博文
表观遗传修饰在植物-微生物相互作用 文献分析 1950 -2023年
||
表观遗传修饰在植物-微生物相互作用中的长期效应：植物生长促进细菌诱导的DNA甲基化修饰介
https://blog.sciencenet.cn/blog-2675068-1376938.html
https://pubmed.ncbi.nlm.nih.gov/17962010/
http://www.pubmedplus.cn/P/SearchQuickResult?wd=851a3347-6aa4-44c8-bff0-36df3f3b2020
| 01. | 无法确认 | 3 篇 | 1.493% |
| 02. | 2022 | 9 篇 | 4.478% |
| 03. | 2021 | 8 篇 | 3.980% |
| 04. | 2020 | 12 篇 | 5.970% |
| 05. | 2019 | 5 篇 | 2.488% |
| 06. | 2018 | 6 篇 | 2.985% |
| 07. | 2017 | 6 篇 | 2.985% |
| 08. | 2016 | 8 篇 | 3.980% |
| 09. | 2015 | 6 篇 | 2.985% |
| 10. | 2014 | 8 篇 | 3.980% |
| 11. | 2013 | 8 篇 | 3.980% |
| 12. | 2012 | 12 篇 | 5.970% |
| 13. | 2011 | 9 篇 | 4.478% |
| 14. | 2010 | 7 篇 | 3.483% |
| 15. | 2009 | 11 篇 | 5.473% |
| 16. | 2008 | 10 篇 | 4.975% |
| 17. | 2007 | 8 篇 | 3.980% |
| 18. | 2006 | 9 篇 | 4.478% |
| 19. | 2005 | 4 篇 | 1.990% |
| 20. | 2004 | 6 篇 | 2.985% |
| 21. | 2003 | 4 篇 | 1.990% |
| 22. | 2002 | 6 篇 | 2.985% |
| 23. | 2001 | 9 篇 | 4.478% |
| 24. | 2000 | 8 篇 | 3.980% |
| 25. | 1999 | 9 篇 | 4.478% |
| 26. | 1998 | 1 篇 | 0.498% |
| 27. | 1997 | 1 篇 | 0.498% |
| 28. | 1995 | 1 篇 | 0.498% |
| 29. | 1992 | 1 篇 | 0.498% |
| 30. | 1988 | 1 篇 | 0.498% |
| 31. | 1986 | 1 篇 | 0.498% |
| 32. | 1961 | 1 篇 | 0.498% |
| 33. | 1955 | 1 篇 | 0.498% |
| 34. | 1950 | 2 篇 | 0.995% |
| 01. | plos genet | 12 篇 | 5.970% |
| 02. | curr opin plant biol | 11 篇 | 5.473% |
| 03. | plant cell | 11 篇 | 5.473% |
| 04. | curr biol | 9 篇 | 4.478% |
| 05. | plant physiol | 9 篇 | 4.478% |
| 06. | front plant sci | 8 篇 | 3.980% |
| 07. | curr opin genet dev | 7 篇 | 3.483% |
| 08. | plant j | 6 篇 | 2.985% |
| 09. | proc natl acad sci u s a | 6 篇 | 2.985% |
| 10. | genes dev | 4 篇 | 1.990% |
| 01. | 美国 | 60 篇 | 29.851% |
| 02. | 瑞士 | 26 篇 | 12.935% |
| 03. | 中国 | 25 篇 | 12.438% |
| 04. | 英国 | 24 篇 | 11.940% |
| 05. | 德国 | 10 篇 | 4.975% |
| 06. | 瑞典 | 10 篇 | 4.975% |
| 07. | 澳大利亚 | 9 篇 | 4.478% |
| 08. | 日本 | 8 篇 | 3.980% |
| 09. | 法国 | 7 篇 | 3.483% |
| 10. | 挪威 | 3 篇 | 1.493% |
| 01. | 中国北京 | 8 篇 | 3.980% |
| 02. | 中国南京 | 4 篇 | 1.990% |
| 03. | 中国沈阳 | 2 篇 | 0.995% |
| 04. | 中国上海 | 2 篇 | 0.995% |
| 05. | 中国扬州 | 2 篇 | 0.995% |
| 06. | 中国武汉 | 2 篇 | 0.995% |
| 07. | 中国成都 | 2 篇 | 0.995% |
| 08. | 中国长春 | 1 篇 | 0.498% |
| 09. | 中国杭州 | 1 篇 | 0.498% |
| 10. | 中国合肥 | 1 篇 | 0.498% |
| 01. | Genomic Imprinting | 134 篇 | 66.667% |
| 02. | Seeds | 108 篇 | 53.731% |
| 03. | DNA Methylation | 83 篇 | 41.294% |
| 04. | Gene Expression Regulation, Plant | 82 篇 | 40.796% |
| 05. | Endosperm | 65 篇 | 32.338% |
| 06. | Arabidopsis | 64 篇 | 31.841% |
| 07. | Plants | 60 篇 | 29.851% |
| 08. | Genes, Plant | 44 篇 | 21.891% |
| 09. | Arabidopsis Proteins | 43 篇 | 21.393% |
| 10. | Alleles | 40 篇 | 19.901% |
https://blog.sciencenet.cn/blog-280034-1376958.html
上一篇：医学信息咨询研究与服务
下一篇：微生物接种剂来源对根际细菌群落组成和植物生长促进的影响 文献分析 1987 -2023年
