WOS Top Header
Lignin valorisation via enzymes: A sustainable approach
木质素通过酶的增值:一种可持续的方法
By 通过
Singhania, RR (Singhania, Reeta Rani) [1] , [2] ; Patel, AK (Patel, Anil Kumar) [1] , [2] ; Raj, T (Raj, Tirath) [3] ; Chen, CW (Chen, Chiu-Wen) [1] , [2] ; Ponnusamy, VK (Ponnusamy, Vinoth Kumar) [1] , [4] , [5] ; Tahir, N (Tahir, Nadeem) [6] ; Kim, SH (Kim, Sang-Hyoun) [3] ; Dong, CD (Dong, Cheng-Di) [1] , [2]辛哈尼亚,RR(Singhania,Reeta Rani)[1],[2];帕特尔,AK(帕特尔,阿尼尔·库马尔)[1],[2];拉吉,T(拉杰,提拉斯)[3];陈,CW(陈秋文)[1]、[2];Ponnusamy,VK(Ponnusamy,Vinoth Kumar)[1]、[4]、[5];塔希尔,N(塔希尔,纳迪姆)[6];金,SH(金相贤)[3];董,CD(董,成迪)[1],[2]
(由Clarivate提供)
Author | Web of Science ResearcherID | ORCID Number |
---|---|---|
RAJ, TIRATH | HGA-1238-2022 | https://orcid.org/0000-0003-2950-0458 |
Kim, Sang-Hyoun | P-6837-2019 | https://orcid.org/0000-0003-3835-4077 |
Patel, Anil Kumar Kumar | HJY-0453-2023 | |
Liu, DY | JPL-4171-2023 | |
liu, dong | GRJ-9115-2022 | |
Ponnusamy, Vinoth Kumar | G-5540-2011 | https://orcid.org/0000-0003-2112-2085 |
liu, dongsheng | IWM-1597-2023 | |
Tahir, Nadeem | AGG-4087-2022 | |
Ponnusamy, Vinoth Kumar | ABL-5850-2022 | |
Singhania, Reeta Rani | N-1851-2016 | https://orcid.org/0000-0003-0414-3239 |
Tahir, Nadeem | https://orcid.org/0000-0002-8242-7264 |
Source 源
FUEL
Publisher name
ELSEVIER SCI LTDJCR Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 46/170 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 23/170 | Q1 |
JCI Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 50/173 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 21/171 | Q1 |
Add this journal to your reviewer interest list.
Volume
311 卷311DOI
10.1016/j.fuel.2021.122608Article Number 文章编号
122608Published 发表
MAR 1 2022 2022年3月1日Early Access 抢先体验
JAN 2022 2022年1月Indexed 索引
2022-01-28Document Type 文档类型
Article 文章Abstract 摘要
Lignin is the 3rd most abundant biopolymer surpassed by cellulose and hemicellulose and is the most abundant aromatics resource available on earth for utilization by mankind. It was considered undesirable historically which was usually burned as inefficient fuel. Lignin's 3D recalcitrant nature caused hinderance to feasible biorefinery of holocellulosic fraction of biomass; however, with the rise of lignin biorefinery the concept has changed completely. Now modern biorefinery of biomass insists on making complete value of all the streams including lignin by valorising into variety of phenolics, biopolymers and other high value-added chemicals. Biological depolymerisation of lignin via enzymes is environmentally benign and preferred approach by virtue of low chemical requirement and disposal and energy demand; however, economic challenges are ahead. Robust enzymes are available in nature which can either modify or depolymerise lignin to add further value. Lignin modifying as well as lignin degrading auxiliary enzymes are instrumental and pave the way to a green process for lignin valorisation. This review article is focussed on various lignin degrading as well as lignin modifying enzymes produced by microorganisms especially fungi for degradation or modification of lignin, and its mechanisms, along with the strength and challenges for sustainable bio-based economy development.
木质素是仅次于纤维素和半纤维素的第三大最丰富的生物聚合物,并且是地球上可供人类利用的最丰富的芳香族资源。它被认为是不可取的历史上,通常是作为低效燃料燃烧。木质素的3D可降解性质对生物质的全纤维素部分的可行生物炼制造成了阻碍;然而,随着木质素生物炼制的兴起,概念已经完全改变。现在,现代生物质生物炼制坚持通过将各种酚类化合物、生物聚合物和其他高附加值化学品增值,使包括木质素在内的所有物流发挥全部价值。通过酶对木质素进行生物解聚是环境友好的,并且由于化学要求和处置以及能量需求低而成为优选的方法;然而,经济挑战就在前面。在自然界中可获得稳健的酶,其可以改性或解聚木质素以增加进一步的价值。 木质素改性以及木质素降解辅助酶是有用的,并且为木质素价值的绿色过程铺平了道路。本文综述了微生物特别是真菌产生的各种木质素降解酶和木质素改性酶对木质素的降解或改性作用及其机理,并沿着了生物经济可持续发展的优势和挑战。
Keywords 关键词
Author Keywords
LigninBiomassLaccaseBiorefineryLignorefineryLignin valorisation作者关键词木质素生物质漆酶生物精炼木质素精炼木质素价值
Keywords Plus
ARYL-ALCOHOL OXIDASECOMAMONAS SP B-9IONIC LIQUIDKRAFT LIGNINPHANEROCHAETE-CHRYSOSPORIUMCELLOBIOSE DEHYDROGENASELIGNOCELLULOSIC BIOMASSETHANOL-PRODUCTIONASPERGILLUS-NIGERAQUEOUS-SOLUTIONS多芳基醇氧化酶单胞菌; B-9;离子交换法;木质素纤维素纤维二糖脱氢酶;产乙醇;黑曲霉;水溶液
Author Information 作者信息
Corresponding Address 对应地址
国立高雄科技大学海洋环境工程系,高雄,台湾
Affiliation
Addresses 地址
1 国立高雄科技大学海洋环境工程系,高雄,台湾
Affiliation
2 国立高雄科技大学永续环境研究中心,高雄81157,台湾
Affiliation
韩国首尔03722延世大学
Affiliation
4 高雄医学大学KMU,医学与应用化学系,高雄807,台湾
Affiliation
5 高雄医学大学环境医学研究中心,高雄807,台湾
Affiliation
6 河南农业大学生物质能源合作创新中心,郑州450002
Affiliation
Categories/ Classification
类别/分类
Research Areas
Energy & FuelsEngineering研究领域能源与燃料工程
Citation Topics 引文主题
3 Agriculture, Environment & Ecology3农业、环境与生态
3.87纸与木材材料科学
Sustainable Development Goals
可持续发展目标
06 Clean Water and Sanitation06清洁水和卫生
Web of Science Categories Web of Science分类
Energy & FuelsEngineering, Chemical能源与燃料工程、化学
来自Inspec®的受试者分类代码
来自Inspec®的受控术语
View record in
查看记录的位置
Controlled Terms 受控术语
bioenergy conversion生物能源转换生物燃料酶微生物聚合物可再生材料可持续发展
Inspec®中的非受控术语
View record in
查看记录的位置
Uncontrolled Terms 不受控制的条款
3D recalcitrant naturebiological depolymerisationbiomassbiopolymerbiorefineryhigh value-added chemicalsholocellulosic fractionlignin degrading auxiliary enzymeslignin modifying enzymeslignin valorisationsustainable bio-based economy development3D生物降解天然生物解聚生物质生物聚合物生物炼制高附加值化工纤维素组分木质素降解助剂木质素改性酶木质素增值生物基经济可持续发展
Funding 资金
Funding agency 供资机构 | Grant number 授权号 | |
---|---|---|
109-2222-E-992-002 | ||
韩国国家研究基金会 | NRF-2020H1D3A1A04081081 | |
Appeared in source as:Brain Pool Program, National Research Foundation of Korea (NRF) - Korean government (Ministry of Science ICT) |
Language 语言
English 英语Accession Number 登录号
WOS:000743201900007 WOS:000743201900007ISSN
0016-2361eISSN
1873-7153IDS Number IDS号码
YH5IT View record in
查看记录的位置
Treatment 治疗
Bibliography 书目Practical 实际Document Number 文件编号
S0016-2361(21)02475-3 粤ICP备16016861号-1Journal information 期刊信息
FUEL
Publisher name
ELSEVIER SCI LTDJCR Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 46/170 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 23/170 | Q1 |
JCI Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 50/173 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 21/171 | Q1 |
Add this journal to your reviewer interest list.
ISSN
0016-2361eISSN
1873-7153Current Publisher
ELSEVIER SCI LTD125 London Wall, London EC2Y 5AS, ENGLANDELSEVIER SCI LTD 125伦敦墙,伦敦EC 2 Y 5AS,英格兰
Journal Impact Factor 期刊影响因子
Journal Citation Reports TM期刊引用报告 TM
Research Areas 研究领域
Energy & FuelsEngineering能源和燃料工程
Web of Science Categories Web of Science分类
Energy & FuelsEngineering, Chemical能源与燃料工程、化学
FUEL
Publisher name
ELSEVIER SCI LTDJCR Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 46/170 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 23/170 | Q1 |
JCI Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 50/173 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 21/171 | Q1 |
Add this journal to your reviewer interest list.
Journal Impact Factor ™ (2023) 期刊影响因子™(2023)
FUEL
Publisher name
ELSEVIER SCI LTDJCR Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 46/170 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 23/170 | Q1 |
JCI Category | Category Rank | Category Quartile |
---|---|---|
ENERGY & FUELS in SCIE edition | 50/173 | Q2 |
ENGINEERING, CHEMICAL in SCIE edition | 21/171 | Q1 |
Add this journal to your reviewer interest list.
Journal Citation Indicator ™ (2023) Journal Citation Indicator ™(2023)
Citation Network 引文网络
In Web of Science Core Collection
Web of Science核心收藏
在所有数据库中被引用65次
Cited References
180篇引用文献与同行相比,本文档的引用性能如何?
数据来源:InCites Benchmarking & Analytics
Citing items by classification
分类引用条目
Chart
You may also like...
Most Recently Cited by
Last 180 Days
Since 2013
This record is from:
- Science Citation Index Expanded (SCI-EXPANDED)
Suggest a correction
If you would like to improve the quality of the data in this record, please