{"id":5104,"date":"2024-07-24T14:38:47","date_gmt":"2024-07-24T05:38:47","guid":{"rendered":"http:\/\/jcm.brc.riken.jp\/en\/?page_id=5104"},"modified":"2024-07-24T14:38:47","modified_gmt":"2024-07-24T05:38:47","slug":"mn20240725","status":"publish","type":"page","link":"http:\/\/jcm.brc.riken.jp\/en\/mailnews_e\/mn20240725","title":{"rendered":"JCM Mail News (2024.07.25)"},"content":{"rendered":"
\r\n**********************************************************************\r\nRIKEN BioResource Research Center - Japan Collection of Microorganisms\r\n                      JCM Mail News (2024.07.25)\r\n**********************************************************************\r\n\r\nRIKEN BioResource Research Center - Japan Collection of Microorganisms\r\n(JCM) is pleased to update you with the latest information.\r\n\r\n======= Contents =====================================================\r\n- Special topic: Gut microbes isolated by\r\n                 liquid-liquid co-culture method.\r\n- Newly cataloged strains (2023.3.01 - 2024.06.30)\r\n======================================================================\r\n\r\n+---------------------------------------------------------------------\r\nSpecial topic: Gut microbes isolated by\r\n               liquid-liquid co-culture method.\r\n+---------------------------------------------------------------------\r\nGut microbes are relevant to human physiological functions and various\r\ndiseases, and are of critical importance in various industrial fields\r\nincluding drug development; therefore, the isolation, cultivation, and\r\nclassification of difficult-to-culture microorganisms and new species\r\nare essential for the development of new live biotherapeutic products.\r\nSeveral new species and difficult-to-culture microorganisms have been\r\nisolated by co-culturing, but there are few examples where\r\nliquid-liquid co-culture methods using liquid medium instead of solid\r\nmedium have been used to isolate strains. Recently, a new culture\r\nmethod, liquid-liquid co-culture, which is expected to promote the\r\ngrowth and isolation of very small unknown bacterial species selected\r\nby filter filtration (pore size 0.45 µm) using stool diluent as growth\r\nsupport bacteria and the metabolites produced by the support bacteria,\r\nwas used to isolate Waltera intestinalis<\/i> (JCM 36211<\/a>) with curved\r\nfeatures. W. intestinalis<\/i> has only been isolated from piglets so far,\r\nand this is the first time it has been isolated from humans. In\r\naddition to with W. intestinalis<\/i>, Waltera acetigignens<\/i> (JCM 36210<\/a> and\r\nJCM 36378<\/a>), the second species of the genus Waltera<\/i>, was also isolated\r\nin this study. The cell size of the isolates was found to be short and\r\nthin in the early stages of growth and became longer and thicker with\r\nincreasing incubation time, suggesting that the isolates have the\r\nunique characteristic of filtering out in the early stages of culture\r\nand elongating later. The liquid-liquid co-culture method is not\r\nlimited to the isolation of gut microbes but is expected to be applied\r\nto the isolation of microorganisms in various environments in the\r\nfuture.\r\n\r\nReferences\r\nHisatomi et al<\/i>. 2024. Isolation and identification of gut microbes by\r\nliquid-liquid co-culture method. Microb. Resour. Syst., 40:<\/b> 39-45.\r\nSakamoto et al<\/i>. 2024. Isolation and characterization of a new Waltera<\/i>\r\nspecies and reclassification of Brotolimicola acetigignens<\/i> Hitch et al<\/i>.\r\n2022 as Waltera acetigignens<\/i> comb. nov. Int. J. Syst. Evol. Microbiol.,\r\n74:<\/b> 006381.\r\nDOI: 10.1099\/ijsem.0.006381<\/a>\r\n\r\nMitsuo Sakamoto, Ph.D.\r\nCurator of Anaerobic Bacteria & Lactic Acid Bacteria\r\n\r\n+---------------------------------------------------------------------\r\nNewly cataloged strains (2023.3.01 - 2024.06.30)\r\n+---------------------------------------------------------------------\r\nBacteria\r\nAchromobacter seleniivolatilans        JCM 36009<\/a>  Type strain\r\nAcinetobacter colistiniresistens       JCM 36653<\/a>  Type strain\r\nAcinetobacter schindleri               JCM 36654<\/a>  Type strain\r\nAcinetobacter ursingii                 JCM 36655<\/a>  Type strain\r\nAcinetobacter variabilis               JCM 36656<\/a>  Type strain\r\nActomonas aquatica                     JCM 34677<\/a>  Type strain\r\nAdlercreutzia aquisgranensis           JCM 36500<\/a>  Type strain\r\nAerococcus kribbianus                  JCM 35699<\/a>  Type strain\r\nAerococcus kribbianus                  JCM 35700<\/a>\r\n\"Agrobacterium oryzihabitans\"          JCM 32903<\/a>  Proposed type strain\r\nAgrococcus beijingensis                JCM 35164<\/a>  Type strain\r\nAgrococcus terreus                     JCM 34467<\/a>\r\nAgromyces sp.                          JCM 34416<\/a>\r\n\"Amycolatopsis solani\"                 JCM 36309<\/a>  Proposed type strain\r\nAnaerolentibacter hominis              JCM 36511<\/a>  Type strain\r\nAneurinibacillus uraniidurans          JCM 36228<\/a>  Type strain\r\nArthrobacter jiangjiafuii              JCM 34728<\/a>  Type strain\r\nArthrobacter sp.                       JCM 33935<\/a>\r\nArthrobacter sunyaminii                JCM 34727<\/a>  Type strain\r\nBifidobacterium apis                   JCM 36562<\/a>  Type strain\r\nBosea beijingensis                     JCM 35118<\/a>  Type strain\r\n\"Brachybacterium equifaecis\"           JCM 35094<\/a>  Proposed type strain\r\nBrachybacterium sacelli                JCM 34468<\/a>\r\nBradyrhizobium roseum                  JCM 34606<\/a>  Type strain\r\nButtiauxella selenatireducens          JCM 35850<\/a>  Type strain\r\n\"Caldimonas mangrovi\"                  JCM 34532<\/a>  Proposed type strain\r\n\"Campylobacter felis\"                  JCM 35847<\/a>  Proposed type strain\r\n\"Campylobacter gastrosuis\"             JCM 35849<\/a>  Proposed type strain\r\n\"Campylobacter ovis\"                   JCM 35848<\/a>  Proposed type strain\r\nCedecea sulfonylureivorans             JCM 34640<\/a>  Type strain\r\nCellulomonas dongxiuzhuiae             JCM 34729<\/a>  Type strain\r\nCellulomonas fengjieae                 JCM 34730<\/a>  Type strain\r\nCellulomonas sp.                       JCM 34559<\/a>\r\nCellulomonas wangleii                  JCM 34731<\/a>  Type strain\r\nChitinophaga horti                     JCM 33215<\/a>  Type strain\r\nChryseobacterium herbae                JCM 35711<\/a>  Type strain\r\nClostridium aquiflavi                  JCM 35355<\/a>  Type strain\r\n\"Clostridium brassicae\"                JCM 35370<\/a>  Proposed type strain\r\nCoraliomargarita algicola              JCM 35407<\/a>  Type strain\r\nCoralliovum pocilloporae               JCM 35320<\/a>  Type strain\r\n\"Corallococcus caeni\"                  JCM 36609<\/a>  Proposed type strain\r\n\"Corallococcus caeni\"                  JCM 36610<\/a>\r\n\"Desulfomicrobium aggregans\"           JCM 39179<\/a>  Proposed type strain\r\nDiplocloster hominis                   JCM 36512<\/a>  Type strain\r\nEnterobacter pseudoroggenkampii        JCM 35646<\/a>  Type strain\r\n\"Erwinia sorbitola\"                    JCM 33839<\/a>  Proposed type strain\r\nErythrobacter oryzae                   JCM 35529<\/a>  Type strain\r\nErythrobacter oryzae                   JCM 35530<\/a>\r\nFalsiroseomonas oryzae                 JCM 35532<\/a>  Type strain\r\nFalsiroseomonas oryziterrae            JCM 34745<\/a>  Type strain\r\nFalsiroseomonas oryziterrae            JCM 34746<\/a>\r\nFerirhizobium litorale                 JCM 31308<\/a>  Type strain\r\nFlavobacterium acetivorans             JCM 34193<\/a>  Type strain\r\nFlavobacterium galactosidilyticum      JCM 34203<\/a>  Type strain\r\n\"Flexivirga meconopsidis\"              JCM 36020<\/a>  Proposed type strain\r\nFlintibacter muris                     JCM 36501<\/a>  Type strain\r\nGluconobacter oxydans                  JCM 25115<\/a>\r\nGluconobacter oxydans                  JCM 25117<\/a>\r\nGluconobacter oxydans                  JCM 25118<\/a>\r\nGluconobacter oxydans                  JCM 25119<\/a>\r\n\"Granulicatella seriolae\"              JCM 35604<\/a>  Proposed type strain\r\n\"Halomonas piscis\"                     JCM 35927<\/a>\r\n\"Halomonas piscis\"                     JCM 35928<\/a>\r\n\"Halomonas piscis\"                     JCM 35929<\/a>  Proposed type strain\r\nHymenobacter canadensis                JCM 35843<\/a>  Type strain\r\nHymenobacter sediminicola              JCM 35801<\/a>  Type strain\r\nJanibacter limosus                     JCM 34464<\/a>\r\nJanibacter sp.                         JCM 36545<\/a>\r\nKaistella rhinocerotis                 JCM 36038<\/a>  Type strain\r\nKitasatospora cathayae                 JCM 36274<\/a>  Type strain\r\nLacinutrix neustonica                  JCM 35710<\/a>  Type strain\r\nLactiplantibacillus paraxiangfangensis JCM 36258<\/a>  Type strain\r\nLactobacillus juensis                  JCM 36259<\/a>  Type strain\r\nLactobacillus rizhaonensis             JCM 36260<\/a>  Type strain\r\nLeucobacter edaphi                     JCM 34360<\/a>  Type strain\r\n\"Limobrevibacterium gyesilva\"          JCM 35944<\/a>  Proposed type strain\r\nLitchfieldella xinjiangensis           JCM 15902<\/a>  Type strain\r\nLuteolibacter rhizosphaerae            JCM 34400<\/a>  Type strain\r\nLutimonas zeaxanthinifaciens           JCM 36287<\/a>  Type strain\r\n\"Lysinibacillus piscis\"                JCM 36611<\/a>  Proposed type strain\r\n\"Lysobacter changpingensis\"            JCM 34576<\/a>  Proposed type strain\r\n\"Macromonas nakdongensis\"              JCM 31376<\/a>  Proposed type strain\r\nMarinomonas phaeophyticola             JCM 35412<\/a>  Type strain\r\nMarinomonas rhodophyticola             JCM 35591<\/a>  Type strain\r\nMethylobacterium durans                JCM 33120<\/a>\r\nMethylomarinovum tepidoasis            JCM 35101<\/a>  Type strain\r\nMicrobacterium abyssi                  JCM 33956<\/a>  Type strain\r\nMicrobacterium limosum                 JCM 33960<\/a>  Type strain\r\nMicrobacterium saccharophilum          JCM 34465<\/a>\r\nMicromonospora cathayae                JCM 36275<\/a>  Type strain\r\nMicromonospora sp.                     JCM 36306<\/a>\r\n\"Micromonospora thermarum\"             JCM 17127<\/a>  Proposed type strain\r\nMuribaculum caecicola                  JCM 36504<\/a>  Type strain\r\nMycolicibacterium cyprinidarum         JCM 35117<\/a>  Type strain\r\n\"Natronospira bacteriovora\"            JCM 35397<\/a>  Proposed type strain\r\n\"Natronospira elongata\"                JCM 35396<\/a>  Proposed type strain\r\n\"Neorhizobium deserti\"                 JCM 33732<\/a>  Proposed type strain\r\nNesterenkonia aerolata                 JCM 36375<\/a>  Type strain\r\nNiabella defluvii                      JCM 35315<\/a>  Type strain\r\nNocardia implantans                    JCM 34959<\/a>  Type strain\r\nNocardia sp.                           JCM 33933<\/a>\r\nNocardioides litoris                   JCM 34463<\/a>\r\nNocardioides sp.                       JCM 34558<\/a>\r\nNocardioides sp.                       JCM 36399<\/a>\r\nNocardiopsis sp.                       JCM 36305<\/a>\r\nOchrobactrum chromiisoli               JCM 36000<\/a>  Type strain\r\nOdoribacter lunatus                    JCM 36505<\/a>  Type strain\r\nOleispirillum naphthae                 JCM 34765<\/a>  Type strain\r\n\"Ornithinimicrobium cryptoxanthini\"    JCM 34882<\/a>  Proposed type strain\r\n\"Ornithinimicrobium faecis\"            JCM 34881<\/a>  Proposed type strain\r\n\"Ornithinimicrobium sufpigmenti\"       JCM 33397<\/a>  Proposed type strain\r\nPaenibacillus aurantius                JCM 34220<\/a>  Type strain\r\nPalleniella muris                      JCM 36503<\/a>  Type strain\r\nPararhizobium qamdonense               JCM 36247<\/a>  Type strain\r\nPaucibacter sediminis                  JCM 34541<\/a>  Type strain\r\nPelosinus baikalensis                  JCM 39258<\/a>  Type strain\r\nPeptostreptococcus equinus             JCM 35846<\/a>  Type strain\r\nPhytohabitans maris                    JCM 36507<\/a>  Type strain\r\nPilosibacter fragilis                  JCM 36513<\/a>  Type strain\r\nPropionivibrio soli                    JCM 35595<\/a>  Type strain\r\nProtaetiibacter mangrovi               JCM 33142<\/a>  Type strain\r\n\"Pseudodesulfovibrio                   JCM 39269<\/a>  Proposed type strain\r\nthermohalotolerans\"\r\nPseudomonas hefeiensis                 JCM 35687<\/a>  Type strain\r\nQuadrisphaera granulorum               JCM 34466<\/a>\r\n\"Rheinheimera faecalis\"                JCM 34823<\/a>  Proposed type strain\r\nRoseibium algicola                     JCM 34977<\/a>  Type strain\r\nRoseibium porphyridii                  JCM 34597<\/a>  Type strain\r\n\"Roseiterribacter gracilis\"            JCM 34627<\/a>  Proposed type strain\r\n\"Roseomonas populi\"                    JCM 35579<\/a>  Proposed type strain\r\nShewanella phaeophyticola              JCM 35409<\/a>  Type strain\r\n\"Shumkonia mesophila\"                  JCM 34766<\/a>  Proposed type strain\r\nSinomonas terricola                    JCM 35868<\/a>  Type strain\r\nSphingobacterium oryzagri              JCM 35893<\/a>  Type strain\r\nSphingobium sp.                        JCM 36668<\/a>\r\nSpirillospora rubra                    JCM 36631<\/a>  Type strain\r\n\"Sporanaerobium hydrogeniformans\"      JCM 32657<\/a>  Proposed type strain\r\nStreptococcus caecimuris               JCM 36502<\/a>  Type strain\r\n\"Streptomonospora mangrovi\"            JCM 34292<\/a>  Proposed type strain\r\nStreptomyces albipurpureus             JCM 35391<\/a>  Type strain\r\n\"Streptomyces argyrophyllae\"           JCM 35923<\/a>  Proposed type strain\r\nStreptomyces avermitilis               JCM 36725<\/a>\r\nStreptomyces avermitilis               JCM 36726<\/a>\r\nStreptomyces avermitilis               JCM 36727<\/a>\r\nStreptomyces avermitilis               JCM 36728<\/a>\r\nStreptomyces avermitilis               JCM 36729<\/a>\r\nStreptomyces avermitilis               JCM 36730<\/a>\r\nStreptomyces avermitilis               JCM 36731<\/a>\r\nStreptomyces avermitilis               JCM 36732<\/a>\r\nStreptomyces avermitilis               JCM 36733<\/a>\r\nStreptomyces avermitilis               JCM 36734<\/a>\r\nStreptomyces beigongshangae            JCM 34712<\/a>  Type strain\r\nStreptomyces changanensis              JCM 35800<\/a>  Type strain\r\n\"Streptomyces halobius\"                JCM 34935<\/a>  Proposed type strain\r\n\"Streptomyces himalayensis subsp.      JCM 33759<\/a>  Proposed type strain\r\naureolus\"\r\n\"Streptomyces himalayensis subsp.      JCM 33755<\/a>  Proposed type strain\r\nhimalayensis\"\r\nStreptomyces longhuiensis              JCM 34789<\/a>  Type strain\r\nStreptomyces mimosae                   JCM 33207<\/a>\r\n\"Streptomyces niphimycinicus\"          JCM 34996<\/a>  Proposed type strain\r\nStreptomyces sp.                       JCM 33753<\/a>\r\nStreptomyces sp.                       JCM 33754<\/a>\r\nStreptomyces sp.                       JCM 33756<\/a>\r\nStreptomyces sp.                       JCM 33757<\/a>\r\nStreptomyces sp.                       JCM 33758<\/a>\r\nStreptomyces sp.                       JCM 34561<\/a>\r\nStreptomyces sp.                       JCM 36345<\/a>\r\nStreptomyces spinosirectus             JCM 35007<\/a>  Type strain\r\n\"Streptomyces terrae\"                  JCM 35768<\/a>  Proposed type strain\r\n\"Sulfurospirillum oryzae\"              JCM 35596<\/a>  Proposed type strain\r\nSulfurovum mangrovi                    JCM 36294<\/a>  Type strain\r\nTelluria beijingensis                  JCM 35119<\/a>  Type strain\r\nThalassovita sp.                       JCM 18207<\/a>\r\nVibrio algarum                         JCM 35410<\/a>  Type strain\r\nWaltera acetigignens                   JCM 36210<\/a>\r\nWaltera acetigignens                   JCM 36378<\/a>\r\nWaltera intestinalis                   JCM 36211<\/a>\r\nWeissella fermenti                     JCM 35750<\/a>  Type strain\r\nWeizmannia agrestimuris                JCM 36499<\/a>  Type strain\r\n\r\nArchaea\r\nHaloarcula halobia                     JCM 34149<\/a>  Type strain\r\nHaloarcula halophila                   JCM 34479<\/a>  Type strain\r\nHaloarcula litorea                     JCM 34480<\/a>  Type strain\r\nHaloarcula pelagica                    JCM 30034<\/a>  Type strain\r\nHaloarcula rara                        JCM 30843<\/a>  Type strain\r\n\"Halobaculum halobium\"                 JCM 36154<\/a>  Proposed type strain\r\n\"Halobaculum limi\"                     JCM 34912<\/a>  Proposed type strain\r\n\"Halobaculum lipolyticum\"              JCM 35417<\/a>  Proposed type strain\r\n\"Halobaculum litoreum\"                 JCM 36148<\/a>  Proposed type strain\r\n\"Halobaculum marinum\"                  JCM 36147<\/a>  Proposed type strain\r\n\"Haloglomus litoreum\"                  JCM 35606<\/a>  Proposed type strain\r\n\"Halomontanus rarus\"                   JCM 34316<\/a>\r\n\"Halorussus caseinilyticus\"            JCM 35418<\/a>  Proposed type strain\r\n\"Halorussus lipolyticus\"               JCM 35419<\/a>  Proposed type strain\r\n\"Halosegnis marinus\"                   JCM 35605<\/a>  Proposed type strain\r\n\"Methanobacterium cahuitense\"          JCM 39174<\/a>  Proposed type strain\r\nMethanobacterium spitsbergense         JCM 39284<\/a>  Type strain\r\n\"Natronoglomus mannanivorans\"          JCM 34861<\/a>  Proposed type strain\r\n\"Natronoglomus mannanivorans\"          JCM 34866<\/a>\r\n\"Natronosalvus hydrolyticus\"           JCM 34865<\/a>  Proposed type strain\r\n\r\nFungi\r\nAcremonium sp.                         JCM 28389<\/a>\r\nAcremonium sp.                         JCM 28462<\/a>\r\nAcremonium sp.                         JCM 28478<\/a>\r\nBannoa ellipsoidea                     JCM 35734<\/a>\r\nBannoa foliicola                       JCM 35726<\/a>\r\nCystofilobasidium josepaulonis         JCM 35442<\/a>\r\nDanielozyma pruni                      JCM 35735<\/a>\r\nErythrobasidium turpiniae              JCM 35725<\/a>\r\nItersonilia pannonica                  JCM 11147<\/a>\r\nMetschnikowia kenjo                    JCM 35862<\/a>\r\nMetschnikowia seizan                   JCM 35863<\/a>\r\nMetschnikowia shishimaru               JCM 35864<\/a>\r\nMeyerozyma guilliermondii              JCM 28203<\/a>\r\nMeyerozyma guilliermondii              JCM 28204<\/a>\r\nMrakia arctica                         JCM 32069<\/a>\r\nMrakia arctica                         JCM 32070<\/a>\r\nNaganishia bhutanensis                 JCM 14228<\/a>\r\nPichia kurtzmaniana                    JCM 36238<\/a>\r\nPichia kurtzmaniana                    JCM 36239<\/a>\r\nSarocladium sp.                        JCM 28152<\/a>\r\nSarocladium sp.                        JCM 28330<\/a>\r\nSarocladium sp.                        JCM 28331<\/a>\r\nSarocladium sp.                        JCM 28333<\/a>\r\nSarocladium sp.                        JCM 28337<\/a>\r\nSarocladium sp.                        JCM 28417<\/a>\r\nSarocladium sp.                        JCM 28428<\/a>\r\nSarocladium sp.                        JCM 28436<\/a>\r\nSaturnispora sinensis                  JCM 36357<\/a>\r\nSpencermartinsiella henanensis         JCM 35730<\/a>\r\nTeunia acericola                       JCM 35732<\/a>\r\nTeunia qingyuanensis                   JCM 36686<\/a>\r\nUnidentified fungus                    JCM 28141<\/a>\r\nUnidentified fungus                    JCM 28359<\/a>\r\nUnidentified fungus                    JCM 28385<\/a>\r\nVishniacozyma pseudocarnescens         JCM 35058<\/a>\r\nVishniacozyma pseudocarnescens         JCM 35059<\/a>\r\nVishniacozyma pseudocarnescens         JCM 35060<\/a>\r\nWickerhamiella bidentis                JCM 35540<\/a>\r\nWickerhamiella bidentis                JCM 35541<\/a>\r\nYueomyces silvicola                    JCM 34883<\/a>\r\nYueomyces silvicola                    JCM 34884<\/a>\r\nYueomyces silvicola                    JCM 34885<\/a>\r\nYueomyces silvicola                    JCM 34886<\/a>\r\n______________________________________________________________________\r\n*We hope you find the contents of this message of interest.  However,\r\n if you would prefer to unsubscribe from future e-mails, please send\r\n an e-mail to inquiry.jcm@riken.jp<\/a>. \r\n*If you have any questions or comments, please send an e-mail to\r\n inquiry.jcm@riken.jp<\/a>. \r\n*Content is subject to change without notice. \r\n*All Rights Reserved. \r\n______________________________________________________________________\r\nMicrobe Division \/ Japan Collection of Microorganisms\r\nRIKEN BioResource Research Center \r\n3-1-1 Koyadai, Tsukuba, Ibaraki 305-0074, Japan\r\ninquiry.jcm@riken.jp<\/a>\r\nhttps:\/\/jcm.brc.riken.jp\/en\/<\/a>\r\nhttps:\/\/x.com\/RBRC_JCM_en<\/a>\r\nhttps:\/\/x.com\/RIKEN_BRC_en<\/a>\r\n______________________________________________________________________\r\n2024.07.25\r\n<\/font><\/tt><\/pre>\n","protected":false},"excerpt":{"rendered":"
********************************************************************** RIKEN BioResource Research Center – Japan Collection of Microorganisms JCM Mail News (2024.07.25) ********************************************************************** RIKEN BioResource Research Center – Japan Collection of Microorganisms (JCM) is pleased to update you with the latest information. ======= Contents ===================================================== – Special topic: Gut microbes isolated by liquid-liquid co-culture method. – Newly cataloged strains (2023.3.01 – 2024.06.30) ====================================================================== +——————————————————————— Special topic: Gut microbes isolated by liquid-liquid co-culture method. +——————————————————————— Gut microbes are relevant to human physiological functions and various diseases, and are of critical importance in various industrial fields including drug development; therefore, the isolation, cultivation, and classification of difficult-to-culture microorganisms and new species are essential for the development of new live biotherapeutic products. Several new species and difficult-to-culture microorganisms have been isolated by co-culturing, but there are few examples where liquid-liquid co-culture methods using liquid medium instead of solid medium have been used to isolate strains. Recently, a new culture method, liquid-liquid co-culture, which is expected to promote the growth and isolation of very small unknown bacterial species selected by filter filtration (pore size 0.45 µm) using stool diluent as growth support bacteria and the metabolites produced by the support bacteria, was used to isolate Waltera intestinalis (JCM 36211) with curved features. […]<\/p>\n","protected":false},"author":17,"featured_media":0,"parent":3314,"menu_order":0,"comment_status":"closed","ping_status":"closed","template":"","meta":{"footnotes":"","_wp_rev_ctl_limit":""},"class_list":["post-5104","page","type-page","status-publish","hentry"],"_links":{"self":[{"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/pages\/5104","targetHints":{"allow":["GET"]}}],"collection":[{"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/pages"}],"about":[{"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/types\/page"}],"author":[{"embeddable":true,"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/users\/17"}],"replies":[{"embeddable":true,"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/comments?post=5104"}],"version-history":[{"count":1,"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/pages\/5104\/revisions"}],"predecessor-version":[{"id":5107,"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/pages\/5104\/revisions\/5107"}],"up":[{"embeddable":true,"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/pages\/3314"}],"wp:attachment":[{"href":"http:\/\/jcm.brc.riken.jp\/en\/wp-json\/wp\/v2\/media?parent=5104"}],"curies":[{"name":"wp","href":"https:\/\/api.w.org\/{rel}","templated":true}]}}