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Biotechnology for Biofuels

IF6.1
论文数2531
被引数13363
期刊论文 2531
发表时间
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Sequence-diversity-guided discovery, model-guided mutagenesis, and secretory production of GH5 endoglucanases in Bacillus subtilis基于序列多样性的GH5内切葡聚糖酶的发现、基于模型的诱变以及枯草芽孢杆菌中的分泌生产
deleteBiotechnology for Biofuels
IF6.1
delete2026-10-24
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deleteSeong-Jin Jeong; Min Yoo; Hyo-Deok Seo; Nho-Eul Song; Chang-Won Cho; Hee-Do Hong; Young Kyung Rhee; Jae Woong Choi
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Valorization of non-recyclable polypropylene manufacturing waste via catalytic co-hydrothermal liquefaction with biomass using industrial alumina–silica waste as a heterogeneous catalyst利用工业铝硅废料作为异相催化剂，通过催化共水热液化生物质，对不可回收的聚丙烯制造废弃物进行增值处理
deleteBiotechnology for Biofuels
IF6.1
delete2026-10-23
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deleteSukanya Hongthong; Surachai Wongcharee
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Enhanced laccase production from Funalia trogii by addition of p-coumaric acid via a specific mechanism of gene activation and a growth–defense trade-off通过基因特异性激活和生长-防御权衡机制，添加对香豆酸增强Funalia trogii漆酶产生
deleteBiotechnology for Biofuels
IF6.1
delete2026-10-14
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deleteChao Lv; Peiyao Wang; Wei Wang; Dejian Zhang; Huiting Xue; Guanhua Li
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Metabolic engineering strategies for sustainable de novo isobutylamine production by Corynebacterium glutamicum谷氨酸棒杆菌可持续从头合成异丁胺的代谢工程策略
deleteBiotechnology for Biofuels
IF6.1
delete2026-10-11
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deleteTim Prasun; Susanne Müller; Fynn Stegelmann; Bastian Blombach; Volker F. Wendisch
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Biological upgrading of C1–C2 products of electrocatalytic CO2 reduction to C4–C6 carboxylates电催化CO2还原C1–C2产物的生物升级至C4–C6羧酸盐
deleteBiotechnology for Biofuels
IF6.1
delete2026-10-06
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deleteChao Xu; Jonathan K. Otten; John D. Hill; Noah B. Wills; Eleftherios T. Papoutsakis
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Innovative approaches to food waste fermentation: turning waste into value at home and in industry食品废弃物发酵的创新方法：在家中及工业中将废弃物转化为价值
deleteBiotechnology for Biofuels
IF6.1
delete2026-10-03
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deleteFarhang Hameed Awlqadr; Sima Tahmouzi; Neda Mollakhalili Meybodi; Mojtaba Heydari-Majd; Mansour Rabie Ashkezary; Slim Smaoui
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Improving cellulose attribution by selectively removing yeast glucans from grain fermentation intermediates通过选择性去除谷物发酵中间产物中的酵母葡聚糖来提高纤维素属性
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-30
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deleteJustin Sluiter; Katie Michel; Geoffrey Moxley; David Gogerty; Bart Plocher; Melissa Tille
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Biological funneling of depolymerized lignin streams: toward the integration of chemical depolymerization and microbial conversion生物转化降解木质素流：实现化学降解与微生物转化的整合
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-29
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deleteMasaya Fujita; Ryo Kato; Naofumi Kamimura; Eiji Masai
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Clostridium-based biorefineries in sugarcane bioethanol and biodiesel production: metabolic pathways, substrate diversity, and bioproduct yields基于Clostridium的生物炼制在甘蔗生物乙醇和生物柴油生产中的应用：代谢途径、底物多样性和生物产品产量
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-24
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deleteRafael de Moraes Altafini; Jonatã Bortolucci; Danielli Azevedo Monico; Mónica Coca; Valeria Reginatto
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Harnessing shrimp shell waste: enhanced chitinase production through optimization techniques for ecofriendly solutions using bacteria利用虾壳废弃物：通过优化技术利用细菌生产高活性壳聚糖酶以实现环保解决方案
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-22
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deleteBasma T. Abd-Elhalim; Mona A. Ashour
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Unravelling the mechanisms of cyanobacterial resilience in photosynthetic living materials解析蓝藻在光合生活材料中的韧性机制
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-20
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deleteHenna Mustila; Elia Marelli; Sergey Kosourov; Yagut Allahverdiyeva
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Proteomics and characterization of lignocellulosic carbohydrate utilization for Thermoanaerobacterium thermosaccharolyticum reveals two thermophilic Gram-positive polysaccharide utilization loci热嗜性革兰氏阳性多糖利用位点的蛋白质组学和木质纤维素碳水化合物的利用表征，揭示了Thermoanaerobacterium thermosaccharolyticum的两种热嗜性革兰氏阳性多糖利用位点
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-18
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deleteKristina Stephens; Megan E. Davin; Richard J. Giannone; Yannick J. Bomble; Lee R. Lynd; Evert K. Holwerda; Robert L. Hettich
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Stover returning practices alter the functional diversity of genes associated with carbon conversion in Mollisol of Northeast China秸秆还田措施改变了东北黑土区与碳转化相关基因的功能多样性
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-09
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deleteYue Zhao; Shuqiang Wang; Yali Yang; Hongtu Xie; Yulan Zhang; Xuelian Bao
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Metabolic reprogramming of the acetogen Clostridium sp. AWRP via adaptive laboratory evolution for improved formate-based growth通过适应性实验室进化改善产乙酸菌Clostridium sp. AWRP的甲酸依赖性生长的代谢重编程
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-08
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deleteSoo Jae Kwon; Seongeun Yang; Sung-Mok Lee; Joungmin Lee; Sung Gyun Kang; Hyun Sook Lee
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Biocatalytic upgrading of fusel oil from bioethanol production to levulinate esters as renewable fuel oxygenates从生物乙醇生产中生物催化升级 fusel oil 为糠酸酯作为可再生燃料含氧化合物
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-08
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deleteYuchen Luo; Mohamed Ismail; Rajni Hatti-Kaul; Sang-Hyun Pyo
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Upcycling waste apples into platform chemicals: pilot-scale production of lactic and succinic acids将废弃苹果升级再造为平台化学品：乳酸和琥珀酸的中试规模生产
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-07
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deleteLaís Portugal Rios da Costa Pereira; Roland Schneider; Agata Olszewska-Widdrat; Barbara Sturm; Korbinian Kaetzl
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Cellulase-secreting yeast can substantially reduce commercial enzyme requirements in lignocellulosic ethanol production产纤维素酶酵母可显著降低木质纤维素乙醇生产中的商业酶需求
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-03
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deleteBart Thevelein; Mekonnen M. Demeke; Tom Desmet; Johan M. Thevelein
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Transcriptional reprogramming in Trametes versicolor reveals gene candidates involved in universal stress response to hydrothermal liquefaction aqueous phase云杉层孔菌转录重编程揭示参与热液液化水相普遍胁迫应答的候选基因
deleteBiotechnology for Biofuels
IF6.1
delete2026-09-01
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deleteRachel E. J. Dalke; Liam Reynolds; Qi Jing; Paul C. Davidson; Yuanhui Zhang; Laurie B. Leonelli
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Sequential solid-state fermentation and hydrothermal carbonization of hempseed oil pomace for the sustainable production of enzymes and hydrochar利用大麻籽油饼的序贯固态发酵和水热炭化可持续生产酶和炭化水凝胶
deleteBiotechnology for Biofuels
IF6.1
delete2026-08-29
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deleteMarina Tišma; Jelena Parlov Vuković; Tomislav Jednačak; Predrag Novak; Ida Zahović; Pia Keršič; Silvo Hribernik; Danijela Urbancl; Lidija Čuček; Aleksandra Petrovič
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Volatile fatty acids as sustainable feedstocks for tailored microbial lipid production挥发性脂肪酸作为可持续原料用于定制化微生物脂质生产
deleteBiotechnology for Biofuels
IF6.1
delete2026-08-28
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deleteMarieke Willing; Max Schneider; Mariia Kornilova; Michel Weber; Dania Awad; Felix Melcher; Michael Paper; Marion Ringel; Daniel Garbe
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