国家自然科学基金委员会在官方网站上发布了《非可控性炎症恶性转化的调控网络及其分子机制重大研究计划》。指南提出，将继续开展原有项目负责人之间的集成研究，申请书应突出在前期研究中已取得的突破性进展、且明确体现学科交叉和调控网络分子机制的特色。2016 年度不资助与整合计划联系不紧密的项目申请，包括：单个分子（蛋白、基因）的机制研究，单纯的流行病学研究，无明确的从炎症向肿瘤恶性转化疾病过程的肿瘤研究，单纯的药物干预与药理学研究，以及其研究内容已有相关其他科技项目支持的项目等。根据项目指南，在原有资助项目的基础上，2016 年度计划资助直接费用 1000 万元。拟资助「集成项目」5-6 项，直接费用的平均资助强度不超过 200 万元 / 项；个别有特色的研究工作可作为「培育项目」支持，直接费用的平均资助强度不超过 100 万元 / 项。「集成项目」和「培育项目」的资助期限均为 2 年。
炎症向肿瘤恶性转化国际研究影响因子20，H指数130以上论文384篇分布如下：
数据来源 http://www.pubmedplus.cn/
01.cell transformation, neoplastic 225 篇58.594% 06.gene expression regulation, neoplastic 45 篇11.719% 07.signal transduction 44 篇11.458% 08.cell division 42 篇10.938% 09.cells, cultured 40 篇10.417% 10.cell proliferation 32 篇8.333% 11.transfection 32 篇8.333% 12.cell differentiation 31 篇8.073% 13.fibroblasts 31 篇8.073% 14.neoplasms, experimental 30 篇7.813% 16.molecular sequence data 29 篇7.552% 17.cell line, tumor 28 篇7.292% 18.mice, transgenic 28 篇7.292% 19.amino acid sequence 26 篇6.771% 20.base sequence 25 篇6.510% 21.transcription factors 24 篇6.250% 22.cell transformation, viral 23 篇5.990% 23.gene expression regulation 23 篇5.990% 24.neoplasm transplantation 23 篇5.990% 26.tumor suppressor protein p53 23 篇5.990% 27.dna-binding proteins 22 篇5.729% 28.disease models, animal 21 篇5.469% 29.tumor cells, cultured 21 篇5.469% 30.epithelial cells 19 篇4.948% 31.skin neoplasms 19 篇4.948% 33.breast neoplasms 18 篇4.688% 34.cell survival 18 篇4.688% 35.phosphorylation 18 篇4.688% 36.proto-oncogene proteins 18 篇4.688% 38.genes, tumor suppressor 17 篇4.427% 39.mice, inbred c57bl 17 篇4.427% 40.neoplasm invasiveness 17 篇4.427% 41.transcription, genetic 17 篇4.427% 43.dna, neoplasm 16 篇4.167% 45.rna, messenger 16 篇4.167% 46.b-lymphocytes 15 篇3.906% 47.chromosome aberrations 15 篇3.906% 48.disease progression 15 篇3.906% 49.enzyme activation 15 篇3.906% 50.lung neoplasms 15 篇3.906% 11.transfection 32 篇8.333% 12.cell differentiation 31 篇8.073% 13.fibroblasts 31 篇8.073% 14.neoplasms, experimental 30 篇7.813% 16.molecular sequence data 29 篇7.552% 17.cell line, tumor 28 篇7.292% 18.mice, transgenic 28 篇7.292% 19.amino acid sequence 26 篇6.771% 20.base sequence 25 篇6.510% 21.transcription factors 24 篇6.250% 22.cell transformation, viral 23 篇5.990% 23.gene expression regulation 23 篇5.990% 24.neoplasm transplantation 23 篇5.990% 26.tumor suppressor protein p53 23 篇5.990% 27.dna-binding proteins 22 篇5.729% 28.disease models, animal 21 篇5.469% 29.tumor cells, cultured 21 篇5.469% 30.epithelial cells 19 篇4.948% 31.skin neoplasms 19 篇4.948% 33.breast neoplasms 18 篇4.688% 34.cell survival 18 篇4.688% 35.phosphorylation 18 篇4.688% 36.proto-oncogene proteins 18 篇4.688% 38.genes, tumor suppressor 17 篇4.427% 39.mice, inbred c57bl 17 篇4.427% 40.neoplasm invasiveness 17 篇4.427% 41.transcription, genetic 17 篇4.427% 43.dna, neoplasm 16 篇4.167% 45.rna, messenger 16 篇4.167% 46.b-lymphocytes 15 篇3.906% 47.chromosome aberrations 15 篇3.906% 48.disease progression 15 篇3.906% 49.enzyme activation 15 篇3.906% 50.lung neoplasms 15 篇3.906% 01.transcription factors 24 篇6.250% 02.tumor suppressor protein p53 23 篇5.990% 03.dna-binding proteins 22 篇5.729% 04.proto-oncogene proteins 18 篇4.688% 06.dna, neoplasm 16 篇4.167% 07.rna, messenger 16 篇4.167% 08.nuclear proteins 15 篇3.906% 09.antineoplastic agents 13 篇3.385% 10.carcinogens 13 篇3.385% 查看更多
49.先天性遗传性新生儿疾病和畸形 16 篇4.167%
https://blog.sciencenet.cn/blog-280034-992624.html
上一篇：
全国人民都叫热死啦下一篇：
如何保护科学家？
