivo genetic studies. Since
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Wang, Yu; Xu, Huimin; White, Robert H. (August 2014).
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Due to the amount of information that was gained from
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Many novel metabolic pathways have been worked out in
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as a primary energy source. The genome includes many
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Tumbula, Debra L.; Whitman, William B. (July 1999).
230:was isolated from a submarine hydrothermal vent at
952:Vieille, Claire; Zeikus, Gregory J. (March 2001).
694:
609:
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903:"A novel DNA polymerase family found in Archaea"
355:5,10-methenyltetrahydromethanopterin hydrogenase
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1291:. First published: 30 October 2021. See also:
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234:. The hydrothermal vent was located in the
958:Microbiology and Molecular Biology Reviews
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678:"Deep sea yields a clue to life's origin"
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1338:- the Bacterial Diversity Metadatabase
612:"Automated metabolic reconstruction for
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329:making methane as a metabolic byproduct
14:
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798:10.1146/annurev.biochem.030508.152103
559:
509:
232:Woods Hole Oceanographic Institution
1283:Jeffrey M. Dick, Everett L. Shock:
1109:
823:and insights into methanogenesis".
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379:: 19 were discovered by one study.
24:
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396:single-pass transmembrane proteins
331:. It is only capable of growth on
25:
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1299:
1167:American Society for Microbiology
1257:Acta Crystallographica Section D
1120:Acta Crystallographica Section F
1110:Gao, Yongxiang (November 2013).
1028:10.1046/j.1365-2958.1999.01463.x
880:10.1046/j.1432-1033.2003.03478.x
867:European Journal of Biochemistry
756:10.1046/j.1432-1033.2003.03920.x
742:European Journal of Biochemistry
676:Nicholas Wade (23 August 1996).
1308:Methano(caldo)coccus jannaschii
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1002:
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921:10.1128/JB.180.8.2232-2236.1998
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1314:UCSD genome browser entry for
1159:"Beta-alanine biosynthesis in
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1479:methanocaldococcus-jannaschii
1387:Methanocaldococcus jannaschii
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1332:Methanocaldococcus jannaschii
1324:Methanocaldococcus jannaschii
1316:Methanocaldococcus jannaschii
1208:Methanocaldococcus jannaschii
1161:Methanocaldococcus jannaschii
1114:Methanocaldococcus jannaschii
785:Annual Review of Biochemistry
714:10.1126/science.273.5278.1058
535:10.1016/s0083-6729(01)61010-0
487:10.1126/science.273.5278.1058
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321:Methanocaldococcus jannaschii
259:Methanocaldococcus jannaschii
253:
228:Methanocaldococcus jannaschii
190:Methanocaldococcus jannaschii
159:Methanocaldococcus jannaschii
36:Methanocaldococcus jannaschii
826:Journal of Proteome Research
261:was sequenced by a group at
7:
970:10.1128/mmbr.65.1.1-43.2001
375:contains a large number of
295:Methanocaldoccus jannaschii
289:
10:
1562:
1068:10.1038/s41598-019-56267-4
394:family. Information about
222:
1546:Archaea described in 1983
1355:
1269:10.1107/S1399004713033762
1132:10.1107/S1744309113026638
363:coenzyme F420 hydrogenase
342:Methanococcus maripaludis
297:is a member of the genus
174:
167:
155:
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43:Scientific classification
41:
34:
1289:doi:10.1029/2021JG006436
1253:Methanococcus jannaschii
862:Methanococcus jannaschii
821:Methanococcus jannaschii
614:Methanococcus jannaschii
576:Archives of Microbiology
571:Methanococcus jannaschii
461:Methanococcus jannaschii
420:Methanococcus jannaschii
316:Biology and biochemistry
195:Methanococcus jannaschii
178:Methanococcus jannaschii
18:Methanococcus jannaschii
1306:Microbe wiki entry for
1214:Journal of Bacteriology
908:Journal of Bacteriology
1015:Molecular Microbiology
410:Relevance and Research
359:ferredoxin hydrogenase
327:, meaning it grows by
303:(previously a part of
522:Vitamins and Hormones
345:) which can also use
279:three domains of life
114:Methanocaldococcaceae
424:catalytic mechanisms
371:studies showed that
1226:10.1128/JB.01903-14
1179:10.1128/JB.01784-14
708:(5278): 1058–1073.
633:10.1155/2004/324925
479:1996Sci...273.1058B
473:(5278): 1058–1073.
404:Membranome database
269:using whole-genome
27:Species of archaeon
1056:Scientific Reports
589:10.1007/BF00425213
323:is a thermophilic
300:Methanocaldococcus
286:extra-chromosome.
271:shotgun sequencing
141:M. jannaschii
127:Methanocaldococcus
1528:
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1500:Open Tree of Life
1349:Taxon identifiers
1220:(18): 3315–3323.
1173:(15): 2869–2875.
1126:(11): 1272–1274.
839:10.1021/pr034109s
544:978-0-12-709861-6
236:East Pacific Rise
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274:
267:Craig Venter
258:
257:
247:
240:white smoker
227:
226:
209:Methanococci
202:methanogenic
199:thermophilic
194:
189:
188:
187:
180:(Jones 1983)
177:
158:
156:
140:
139:
125:
90:Methanococci
35:
29:
1381:Wikispecies
964:(1): 1–43.
792:: 507–536.
529:: 299–337.
428:mutagenesis
1535:Categories
1021:(1): 1–7.
782:storage".
442:References
416:sequencing
388:riboflavin
325:methanogen
254:Sequencing
193:(formerly
1076:2045-2322
1037:0950-382X
978:1092-2172
722:0036-8075
642:1472-3646
369:Proteomic
217:cofactors
213:sequenced
135:Species:
61:Kingdom:
1453:10546724
1372:Q6823580
1366:Wikidata
1277:24699638
1244:25002541
1197:24891443
1150:24192367
1094:31913316
1062:(1): 6.
996:11238984
888:12603336
847:15253435
806:20235826
765:14686932
660:15810431
597:33277659
553:11153270
503:41481616
337:hydrogen
290:Taxonomy
281:. After
205:archaean
169:Synonyms
109:Family:
73:Phylum:
49:Domain:
1440:1000159
1396:BacDive
1235:4135684
1188:4135672
1141:3818051
1085:6949245
939:9555910
702:Science
651:2685575
620:Archaea
495:8688087
475:Bibcode
466:Science
377:inteins
347:formate
265:led by
223:History
197:) is a
121:Genus:
97:Order:
85:Class:
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1518:573641
1466:951786
1427:973345
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1513:WoRMS
1505:44033
1448:IRMNG
1414:42FCJ
987:99017
593:S2CID
499:S2CID
398:from
1492:2190
1487:NCBI
1474:LPSN
1461:ITIS
1435:GBIF
1401:6981
1336:Dive
1273:PMID
1240:PMID
1193:PMID
1146:PMID
1090:PMID
1072:ISSN
1033:ISSN
992:PMID
974:ISSN
935:PMID
884:PMID
843:PMID
802:PMID
761:PMID
718:ISSN
656:PMID
638:ISSN
549:PMID
539:ISBN
491:PMID
357:, a
335:and
263:TIGR
1422:EoL
1409:CoL
1265:doi
1255:".
1230:PMC
1222:doi
1218:196
1183:PMC
1175:doi
1171:196
1136:PMC
1128:doi
1080:PMC
1064:doi
1023:doi
982:PMC
966:doi
925:PMC
917:doi
913:180
876:doi
872:270
864:".
835:doi
794:doi
751:doi
747:271
710:doi
706:273
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