Article(id=1308828777984127396, tenantId=1146029695717560320, journalId=1189982191388893191, issueId=1308828670878376007, articleNumber=null, orderNo=null, doi=10.16438/j.0513-4870.2025-1054, pmid=null, cstr=null, oa=null, hot=null, price=null, onlineType=0, articleFormat=0, articleType=null, articleTypeStr=null, receivedDate=1756915200000, receivedDateStr=2025-09-04, revisedDate=1766764800000, revisedDateStr=2025-12-27, acceptedDate=null, acceptedDateStr=null, onlineDate=1789978697534, onlineDateStr=2026-09-21, pubDate=1773244800000, pubDateStr=2026-03-12, doiRegisterDate=null, doiRegisterDateStr=null, onlineIssueDate=1789978697534, onlineIssueDateStr=2026-09-21, onlineJustAcceptDate=null, onlineJustAcceptDateStr=null, onlineFirstDate=null, onlineFirstDateStr=null, sourceXml=null, magXml=null, createTime=1789978697534, creator=13701087609, updateTime=1789978697534, updator=13701087609, issue=Issue{id=1308828670878376007, tenantId=1146029695717560320, journalId=1189982191388893191, year='2026', volume='61', issue='3', pageStart='677', pageEnd='1000', issueExtLink='null', onlineDate='null', pubDate='1773244800000', pubDateStr='2026-03-12', beforeIssueId=null, nextIssueId=null, price=null, status=1, issueComplete=1, articleOrder=1, issueType=-1, specialIssue=null, createTime=1789978671998, creator='13701087609', updateTime=1789984247322, updator='13701087609', preIssue=null, nextIssue=null, articleTotal=null, ext={EN=IssueExt(id=1308852055549248371, tenantId=1146029695717560320, journalId=1189982191388893191, issueId=1308828670878376007, language=EN, specialIssueTitle=, coverIllustrator=null, specialIssueEditor=, specialIssueAbout=), CN=IssueExt(id=1308852055549248372, tenantId=1146029695717560320, journalId=1189982191388893191, issueId=1308828670878376007, language=CN, specialIssueTitle=, coverIllustrator=null, specialIssueEditor=, specialIssueAbout=)}, issueFiles=null, downloadFileDto=null}, startPage=973, endPage=989, ext={EN=ArticleExt(id=1308828778210619813, articleId=1308828777984127396, tenantId=1146029695717560320, journalId=1189982191388893191, language=EN, title=Genome-wide identification of the bZIP gene family in Rheum officinale Baill. and analysis of the expression pattern under UV-B treatment, columnId=1190335348761793317, journalTitle=Acta Pharmaceutica Sinica, columnName=Original Articles, runingTitle=null, highlight=null, articleAbstract=

Rheum officinale Baill., one of the three primary botanical sources of medicinal rhubarb in China, is mainly cultivated in high-altitude regions. However, the regulatory mechanisms underlying the biosynthesis of its major active constituents, anthraquinones, remain poorly understood. UV-B radiation (280-315 nm) is a key ecological factor in high-altitude habitats, profoundly affecting the quality formation of R. officinale. Identifying UV-B-responsive genes is therefore essential for elucidating the regulatory pathways involved. The basic leucine zipper (bZIP) transcription factor family is known to regulate plant growth and development, secondary metabolite biosynthesis, and stress responses; however, a comprehensive analysis in R. officinale is still lacking. In this study, we conducted a genome-wide identification of the bZIP gene family in R. officinale, and systematically analyzed the physicochemical properties, gene structures, phylogenetic relationships, and conserved motifs. Transcriptome data were utilized to identify RobZIPs highly expressed in roots and rhizomes and responsive to UV-B radiation, followed by experimental validation. A total of 94 RobZIPs were identified, unevenly distributed across 10 chromosomes except chromosome 8, with 36 tandem duplication events observed. All RobZIP-encoded proteins are predicted to be hydrophilic, comprising 64 to 780 amino acids, and are primarily localized in the nucleus. Phylogenetic analysis classified the RobZIP genes into 11 subgroups, with members within the same subgroup exhibiting similar gene structures and conserved motifs. Collinearity analysis revealed that tandem duplication is the primary mode of expansion for the RobZIP gene family. Promoter cis-element analysis identified numerous elements associated with plant development, hormone signaling, and stress responses in RobZIPs. qRT-PCR analysis confirmed the tissue-specific expression and UV-B responsiveness of 8 RobZIPs, including RobZIP15, consistent with transcriptomic data. This study provides a comprehensive analysis of the bZIP gene family in R. officinale, laying the foundation for further investigations into their evolutionary dynamics, UV-B response mechanisms, and potential roles in anthraquinone biosynthesis.

, authors=Yu-jie LIANG^{1, 2, 3}, Jing TANG^{1, 2, 3}, Feng YAN^{1, 2, 3}, Jing GAO^{1, 2, 3}, Ming-ying ZHANG^{1, 2, 3}, Yi-min LI^{1, 2, 3}, Heng-lei NIU¹, Xiao-chen HU^{2, 3, *}, Gang ZHANG^{1, 2, 3, *}, authorsList=Yu-jie LIANG, Jing TANG, Feng YAN, Jing GAO, Ming-ying ZHANG, Yi-min LI, Heng-lei NIU, Xiao-chen HU, Gang ZHANG, authorCompany=null, correspAuthors=Xiao-chen HU, Gang ZHANG, authorNote=null, correspAuthorsNote=null, copyrightStatement=Copyright ©2026 Acta Pharmaceutica Sinica. All rights reserved., copyrightOwner=null, extLink=null, articleAbsUrl=null, sourceXml=null, magXml=null, pdfUrl=null, pdf=null, pdfFileSize=null, pdfExtLink=null, richHtmlUrl=null, mobilePdfUrl=null, reviewReport=null, pdfFirstPage=null, abstractGraph=null, abstractGraphContent=null, abstractVideo=null, citation=null, cebUrl=null, magXmlContent=null, mapNumber=null, fund=null), CN=ArticleExt(id=1308828781708669366, articleId=1308828777984127396, tenantId=1146029695717560320, journalId=1189982191388893191, language=CN, title=药用大黄bZIP基因家族的全基因组鉴定及其UV-B处理下表达模式分析, columnId=1190335348896011050, journalTitle=药学学报, columnName=研究论文, runingTitle=null, highlight=null, articleAbstract=

药用大黄(Rheum officinale Baill.) 是我国大宗药材大黄的三基源之一, 主产于高海拔地区, 但其主要活性成分蒽醌类化合物的合成调控机制未知。UV-B (280~315 nm) 辐射是高海拔生境中的关键生态因子, 对药用大黄品质形成具有重要影响, 筛选和鉴定响应UV-B辐射的基因对解析蒽醌合成调控研究具有重要意义。bZIP (basic leucine zipper) 转录因子家族广泛参与植物生长发育、次生代谢产物合成以及胁迫响应, 但在药用大黄中尚未被系统研究。本研究基于药用大黄的全基因组, 系统筛选RobZIP基因家族, 分析其编码蛋白的理化性质、基因结构、系统发育关系、保守基序等特征。利用转录组数据筛选药用大黄根和根茎中高表达且响应UV-B辐射的RobZIP基因, 并进一步实验验证。结果表明, RobZIP基因家族包含94个成员, 除8号染色体外, 不均匀地分布在10条染色体上, 发生36次并联重复。RobZIP均为亲水性蛋白, 含64~780个氨基酸, 预测定位在细胞核。系统进化将RobZIP基因分为11个亚组, 同一亚族成员具有相似的基因结构和保守基序。共线性分析显示, 并联重复是RobZIP基因扩增的主要扩张模式。启动子顺式作用元件分析显示, RobZIP基因中含有大量与植物生长发育、激素调控网络及胁迫应答等方面相关的顺式作用元件。qRT-PCR分析显示, 组织特异性表达及响应UV-B的RobZIP15等8个基因与转录组数据分析结果一致。本研究系统分析药用大黄bZIP家族基因, 可为进一步研究其基因进化、UV-B辐射响应及在蒽醌类成分合成中潜在功能等奠定基础。

, authors=梁玉杰^{1, 2, 3}, 唐璟^{1, 2, 3}, 闫锋^{1, 2, 3}, 高静^{1, 2, 3}, 张明英^{1, 2, 3}, 李依民^{1, 2, 3}, 牛恒磊¹, 胡晓晨^{2, 3, *}, 张岗^{1, 2, 3, *}, authorsList=梁玉杰, 唐璟, 闫锋, 高静, 张明英, 李依民, 牛恒磊, 胡晓晨, 张岗, authorCompany=null, correspAuthors=胡晓晨, 张岗, authorNote=, correspAuthorsNote=, copyrightStatement=版权所有©《药学学报》编辑部2026, copyrightOwner=null, extLink=null, articleAbsUrl=null, sourceXml=KyCu/5bMPAdTCadHcxijHQ==, magXml=nhCDd4d2ZhrXa40O86tdTQ==, pdfUrl=null, pdf=BlK6sLPe19ze0DqmF1y8qQ==, pdfFileSize=17136348, pdfExtLink=null, richHtmlUrl=null, mobilePdfUrl=null, reviewReport=null, pdfFirstPage=null, abstractGraph=/n+RSiF9E290oiWTHj8oWQ==, abstractGraphContent=null, abstractVideo=null, citation=null, cebUrl=null, magXmlContent=0rVDn4YnPkyJo8xMPciOGw==, mapNumber=null, fund=null)}, authors=[Author(id=1308834462880850301, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, orderNo=0, firstName=null, middleName=null, lastName=null, nameCn=null, orcid=null, stid=null, country=null, authorPic=null, dead=0, email=null, emailSecond=null, emailThird=null, correspondingAuthor=0, authorType=1, ext={EN=AuthorExt(id=1308834462973124993, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, authorId=1308834462880850301, language=EN, stringName=Yu-jie LIANG, firstName=Yu-jie, middleName=null, lastName=LIANG, prefix=null, suffix=null, authorComment=null, nameInitials=null, affiliation=null, department=null, xref=^{1, 2, 3}, address=¹College of Pharmacy, Shaanxi University of Chinese Medicine/Engineering Research Center for Application and Development of Chinese Herbal Medicine in Qinling, Xi'an 712046, China
²State Key Laboratory of Research and Development of Characteristic Qin Medicine Resources (Cultivation), Shaanxi University of Chinese Medicine, Xianyang 712083, China
³Shaanxi University of Chinese Medicine / Key Laboratory for Research and Development of "Qin Medicine" of Shaanxi Administration of Traditional Chinese Medicine, Xi'an 712046, China, bio=null, bioImg=null, bioContent=null, aboutCorrespAuthor=null), CN=AuthorExt(id=1308834463057011074, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, authorId=1308834462880850301, language=CN, stringName=梁玉杰, firstName=null, middleName=null, lastName=null, prefix=null, suffix=null, authorComment=null, nameInitials=null, affiliation=null, department=null, xref=^{1, 2, 3}, address=¹陕西中医药大学药学院/陕西省秦岭中草药应用开发工程技术研究中心, 陕西 西安 712046
²陕西中医药大学省部共建特色秦药资源研究开发国家重点实验室 (培育), 陕西 咸阳 712083
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²State Key Laboratory of Research and Development of Characteristic Qin Medicine Resources (Cultivation), Shaanxi University of Chinese Medicine, Xianyang 712083, China
³Shaanxi University of Chinese Medicine / Key Laboratory for Research and Development of "Qin Medicine" of Shaanxi Administration of Traditional Chinese Medicine, Xi'an 712046, China, bio=null, bioImg=null, bioContent=null, aboutCorrespAuthor=null), CN=AuthorExt(id=1308834463312863625, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, authorId=1308834463136702852, language=CN, stringName=唐璟, firstName=null, middleName=null, lastName=null, prefix=null, suffix=null, authorComment=null, nameInitials=null, affiliation=null, department=null, xref=^{1, 2, 3}, address=¹陕西中医药大学药学院/陕西省秦岭中草药应用开发工程技术研究中心, 陕西 西安 712046
²陕西中医药大学省部共建特色秦药资源研究开发国家重点实验室 (培育), 陕西 咸阳 712083
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²State Key Laboratory of Research and Development of Characteristic Qin Medicine Resources (Cultivation), Shaanxi University of Chinese Medicine, Xianyang 712083, China
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Primer name	Primer sequence (5'-3')
RobZIP15-F	ATCGCTAGGGTTGTGGAAGC
RobZIP15-R	CCAAACTCACAAGAACCGGC
RobZIP17-F	TGCTGTGGAGAGGTTGGATG
RobZIP17-R	CCCAAGTACCAACAGCCCTC
RobZIP33-F	AGGAGAATGCCAGGTTGAGG
RobZIP33-R	AGAGACCGAACATGACTGCG
RobZIP39-F	GTGAACGAGCTAGAGGCGAG
RobZIP39-R	TCCGTCCTGCTGTCGTATTC
RobZIP66-F	TTGCAAAGCGAGTTGAAGCC
RobZIP66-R	AAGTTCTCGGTGCTGACTGG
RobZIP67-F	CAGAGCAGCAGCAAGTGAAC
RobZIP67-R	TCGCGAAGGTAATCTGCCTG
RobZIP88-F	GCCTGGGAATACACACCTGG
RobZIP88-R	GGAGATCCAGCACCAACACC
RobZIP90-F	GGAGGAGCTCGACATGATGG
RobZIP90-R	CAAGGAGCTGCAGAACTTGC
β-actin-F	AGGGTCCAATGCTTTATC
β-actin-R	CAGTCTTCTCCACCACAA

), ArticleFig(id=1308834472502583764, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, language=CN, label=Tab.1, caption=

Primer sequences for qRT-PCR

, figureFileSmall=null, figureFileBig=null, tableContent=

Primer name	Primer sequence (5'-3')
RobZIP15-F	ATCGCTAGGGTTGTGGAAGC
RobZIP15-R	CCAAACTCACAAGAACCGGC
RobZIP17-F	TGCTGTGGAGAGGTTGGATG
RobZIP17-R	CCCAAGTACCAACAGCCCTC
RobZIP33-F	AGGAGAATGCCAGGTTGAGG
RobZIP33-R	AGAGACCGAACATGACTGCG
RobZIP39-F	GTGAACGAGCTAGAGGCGAG
RobZIP39-R	TCCGTCCTGCTGTCGTATTC
RobZIP66-F	TTGCAAAGCGAGTTGAAGCC
RobZIP66-R	AAGTTCTCGGTGCTGACTGG
RobZIP67-F	CAGAGCAGCAGCAAGTGAAC
RobZIP67-R	TCGCGAAGGTAATCTGCCTG
RobZIP88-F	GCCTGGGAATACACACCTGG
RobZIP88-R	GGAGATCCAGCACCAACACC
RobZIP90-F	GGAGGAGCTCGACATGATGG
RobZIP90-R	CAAGGAGCTGCAGAACTTGC
β-actin-F	AGGGTCCAATGCTTTATC
β-actin-R	CAGTCTTCTCCACCACAA

), ArticleFig(id=1308834472590664149, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, language=EN, label=null, caption=null, figureFileSmall=null, figureFileBig=null, tableContent=

Gene ID	Chromosome	Rename	Protein length/aa	Molecular weight/Da	Isoelectric point (pI)	Instability index	Protein GRAVY	Subcellular localization
evm.model.ctg3.1017	Chr01	RobZIP01	186	22 246.10	8.88	41.87	-0.998	Nucleus
evm.model.ctg3.1311	Chr01	RobZIP02	416	45 278.59	9.16	50.26	-0.720	Nucleus
evm.model.ctg3.3752	Chr01	RobZIP03	395	43 398.35	5.91	66.66	-0.787	Nucleus
evm.model.ctg6.581	Chr01	RobZIP04	64	7 428.23	6.72	85.93	-1.198	Nucleus
evm.model.ctg6.3012	Chr01	RobZIP05	264	28 930.50	5.48	47.97	-0.607	Nucleus
evm.model.ctg8.84	Chr02	RobZIP06	171	19 324.36	11.13	73.96	-0.763	Nucleus
evm.model.ctg8.863.1.66f59198	Chr02	RobZIP07	343	36 472.90	5.79	56.9	-0.875	Nucleus
evm.model.ctg8.6396	Chr02	RobZIP08	119	14 232.23	10.25	78.61	-0.927	Nucleus
evm.model.ctg8.8396_evm.model.ctg8.8397	Chr02	RobZIP09	334	35 495.23	6.14	48.05	-0.892	Nucleus
evm.model.ctg10.920	Chr02	RobZIP10	290	31 602.43	5.90	66.94	-0.574	Nucleus
evm.model.ctg10.2176	Chr02	RobZIP11	135	15 391.18	7.97	64.43	-0.896	Nucleus
evm.model.ctg10.2253	Chr02	RobZIP12	157	18 749.22	10.23	60.58	-1.026	Nucleus
evm.model.ctg10.2366	Chr02	RobZIP13	187	20 181.37	5.95	58.44	-0.633	Nucleus
evm.model.ctg10.3721	Chr02	RobZIP14	236	27 348.57	6.53	61.26	-0.848	Nucleus
evm.model.ctg10.3920	Chr02	RobZIP15	177	9 150.47	9.06	68.98	-0.565	Nucleus
evm.model.ctg10.4310	Chr02	RobZIP16	271	30 121.44	6.77	59.46	-0.893	Nucleus
evm.model.ctg17.64	Chr03	RobZIP17	349	40 259.89	6.58	52.79	-0.459	Nucleus
evm.model.ctg17.117.1.66f5917f	Chr03	RobZIP18	410	46 586.60	9.03	59.71	-0.763	Nucleus
evm.model.ctg17.334	Chr03	RobZIP19	525	57 218.75	6.69	61.16	-0.704	Nucleus
evm.model.ctg17.725	Chr03	RobZIP20	372	42 270.70	6.85	62.13	-1.001	Nucleus
evm.model.ctg17.756	Chr03	RobZIP21	157	18 235.81	10.06	68.19	-0.735	Nucleus
evm.model.ctg17.1939	Chr03	RobZIP22	64	7 372.26	10.78	64.82	-1.170	Nucleus
evm.model.ctg17.2560	Chr03	RobZIP23	387	43 342.00	5.83	59.38	-0.758	Nucleus
evm.model.ctg17.3329	Chr03	RobZIP24	377	42 992.93	7.83	61.50	-0.45	Nucleus
evm.model.ctg23.805	Chr03	RobZIP25	64	7 390.42	10.78	74.94	-1.052	Nucleus
evm.model.ctg29.3237	Chr03	RobZIP26	136	15 381.27	5.96	48.44	-0.746	Nucleus
evm.model.ctg29.3259.1.66f59183	Chr03	RobZIP27	254	27 393.45	7.09	40.57	-0.667	Nucleus
evm.model.ctg31.251	Chr04	RobZIP28	328	35 699.44	5.10	54.82	-0.556	Nucleus
evm.model.ctg33.358	Chr04	RobZIP29	425	45 062.01	7.14	56.00	-0.684	Nucleus
evm.model.ctg33.3146	Chr04	RobZIP30	518	56 006.25	7.10	66.81	-0.773	Nucleus
evm.model.ctg34.144	Chr04	RobZIP31	185	20 604.66	9.87	62.10	-0.429	Nucleus
evm.model.ctg34.257	Chr04	RobZIP32	127	14 325.30	10.15	51.82	-0.576	Nucleus
evm.model.ctg34.585	Chr04	RobZIP33	168	18 844.34	9.27	67.52	-0.610	Nucleus
evm.model.ctg34.1653	Chr04	RobZIP34	144	16 508.95	5.72	61.96	-0.531	Nucleus
evm.model.ctg37.720	Chr05	RobZIP35	137	15 801.70	7.75	63.79	-0.911	Nucleus
evm.model.ctg37.1305	Chr05	RobZIP36	185	20 377.12	9.72	56.63	-0.759	Nucleus
evm.model.ctg37.1565	Chr05	RobZIP37	132	14 947.63	6.49	58.42	-0.780	Nucleus
evm.model.ctg39.284	Chr05	RobZIP38	469	51 311.58	8.60	54.63	-0.460	Nucleus
evm.model.ctg39.1012	Chr05	RobZIP39	168	18 485.32	9.51	67.04	-1.167	Nucleus
evm.model.ctg40.1556	Chr05	RobZIP40	254	27 694.06	6.01	52.96	-0.573	Nucleus
evm.model.ctg42.521	Chr05	RobZIP41	324	34 715.48	7.17	59.15	-0.957	Nucleus
evm.model.ctg42.1414	Chr05	RobZIP42	148	17 535.58	6.31	52.67	-0.863	Nucleus
evm.model.ctg44.86	Chr06	RobZIP43	166	19 597.96	8.97	53.04	-0.992	Nucleus
evm.model.ctg44.205	Chr06	RobZIP44	422	45 474.09	9.43	49.07	-0.605	Nucleus
evm.model.ctg44.314	Chr06	RobZIP45	157	18 749.22	10.23	60.58	-1.026	Nucleus
evm.model.ctg44.379	Chr06	RobZIP46	492	54 437.33	6.78	72.40	-0.910	Nucleus
evm.model.ctg44.491	Chr06	RobZIP47	373	40 987.75	7.75	50.95	-0.589	Nucleus
evm.model.ctg44.507	Chr06	RobZIP48	310	33 978.23	6.70	57.99	-0.731	Nucleus
evm.model.ctg44.1072	Chr06	RobZIP49	394	42 526.62	6.99	63.25	-0.696	Nucleus
evm.model.ctg44.1723	Chr06	RobZIP50	388	42 097.54	6.85	57.30	-0.740	Nucleus
evm.model.ctg44.3965	Chr06	RobZIP51	341	37 641.91	6.55	54.98	-0.714	Nucleus
evm.model.ctg44.4871	Chr06	RobZIP52	360	39 542.60	5.96	59.06	-0.823	Nucleus
evm.model.ctg44.8913	Chr06	RobZIP53	279	30 131.46	5.85	27.80	-0.684	Nucleus
evm.model.ctg46.1288	Chr07	RobZIP54	220	24 638.45	5.89	63.96	-0.778	Nucleus
evm.model.ctg46.1854	Chr07	RobZIP55	120	13 632.40	9.02	37.86	-0.770	Nucleus
evm.model.ctg46.2286.1.66f5918a	Chr07	RobZIP56	372	42 180.97	7.08	58.62	-0.422	Nucleus
evm.model.ctg47.1753	Chr07	RobZIP57	780	84 396.50	5.96	44.35	-0.529	Nucleus
evm.model.ctg47.1838	Chr07	RobZIP58	388	43 318.53	6.42	6.41	-0.620	Nucleus
evm.model.ctg47.2312	Chr07	RobZIP59	532	58 468.54	6.65	64.11	-0.618	Nucleus
evm.model.ctg47.2870	Chr07	RobZIP60	76	8 858.88	9.18	81.92	-1.071	Nucleus
evm.model.ctg50.1639	Chr07	RobZIP61	236	26 033.95	5.58	30.77	-0.667	Nucleus
evm.model.ctg50.2100	Chr07	RobZIP62	144	16 554.88	5.25	60.66	-0.627	Nucleus
evm.model.ctg50.2907	Chr07	RobZIP63	406	43 219.87	7.17	63.64	-0.851	Nucleus
evm.model.ctg50.3987	Chr07	RobZIP64	285	31 018.98	6.02	60.29	-0.542	Nucleus
evm.model.ctg50.4279	Chr07	RobZIP65	174	19 961.57	6.23	66.94	-0.690	Nucleus
evm.model.ctg62.129	Chr09	RobZIP66	424	45 043.90	8.43	53.61	-0.767	Nucleus
evm.model.ctg62.457	Chr09	RobZIP67	345	39 355.74	9.15	61.90	-0.464	Nucleus
evm.model.ctg62.772	Chr09	RobZIP68	332	37 153.79	8.63	57.10	-0.554	Nucleus
evm.model.ctg63.391.1.66f59192	Chr09	RobZIP69	201	22 829.09	8.76	54.68	-0.458	Nucleus
evm.model.ctg63.777	Chr09	RobZIP70	440	47 499.29	9.45	52.37	-0.616	Nucleus
evm.model.ctg63.1257	Chr09	RobZIP71	330	36 193.39	6.27	56.74	-0.638	Nucleus
evm.model.ctg63.2471	Chr09	RobZIP72	422	45 603.80	6.68	58.02	-0.659	Nucleus
evm.model.ctg63.3324	Chr09	RobZIP73	306	34 422.46	7.09	65.83	-0.813	Nucleus
evm.model.ctg66.99	Chr10	RobZIP74	765	83 207.94	6.06	49.59	-0.591	Nucleus
evm.model.ctg66.134	Chr10	RobZIP75	265	29 767.49	9.63	56.60	-0.781	Nucleus
evm.model.ctg66.1798	Chr10	RobZIP76	300	33 491.39	5.77	51.00	-0.898	Nucleus
evm.model.ctg66.3485	Chr10	RobZIP77	294	32 984.04	5.86	56.53	-0.815	Nucleus
evm.model.ctg67.488	Chr10	RobZIP78	166	19 448.64	9.84	69.80	-1.023	Nucleus
evm.model.ctg67.2722	Chr10	RobZIP79	143	16 287.31	7.83	61.11	-0.782	Nucleus
evm.model.ctg67.3556	Chr10	RobZIP80	76	8 635.21	9.66	54.09	-0.325	Nucleus
evm.model.ctg67.3756	Chr10	RobZIP81	64	7 373.24	10.71	85.45	-1.192	Nucleus
evm.model.ctg67.4173	Chr10	RobZIP82	297	33 355.60	5.04	67.48	-0.544	Nucleus
evm.model.ctg67.4181	Chr10	RobZIP83	352	38 943.43	4.87	55.35	-0.589	Nucleus
evm.model.ctg67.4510	Chr10	RobZIP84	333	36 215.92	5.46	59.88	-0.654	Nucleus
evm.model.ctg69.3590	Chr11	RobZIP85	486	53 434.26	8.49	55.31	-0.392	Nucleus
evm.model.ctg69.3753	Chr11	RobZIP86	262	30 320.23	8.53	58.87	-0.826	Nucleus
evm.model.ctg69.6109	Chr11	RobZIP87	189	21 959.52	9.26	53.84	-0.983	Nucleus
evm.model.ctg71.2446	Chr11	RobZIP88	442	47 586.27	9.63	50.83	-0.670	Nucleus
evm.model.ctg71.2770	Chr11	RobZIP89	159	17 375.39	9.25	56.05	-0.647	Nucleus
evm.model.ctg71.2948	Chr11	RobZIP90	120	14 054.00	9.73	54.14	-0.880	Nucleus
evm.model.ctg71.3091	Chr11	RobZIP91	117	13 018.74	9.89	57.75	-0.690	Nucleus
evm.model.ctg71.3202	Chr11	RobZIP92	365	39 591.66	8.72	64.31	-0.908	Nucleus
evm.model.ctg71.3223	Chr11	RobZIP93	257	28 393.70	5.77	65.24	-0.696	Nucleus
evm.model.ctg72.48	Chr11	RobZIP94	387	42 282.35	5.84	55.66	-0.818	Nucleus

), ArticleFig(id=1308834472687133142, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, language=CN, label=Tab.2, caption=

Physicochemical properties of basic leucine zipper (bZIP) of R. officinale

, figureFileSmall=null, figureFileBig=null, tableContent=

Gene ID	Chromosome	Rename	Protein length/aa	Molecular weight/Da	Isoelectric point (pI)	Instability index	Protein GRAVY	Subcellular localization
evm.model.ctg3.1017	Chr01	RobZIP01	186	22 246.10	8.88	41.87	-0.998	Nucleus
evm.model.ctg3.1311	Chr01	RobZIP02	416	45 278.59	9.16	50.26	-0.720	Nucleus
evm.model.ctg3.3752	Chr01	RobZIP03	395	43 398.35	5.91	66.66	-0.787	Nucleus
evm.model.ctg6.581	Chr01	RobZIP04	64	7 428.23	6.72	85.93	-1.198	Nucleus
evm.model.ctg6.3012	Chr01	RobZIP05	264	28 930.50	5.48	47.97	-0.607	Nucleus
evm.model.ctg8.84	Chr02	RobZIP06	171	19 324.36	11.13	73.96	-0.763	Nucleus
evm.model.ctg8.863.1.66f59198	Chr02	RobZIP07	343	36 472.90	5.79	56.9	-0.875	Nucleus
evm.model.ctg8.6396	Chr02	RobZIP08	119	14 232.23	10.25	78.61	-0.927	Nucleus
evm.model.ctg8.8396_evm.model.ctg8.8397	Chr02	RobZIP09	334	35 495.23	6.14	48.05	-0.892	Nucleus
evm.model.ctg10.920	Chr02	RobZIP10	290	31 602.43	5.90	66.94	-0.574	Nucleus
evm.model.ctg10.2176	Chr02	RobZIP11	135	15 391.18	7.97	64.43	-0.896	Nucleus
evm.model.ctg10.2253	Chr02	RobZIP12	157	18 749.22	10.23	60.58	-1.026	Nucleus
evm.model.ctg10.2366	Chr02	RobZIP13	187	20 181.37	5.95	58.44	-0.633	Nucleus
evm.model.ctg10.3721	Chr02	RobZIP14	236	27 348.57	6.53	61.26	-0.848	Nucleus
evm.model.ctg10.3920	Chr02	RobZIP15	177	9 150.47	9.06	68.98	-0.565	Nucleus
evm.model.ctg10.4310	Chr02	RobZIP16	271	30 121.44	6.77	59.46	-0.893	Nucleus
evm.model.ctg17.64	Chr03	RobZIP17	349	40 259.89	6.58	52.79	-0.459	Nucleus
evm.model.ctg17.117.1.66f5917f	Chr03	RobZIP18	410	46 586.60	9.03	59.71	-0.763	Nucleus
evm.model.ctg17.334	Chr03	RobZIP19	525	57 218.75	6.69	61.16	-0.704	Nucleus
evm.model.ctg17.725	Chr03	RobZIP20	372	42 270.70	6.85	62.13	-1.001	Nucleus
evm.model.ctg17.756	Chr03	RobZIP21	157	18 235.81	10.06	68.19	-0.735	Nucleus
evm.model.ctg17.1939	Chr03	RobZIP22	64	7 372.26	10.78	64.82	-1.170	Nucleus
evm.model.ctg17.2560	Chr03	RobZIP23	387	43 342.00	5.83	59.38	-0.758	Nucleus
evm.model.ctg17.3329	Chr03	RobZIP24	377	42 992.93	7.83	61.50	-0.45	Nucleus
evm.model.ctg23.805	Chr03	RobZIP25	64	7 390.42	10.78	74.94	-1.052	Nucleus
evm.model.ctg29.3237	Chr03	RobZIP26	136	15 381.27	5.96	48.44	-0.746	Nucleus
evm.model.ctg29.3259.1.66f59183	Chr03	RobZIP27	254	27 393.45	7.09	40.57	-0.667	Nucleus
evm.model.ctg31.251	Chr04	RobZIP28	328	35 699.44	5.10	54.82	-0.556	Nucleus
evm.model.ctg33.358	Chr04	RobZIP29	425	45 062.01	7.14	56.00	-0.684	Nucleus
evm.model.ctg33.3146	Chr04	RobZIP30	518	56 006.25	7.10	66.81	-0.773	Nucleus
evm.model.ctg34.144	Chr04	RobZIP31	185	20 604.66	9.87	62.10	-0.429	Nucleus
evm.model.ctg34.257	Chr04	RobZIP32	127	14 325.30	10.15	51.82	-0.576	Nucleus
evm.model.ctg34.585	Chr04	RobZIP33	168	18 844.34	9.27	67.52	-0.610	Nucleus
evm.model.ctg34.1653	Chr04	RobZIP34	144	16 508.95	5.72	61.96	-0.531	Nucleus
evm.model.ctg37.720	Chr05	RobZIP35	137	15 801.70	7.75	63.79	-0.911	Nucleus
evm.model.ctg37.1305	Chr05	RobZIP36	185	20 377.12	9.72	56.63	-0.759	Nucleus
evm.model.ctg37.1565	Chr05	RobZIP37	132	14 947.63	6.49	58.42	-0.780	Nucleus
evm.model.ctg39.284	Chr05	RobZIP38	469	51 311.58	8.60	54.63	-0.460	Nucleus
evm.model.ctg39.1012	Chr05	RobZIP39	168	18 485.32	9.51	67.04	-1.167	Nucleus
evm.model.ctg40.1556	Chr05	RobZIP40	254	27 694.06	6.01	52.96	-0.573	Nucleus
evm.model.ctg42.521	Chr05	RobZIP41	324	34 715.48	7.17	59.15	-0.957	Nucleus
evm.model.ctg42.1414	Chr05	RobZIP42	148	17 535.58	6.31	52.67	-0.863	Nucleus
evm.model.ctg44.86	Chr06	RobZIP43	166	19 597.96	8.97	53.04	-0.992	Nucleus
evm.model.ctg44.205	Chr06	RobZIP44	422	45 474.09	9.43	49.07	-0.605	Nucleus
evm.model.ctg44.314	Chr06	RobZIP45	157	18 749.22	10.23	60.58	-1.026	Nucleus
evm.model.ctg44.379	Chr06	RobZIP46	492	54 437.33	6.78	72.40	-0.910	Nucleus
evm.model.ctg44.491	Chr06	RobZIP47	373	40 987.75	7.75	50.95	-0.589	Nucleus
evm.model.ctg44.507	Chr06	RobZIP48	310	33 978.23	6.70	57.99	-0.731	Nucleus
evm.model.ctg44.1072	Chr06	RobZIP49	394	42 526.62	6.99	63.25	-0.696	Nucleus
evm.model.ctg44.1723	Chr06	RobZIP50	388	42 097.54	6.85	57.30	-0.740	Nucleus
evm.model.ctg44.3965	Chr06	RobZIP51	341	37 641.91	6.55	54.98	-0.714	Nucleus
evm.model.ctg44.4871	Chr06	RobZIP52	360	39 542.60	5.96	59.06	-0.823	Nucleus
evm.model.ctg44.8913	Chr06	RobZIP53	279	30 131.46	5.85	27.80	-0.684	Nucleus
evm.model.ctg46.1288	Chr07	RobZIP54	220	24 638.45	5.89	63.96	-0.778	Nucleus
evm.model.ctg46.1854	Chr07	RobZIP55	120	13 632.40	9.02	37.86	-0.770	Nucleus
evm.model.ctg46.2286.1.66f5918a	Chr07	RobZIP56	372	42 180.97	7.08	58.62	-0.422	Nucleus
evm.model.ctg47.1753	Chr07	RobZIP57	780	84 396.50	5.96	44.35	-0.529	Nucleus
evm.model.ctg47.1838	Chr07	RobZIP58	388	43 318.53	6.42	6.41	-0.620	Nucleus
evm.model.ctg47.2312	Chr07	RobZIP59	532	58 468.54	6.65	64.11	-0.618	Nucleus
evm.model.ctg47.2870	Chr07	RobZIP60	76	8 858.88	9.18	81.92	-1.071	Nucleus
evm.model.ctg50.1639	Chr07	RobZIP61	236	26 033.95	5.58	30.77	-0.667	Nucleus
evm.model.ctg50.2100	Chr07	RobZIP62	144	16 554.88	5.25	60.66	-0.627	Nucleus
evm.model.ctg50.2907	Chr07	RobZIP63	406	43 219.87	7.17	63.64	-0.851	Nucleus
evm.model.ctg50.3987	Chr07	RobZIP64	285	31 018.98	6.02	60.29	-0.542	Nucleus
evm.model.ctg50.4279	Chr07	RobZIP65	174	19 961.57	6.23	66.94	-0.690	Nucleus
evm.model.ctg62.129	Chr09	RobZIP66	424	45 043.90	8.43	53.61	-0.767	Nucleus
evm.model.ctg62.457	Chr09	RobZIP67	345	39 355.74	9.15	61.90	-0.464	Nucleus
evm.model.ctg62.772	Chr09	RobZIP68	332	37 153.79	8.63	57.10	-0.554	Nucleus
evm.model.ctg63.391.1.66f59192	Chr09	RobZIP69	201	22 829.09	8.76	54.68	-0.458	Nucleus
evm.model.ctg63.777	Chr09	RobZIP70	440	47 499.29	9.45	52.37	-0.616	Nucleus
evm.model.ctg63.1257	Chr09	RobZIP71	330	36 193.39	6.27	56.74	-0.638	Nucleus
evm.model.ctg63.2471	Chr09	RobZIP72	422	45 603.80	6.68	58.02	-0.659	Nucleus
evm.model.ctg63.3324	Chr09	RobZIP73	306	34 422.46	7.09	65.83	-0.813	Nucleus
evm.model.ctg66.99	Chr10	RobZIP74	765	83 207.94	6.06	49.59	-0.591	Nucleus
evm.model.ctg66.134	Chr10	RobZIP75	265	29 767.49	9.63	56.60	-0.781	Nucleus
evm.model.ctg66.1798	Chr10	RobZIP76	300	33 491.39	5.77	51.00	-0.898	Nucleus
evm.model.ctg66.3485	Chr10	RobZIP77	294	32 984.04	5.86	56.53	-0.815	Nucleus
evm.model.ctg67.488	Chr10	RobZIP78	166	19 448.64	9.84	69.80	-1.023	Nucleus
evm.model.ctg67.2722	Chr10	RobZIP79	143	16 287.31	7.83	61.11	-0.782	Nucleus
evm.model.ctg67.3556	Chr10	RobZIP80	76	8 635.21	9.66	54.09	-0.325	Nucleus
evm.model.ctg67.3756	Chr10	RobZIP81	64	7 373.24	10.71	85.45	-1.192	Nucleus
evm.model.ctg67.4173	Chr10	RobZIP82	297	33 355.60	5.04	67.48	-0.544	Nucleus
evm.model.ctg67.4181	Chr10	RobZIP83	352	38 943.43	4.87	55.35	-0.589	Nucleus
evm.model.ctg67.4510	Chr10	RobZIP84	333	36 215.92	5.46	59.88	-0.654	Nucleus
evm.model.ctg69.3590	Chr11	RobZIP85	486	53 434.26	8.49	55.31	-0.392	Nucleus
evm.model.ctg69.3753	Chr11	RobZIP86	262	30 320.23	8.53	58.87	-0.826	Nucleus
evm.model.ctg69.6109	Chr11	RobZIP87	189	21 959.52	9.26	53.84	-0.983	Nucleus
evm.model.ctg71.2446	Chr11	RobZIP88	442	47 586.27	9.63	50.83	-0.670	Nucleus
evm.model.ctg71.2770	Chr11	RobZIP89	159	17 375.39	9.25	56.05	-0.647	Nucleus
evm.model.ctg71.2948	Chr11	RobZIP90	120	14 054.00	9.73	54.14	-0.880	Nucleus
evm.model.ctg71.3091	Chr11	RobZIP91	117	13 018.74	9.89	57.75	-0.690	Nucleus
evm.model.ctg71.3202	Chr11	RobZIP92	365	39 591.66	8.72	64.31	-0.908	Nucleus
evm.model.ctg71.3223	Chr11	RobZIP93	257	28 393.70	5.77	65.24	-0.696	Nucleus
evm.model.ctg72.48	Chr11	RobZIP94	387	42 282.35	5.84	55.66	-0.818	Nucleus

), ArticleFig(id=1308834472804573655, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, language=EN, label=null, caption=null, figureFileSmall=null, figureFileBig=null, tableContent=

Protein name	Secondary structure					Protein name	Secondary structure
	Alpha helix (h)	Beta turn (Tt)	Random coil (Cc)	Extended strand (Ee)			Alpha helix (h)	Beta turn (Tt)	Random coil (Cc)	Extended strand (Ee)
RobZIP01	47.85	0.00	52.15	0.00		RobZIP48	35.81	0.00	63.23	0.97
RobZIP02	27.88	0.00	70.91	1.20		RobZIP49	36.29	0.00	62.94	0.76
RobZIP03	34.43	0.00	64.81	0.76		RobZIP50	33.25	0.00	66.75	0.00
RobZIP04	73.44	0.00	26.56	0.00		RobZIP51	33.43	0.00	66.57	0.00
RobZIP05	37.50	0.00	60.61	1.89		RobZIP52	31.11	0.00	67.78	1.11
RobZIP06	42.69	0.00	57.31	0.00		RobZIP53	32.97	0.00	67.03	0.00
RobZIP07	28.86	0.00	69.39	1.75		RobZIP54	42.73	0.00	57.27	0.00
RobZIP08	68.07	0.00	31.93	0.00		RobZIP55	57.50	0.00	40.62	1.88
RobZIP09	29.64	0.00	68.56	1.80		RobZIP56	55.91	0.00	40.86	3.23
RobZIP10	40.00	0.00	60.00	0.00		RobZIP57	16.90	0.00	76.37	6.73
RobZIP11	49.63	0.00	48.89	1.48		RobZIP58	60.31	0.00	34.54	5.15
RobZIP12	58.60	0.00	41.40	0.00		RobZIP59	51.50	0.00	45.30	3.20
RobZIP13	52.94	0.00	45.45	1.60		RobZIP60	86.84	0.00	13.16	0.00
RobZIP14	39.41	0.00	59.32	1.27		RobZIP61	35.17	0.00	64.83	0.00
RobZIP15	61.02	0.00	37.29	1.69		RobZIP62	68.75	0.00	31.25	0.00
RobZIP16	40.96	0.00	58.30	0.74		RobZIP63	24.14	0.00	74.14	1.72
RobZIP17	63.61	0.00	33.52	2.87		RobZIP64	41.75	0.00	58.25	0.00
RobZIP18	35.37	0.00	63.66	0.98		RobZIP65	56.90	0.00	43.10	0.00
RobZIP19	25.71	0.00	74.29	0.00		RobZIP66	27.12	0.00	71.23	1.65
RobZIP20	31.72	0.00	67.74	0.54		RobZIP67	62.32	0.00	34.78	2.90
RobZIP21	59.87	0.00	40.13	0.00		RobZIP68	69.88	0.00	26.51	3.61
RobZIP22	81.25	0.00	18.75	0.00		RobZIP69	46.27	0.00	51.74	1.99
RobZIP23	31.27	0.00	67.70	1.03		RobZIP70	27.27	0.00	71.14	1.59
RobZIP24	60.21	0.00	37.40	2.39		RobZIP71	34.55	0.00	64.85	0.61
RobZIP25	87.50	0.00	12.50	0.00		RobZIP72	31.99	0.00	67.06	0.95
RobZIP26	67.65	0.00	32.35	0.00		RobZIP73	42.16	0.00	55.88	1.96
RobZIP27	36.61	0.00	62.60	0.79		RobZIP74	16.08	0.00	77.12	6.80
RobZIP28	33.54	0.00	64.94	1.52		RobZIP75	40.00	0.00	60.00	0.00
RobZIP29	27.29	0.00	72.00	0.71		RobZIP76	33.03	0.00	64.83	2.14
RobZIP30	24.13	0.00	75.87	0.00		RobZIP77	35.03	0.00	62.93	2.04
RobZIP31	49.73	0.00	48.65	1.62		RobZIP78	53.01	0.00	46.39	0.60
RobZIP32	75.59	0.00	24.41	0.00		RobZIP79	60.84	0.00	39.16	0.00
RobZIP33	50.60	0.00	47.02	2.38		RobZIP80	81.58	0.00	15.79	2.63
RobZIP34	62.50	0.00	37.50	0.00		RobZIP81	84.38	0.00	12.50	3.12
RobZIP35	35.77	0.00	59.85	4.38		RobZIP82	41.75	0.00	57.58	0.67
RobZIP36	39.46	0.00	56.22	4.32		RobZIP83	34.94	0.00	63.92	1.14
RobZIP37	54.55	0.00	45.45	0.00		RobZIP84	33.33	0.00	66.07	0.60
RobZIP38	55.65	0.00	40.30	4.05		RobZIP85	53.09	0.00	44.44	2.47
RobZIP39	41.67	0.00	58.33	0.00		RobZIP86	45.42	0.00	54.20	0.38
RobZIP40	39.37	0.00	60.63	0.00		RobZIP87	46.56	0.00	53.44	0.00
RobZIP41	28.40	0.00	68.52	3.09		RobZIP88	31.67	0.00	66.29	2.04
RobZIP42	60.14	0.00	39.86	0.00		RobZIP89	60.26	0.00	39.74	0.00
RobZIP43	54.82	0.00	45.18	0.00		RobZIP90	81.67	0.00	18.33	0.00
RobZIP44	30.09	0.00	68.72	1.18		RobZIP91	83.76	0.00	16.24	0.00
RobZIP45	62.67	0.00	37.33	0.00		RobZIP92	34.79	0.00	63.56	1.64
RobZIP46	27.03	0.00	72.97	0.00		RobZIP93	43.58	0.00	55.64	0.78
RobZIP47	32.17	0.00	67.83	0.00		RobZIP94	31.01	0.00	67.96	1.03

), ArticleFig(id=1308834472901042648, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, language=CN, label=Tab.3, caption=

The secondary structure analysis of bZIP proteins in R. officinale

, figureFileSmall=null, figureFileBig=null, tableContent=

Protein name	Secondary structure					Protein name	Secondary structure
	Alpha helix (h)	Beta turn (Tt)	Random coil (Cc)	Extended strand (Ee)			Alpha helix (h)	Beta turn (Tt)	Random coil (Cc)	Extended strand (Ee)
RobZIP01	47.85	0.00	52.15	0.00		RobZIP48	35.81	0.00	63.23	0.97
RobZIP02	27.88	0.00	70.91	1.20		RobZIP49	36.29	0.00	62.94	0.76
RobZIP03	34.43	0.00	64.81	0.76		RobZIP50	33.25	0.00	66.75	0.00
RobZIP04	73.44	0.00	26.56	0.00		RobZIP51	33.43	0.00	66.57	0.00
RobZIP05	37.50	0.00	60.61	1.89		RobZIP52	31.11	0.00	67.78	1.11
RobZIP06	42.69	0.00	57.31	0.00		RobZIP53	32.97	0.00	67.03	0.00
RobZIP07	28.86	0.00	69.39	1.75		RobZIP54	42.73	0.00	57.27	0.00
RobZIP08	68.07	0.00	31.93	0.00		RobZIP55	57.50	0.00	40.62	1.88
RobZIP09	29.64	0.00	68.56	1.80		RobZIP56	55.91	0.00	40.86	3.23
RobZIP10	40.00	0.00	60.00	0.00		RobZIP57	16.90	0.00	76.37	6.73
RobZIP11	49.63	0.00	48.89	1.48		RobZIP58	60.31	0.00	34.54	5.15
RobZIP12	58.60	0.00	41.40	0.00		RobZIP59	51.50	0.00	45.30	3.20
RobZIP13	52.94	0.00	45.45	1.60		RobZIP60	86.84	0.00	13.16	0.00
RobZIP14	39.41	0.00	59.32	1.27		RobZIP61	35.17	0.00	64.83	0.00
RobZIP15	61.02	0.00	37.29	1.69		RobZIP62	68.75	0.00	31.25	0.00
RobZIP16	40.96	0.00	58.30	0.74		RobZIP63	24.14	0.00	74.14	1.72
RobZIP17	63.61	0.00	33.52	2.87		RobZIP64	41.75	0.00	58.25	0.00
RobZIP18	35.37	0.00	63.66	0.98		RobZIP65	56.90	0.00	43.10	0.00
RobZIP19	25.71	0.00	74.29	0.00		RobZIP66	27.12	0.00	71.23	1.65
RobZIP20	31.72	0.00	67.74	0.54		RobZIP67	62.32	0.00	34.78	2.90
RobZIP21	59.87	0.00	40.13	0.00		RobZIP68	69.88	0.00	26.51	3.61
RobZIP22	81.25	0.00	18.75	0.00		RobZIP69	46.27	0.00	51.74	1.99
RobZIP23	31.27	0.00	67.70	1.03		RobZIP70	27.27	0.00	71.14	1.59
RobZIP24	60.21	0.00	37.40	2.39		RobZIP71	34.55	0.00	64.85	0.61
RobZIP25	87.50	0.00	12.50	0.00		RobZIP72	31.99	0.00	67.06	0.95
RobZIP26	67.65	0.00	32.35	0.00		RobZIP73	42.16	0.00	55.88	1.96
RobZIP27	36.61	0.00	62.60	0.79		RobZIP74	16.08	0.00	77.12	6.80
RobZIP28	33.54	0.00	64.94	1.52		RobZIP75	40.00	0.00	60.00	0.00
RobZIP29	27.29	0.00	72.00	0.71		RobZIP76	33.03	0.00	64.83	2.14
RobZIP30	24.13	0.00	75.87	0.00		RobZIP77	35.03	0.00	62.93	2.04
RobZIP31	49.73	0.00	48.65	1.62		RobZIP78	53.01	0.00	46.39	0.60
RobZIP32	75.59	0.00	24.41	0.00		RobZIP79	60.84	0.00	39.16	0.00
RobZIP33	50.60	0.00	47.02	2.38		RobZIP80	81.58	0.00	15.79	2.63
RobZIP34	62.50	0.00	37.50	0.00		RobZIP81	84.38	0.00	12.50	3.12
RobZIP35	35.77	0.00	59.85	4.38		RobZIP82	41.75	0.00	57.58	0.67
RobZIP36	39.46	0.00	56.22	4.32		RobZIP83	34.94	0.00	63.92	1.14
RobZIP37	54.55	0.00	45.45	0.00		RobZIP84	33.33	0.00	66.07	0.60
RobZIP38	55.65	0.00	40.30	4.05		RobZIP85	53.09	0.00	44.44	2.47
RobZIP39	41.67	0.00	58.33	0.00		RobZIP86	45.42	0.00	54.20	0.38
RobZIP40	39.37	0.00	60.63	0.00		RobZIP87	46.56	0.00	53.44	0.00
RobZIP41	28.40	0.00	68.52	3.09		RobZIP88	31.67	0.00	66.29	2.04
RobZIP42	60.14	0.00	39.86	0.00		RobZIP89	60.26	0.00	39.74	0.00
RobZIP43	54.82	0.00	45.18	0.00		RobZIP90	81.67	0.00	18.33	0.00
RobZIP44	30.09	0.00	68.72	1.18		RobZIP91	83.76	0.00	16.24	0.00
RobZIP45	62.67	0.00	37.33	0.00		RobZIP92	34.79	0.00	63.56	1.64
RobZIP46	27.03	0.00	72.97	0.00		RobZIP93	43.58	0.00	55.64	0.78
RobZIP47	32.17	0.00	67.83	0.00		RobZIP94	31.01	0.00	67.96	1.03

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Gene name 1	Gene name 2	Replication mode	Ka	Ks	Ka/Ks		Gene name 1	Gene name 2	Replication mode	Ka	Ks	Ka/Ks
RobZIP01	RobZIP43	segmental	0.301 4	1.397 6	0.215 7		RobZIP42	RobZIP79	segmental	0.354 6	2.271 4	0.156 1
RobZIP02	RobZIP44	segmental	0.236 1	0.819 7	0.288 0		RobZIP47	RobZIP51	segmental	0.210 4	1.197 4	0.175 7
RobZIP02	RobZIP70	segmental	0.196 9	0.772 0	0.255 1		RobZIP49	RobZIP50	segmental	0.223 8	0.745 3	0.300 3
RobZIP02	RobZIP88	segmental	0.171 1	0.475 1	0.360 0		RobZIP49	RobZIP72	segmental	0.159 6	0.522 0	0.305 8
RobZIP01	RobZIP87	segmental	0.311 3	0.767 9	0.405 4		RobZIP44	RobZIP70	segmental	0.162 2	0.875 4	0.185 3
RobZIP11	RobZIP33	segmental	0.340 1	1.621 3	0.209 8		RobZIP47	RobZIP71	segmental	0.138 0	0.850 0	0.162 3
RobZIP06	RobZIP36	segmental	0.531 2	1.317 3	0.403 3		RobZIP51	RobZIP71	segmental	0.196 9	0.930 9	0.211 5
RobZIP13	RobZIP45	segmental	0.280 8	0.784 0	0.358 1		RobZIP51	RobZIP91	segmental	0.147 3	0.493 4	0.298 5
RobZIP14	RobZIP65	segmental	0.582 7	1.641 0	0.355 1		RobZIP44	RobZIP88	segmental	0.175 0	0.843 0	0.207 6
RobZIP11	RobZIP69	segmental	0.579 1	1.285 7	0.450 5		RobZIP45	RobZIP89	segmental	0.228 9	1.462 8	0.156 5
RobZIP10	RobZIP93	segmental	0.294 1	0.770 1	0.381 9		RobZIP47	RobZIP91	segmental	0.116 8	0.811 8	0.143 8
RobZIP17	RobZIP35	segmental	0.194 1	1.170 0	0.165 9		RobZIP52	RobZIP94	segmental	0.106 5	0.641 7	0.166 0
RobZIP21	RobZIP54	segmental	0.348 7	0.716 3	0.486 8		RobZIP43	RobZIP87	segmental	0.202 7	0.978 3	0.207 2
RobZIP34	RobZIP62	segmental	0.124 4	0.763 1	0.163 0		RobZIP65	RobZIP79	segmental	0.293 4	1.049 5	0.279 5
RobZIP33	RobZIP69	segmental	0.549 4	1.371 9	0.400 5		RobZIP57	RobZIP74	segmental	0.261 9	0.857 0	0.305 6
RobZIP42	RobZIP65	segmental	0.396 1	1.817 0	0.218 0		RobZIP70	RobZIP88	segmental	0.174 9	0.947 1	0.184 6
RobZIP40	RobZIP64	segmental	0.167 9	0.631 7	0.265 9		RobZIP71	RobZIP91	segmental	0.132 8	1.006 9	0.131 9
RobZIP41	RobZIP63	segmental	0.136 4	0.428 0	0.318 6		RobZIP75	RobZIP77	segmental	0.194 6	1.074 8	0.181 1

), ArticleFig(id=1308834473119146458, tenantId=1146029695717560320, journalId=1189982191388893191, articleId=1308828777984127396, language=CN, label=Tab.4, caption=

Ka/Ks analysis of duplicated bZIP genes in R. officinale. Ka represents non-synonymous mutations, while Ks represents synonymous mutations

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Gene name 1	Gene name 2	Replication mode	Ka	Ks	Ka/Ks		Gene name 1	Gene name 2	Replication mode	Ka	Ks	Ka/Ks
RobZIP01	RobZIP43	segmental	0.301 4	1.397 6	0.215 7		RobZIP42	RobZIP79	segmental	0.354 6	2.271 4	0.156 1
RobZIP02	RobZIP44	segmental	0.236 1	0.819 7	0.288 0		RobZIP47	RobZIP51	segmental	0.210 4	1.197 4	0.175 7
RobZIP02	RobZIP70	segmental	0.196 9	0.772 0	0.255 1		RobZIP49	RobZIP50	segmental	0.223 8	0.745 3	0.300 3
RobZIP02	RobZIP88	segmental	0.171 1	0.475 1	0.360 0		RobZIP49	RobZIP72	segmental	0.159 6	0.522 0	0.305 8
RobZIP01	RobZIP87	segmental	0.311 3	0.767 9	0.405 4		RobZIP44	RobZIP70	segmental	0.162 2	0.875 4	0.185 3
RobZIP11	RobZIP33	segmental	0.340 1	1.621 3	0.209 8		RobZIP47	RobZIP71	segmental	0.138 0	0.850 0	0.162 3
RobZIP06	RobZIP36	segmental	0.531 2	1.317 3	0.403 3		RobZIP51	RobZIP71	segmental	0.196 9	0.930 9	0.211 5
RobZIP13	RobZIP45	segmental	0.280 8	0.784 0	0.358 1		RobZIP51	RobZIP91	segmental	0.147 3	0.493 4	0.298 5
RobZIP14	RobZIP65	segmental	0.582 7	1.641 0	0.355 1		RobZIP44	RobZIP88	segmental	0.175 0	0.843 0	0.207 6
RobZIP11	RobZIP69	segmental	0.579 1	1.285 7	0.450 5		RobZIP45	RobZIP89	segmental	0.228 9	1.462 8	0.156 5
RobZIP10	RobZIP93	segmental	0.294 1	0.770 1	0.381 9		RobZIP47	RobZIP91	segmental	0.116 8	0.811 8	0.143 8
RobZIP17	RobZIP35	segmental	0.194 1	1.170 0	0.165 9		RobZIP52	RobZIP94	segmental	0.106 5	0.641 7	0.166 0
RobZIP21	RobZIP54	segmental	0.348 7	0.716 3	0.486 8		RobZIP43	RobZIP87	segmental	0.202 7	0.978 3	0.207 2
RobZIP34	RobZIP62	segmental	0.124 4	0.763 1	0.163 0		RobZIP65	RobZIP79	segmental	0.293 4	1.049 5	0.279 5
RobZIP33	RobZIP69	segmental	0.549 4	1.371 9	0.400 5		RobZIP57	RobZIP74	segmental	0.261 9	0.857 0	0.305 6
RobZIP42	RobZIP65	segmental	0.396 1	1.817 0	0.218 0		RobZIP70	RobZIP88	segmental	0.174 9	0.947 1	0.184 6
RobZIP40	RobZIP64	segmental	0.167 9	0.631 7	0.265 9		RobZIP71	RobZIP91	segmental	0.132 8	1.006 9	0.131 9
RobZIP41	RobZIP63	segmental	0.136 4	0.428 0	0.318 6		RobZIP75	RobZIP77	segmental	0.194 6	1.074 8	0.181 1

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