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Reviews
- Microbiome-Mucosal Immunity Nexus: Driving Forces in Respiratory Disease Progression
- Young Chae Park, Soo Yeon Choi, Yunah Cha, Hyeong Won Yoon, Young Min Son
- J. Microbiol. 2024;62(9):709-725. Published online September 6, 2024
- DOI: https://doi.org/10.1007/s12275-024-00167-4
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- 1 Web of Science
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Abstract
- The importance of the complex interplay between the microbiome and mucosal immunity, particularly within the respiratory tract, has gained significant attention due to its potential implications for the severity and progression of lung diseases. Therefore, this review summarizes the specific interactions through which the respiratory tract-specific microbiome influences mucosal immunity and ultimately impacts respiratory health. Furthermore, we discuss how the microbiome affects mucosal immunity, considering tissue-specific variations, and its capacity in respiratory diseases containing asthma, chronic obstructive pulmonary disease, and lung cancer. Additionally, we investigate the external factors which affect the relationship between respiratory microbiome and mucosal immune responses. By exploring these intricate interactions, this review provides valuable insights into the potential for microbiome-based interventions to modulate mucosal immunity and alleviate the severity of respiratory diseases.
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Citations
Citations to this article as recorded by
- Bacteria and fungi of the lung: allies or enemies?
Enrico Garaci, Marilena Pariano, Emilia Nunzi, Claudio Costantini, Marina Maria Bellet, Cinzia Antognelli, Matteo Antonio Russo, Luigina Romani
Frontiers in Pharmacology.2024;[Epub] CrossRef
- Bacteria and fungi of the lung: allies or enemies?
- Metabolic Interaction Between Host and the Gut Microbiota During High‑Fat Diet‑Induced Colorectal Cancer
- Chaeeun Lee, Seungrin Lee, Woongjae Yoo
- J. Microbiol. 2024;62(3):153-165. Published online April 16, 2024
- DOI: https://doi.org/10.1007/s12275-024-00123-2
- 71 View
- 3 Download
- 6 Web of Science
- 5 Crossref
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Abstract
- Colorectal cancer (CRC) is the second-highest cause of cancer-associated mortality among both men and women worldwide. One of the risk factors for CRC is obesity, which is correlated with a high-fat diet prevalent in Western dietary habits. The association between an obesogenic high-fat diet and CRC has been established for several decades; however, the mechanisms by which a high-fat diet increases the risk of CRC remain unclear. Recent studies indicate that gut microbiota strongly infuence the pathogenesis of both high-fat diet-induced obesity and CRC. The gut microbiota is composed of hundreds of bacterial species, some of which are implicated in CRC. In particular, the expansion of facultative anaerobic Enterobacteriaceae, which is considered a microbial signature of intestinal microbiota functional imbalance (dysbiosis), is associated with both high-fat diet-induced obesity and CRC. Here, we review the interaction between the gut microbiome and its metabolic byproducts in the context of colorectal cancer (CRC) during high-fat diet-induced obesity. In addition, we will cover how a high-fat diet can drive the expansion of genotoxin-producing Escherichia coli by altering intestinal epithelial cell metabolism during gut infammation conditions.
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Citations
Citations to this article as recorded by- Wheat β-glucan reduces obesity and hyperlipidemia in mice with high-fat and high-salt diet by regulating intestinal flora
Min Li, Qingshan Wang, Xiuwei Zhang, Kaikai Li, Meng Niu, Siming Zhao
International Journal of Biological Macromolecules.2025; 288: 138754. CrossRef - Microbial Metabolites-induced Epigenetic Modifications for Inhibition of Colorectal Cancer: Current Status and Future Perspectives
Vaibhav Singh, Ekta Shirbhate, Rakesh Kore, Subham Vishwakarma, Shadiya Parveen, Ravichandran Veerasamy, Amit K Tiwari, Harish Rajak
Mini-Reviews in Medicinal Chemistry.2025; 25(1): 76. CrossRef - Molecular Mechanisms of Skatole-Induced Inflammatory Responses in Intestinal Epithelial Caco-2 Cells: Implications for Colorectal Cancer and Inflammatory Bowel Disease
Katsunori Ishii, Kazuma Naito, Dai Tanaka, Yoshihito Koto, Koichi Kurata, Hidehisa Shimizu
Cells.2024; 13(20): 1730. CrossRef - Research Progress on the Relationship between Intestinal Flora and Gastrointestinal Malignancy
军 陈
Advances in Clinical Medicine.2024; 14(11): 262. CrossRef - Host-Associated Microbiome
Woo Jun Sul
Journal of Microbiology.2024; 62(3): 135. CrossRef
- Wheat β-glucan reduces obesity and hyperlipidemia in mice with high-fat and high-salt diet by regulating intestinal flora
Journal Articles
- Thioredoxin A of Streptococcus suis Serotype 2 Contributes to Virulence by Inhibiting the Expression of Pentraxin 3 to Promote Survival Within Macrophages
- Chijun Zhao , Xinglin Jia , Yanying Pan , Simeng Liao , Shuo Zhang , Chunxiao Ji , Guangwei Kuang , Xin Wu , Quan Liu , Yulong Tang , Lihua Fang
- J. Microbiol. 2023;61(4):433-448. Published online April 3, 2023
- DOI: https://doi.org/10.1007/s12275-023-00038-4
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Abstract
- Streptococcus suis serotype 2 (SS2) is an important zoonotic pathogen that can infect humans in contact with infected pigs or their byproducts. It can employ different types of genes to defend against oxidative stress and ensure its survival. The thioredoxin (Trx) system is a key antioxidant system that contributes adversity adaptation and pathogenicity. SS2 has been shown to encode putative thioredoxin genes, but the biological roles, coding sequence, and underlying mechanisms remains uncharacterized. Here, we demonstrated that SSU05_0237-ORF, from a clinical SS2 strain, ZJ081101, encodes a protein of 104 amino acids with a canonical CGPC active motif and an identity 70–85% similar to the thioredoxin A (TrxA) in other microorganisms. Recombinant TrxA efficiently catalyzed the thiol-disulfide oxidoreduction of insulin. The deletion of TrxA led to a significantly slow growth and markedly compromised tolerance of the pathogen to temperature stress, as well as impaired adhesion ability to pig intestinal epithelial cells (IPEC-J2). However, it was not involved in H2O2 and paraquat-induced oxidative stress. Compared with the wild-type strain, the ΔTrxA strain was more susceptible to killing by macrophages through increasing NO production. Treatment with TrxA mutant strain also significantly attenuated cytotoxic effects on RAW 264.7 cells by inhibiting inflammatory response and apoptosis. Knockdown of pentraxin 3 in RAW 264.7 cells was more vulnerable to phagocytic activity, and TrxA promoted SS2 survival in phagocytic cells depending on pentraxin 3 activity compared with the wild-type strain. Moreover, a co-inoculation experiment in mice revealed that TrxA mutant strain is far more easily cleared from the body than the wild type strain in the period from 8–24 h, and exhibits significantly attenuated oxidative stress and liver injury. In summary, we reveal the important role of TrxA in the pathogenesis of SS2.
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Citations
Citations to this article as recorded by- Thioredoxin C of Streptococcus suis serotype 2 contributes to virulence by inducing antioxidative stress and inhibiting autophagy via the MSR1/PI3K-Akt-mTOR pathway in macrophages
Chunxiao Ji, Yanying Pan, Bocheng Liu, Jianying Liu, Chijun Zhao, Zhuyuan Nie, Simeng Liao, Guangwei Kuang, Xin Wu, Quan Liu, Jie Ning, Yulong Tang, Lihua Fang
Veterinary Microbiology.2024; 298: 110263. CrossRef - A Comprehensive Review on the Roles of Metals Mediating Insect–Microbial Pathogen Interactions
Subhanullah Khan, Minglin Lang
Metabolites.2023; 13(7): 839. CrossRef
- Thioredoxin C of Streptococcus suis serotype 2 contributes to virulence by inducing antioxidative stress and inhibiting autophagy via the MSR1/PI3K-Akt-mTOR pathway in macrophages
- Deletion of lacD gene affected stress tolerance and virulence of Streptococcus suis serotype 2
- Xiaowu Jiang , Lexin Zhu , Dongbo Zhan
- J. Microbiol. 2022;60(9):948-959. Published online August 19, 2022
- DOI: https://doi.org/10.1007/s12275-022-2146-4
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- 2 Web of Science
- 1 Crossref
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Abstract
-
Streptococcus suis type 2 (S. suis type 2, SS2), an infectious
pathogen which is zoonotic and can induce severely public
health concern. Our previous research identified a newly differential
secreted effector of tagatose-bisphosphate aldolase
(LacD) mediated by VirD4 factor within the putative type IV
secretion system of SS2, whereas the functional basis and roles
in virulence of LacD remain elusive. Here in this study, the
LacD was found enzymatic and can be activated to express
under oxidative stress. Gene mutant and its complemental
strain (ΔlacD and cΔlacD) were constructed to analyze the
phenotypes, virulence and transcriptomic profiles as compared
with the parental strain. The lacD gene deletion showed
no effect on growth capability and cells morphology of SS2.
However, reduced tolerance to oxidative and heat stress conditions,
increased antimicrobial susceptibility to ciprofloxacin
and kanamycin were found in ΔlacD strain. Further, the LacD
deficiency led to weakened invasion and attenuated virulence
since an easier phagocytosed and more prone to be cleared of
SS2 in macrophages were shown in ΔlacD mutant. Distinctive
transcriptional profiling in ΔlacD strain and typical downregulated
genes with significant mRNA changes including
alcohol dehydrogenase, GTPase, integrative and conjugative
elements, and iron ABC transporters which were mainly involved
in cell division, stress response, antimicrobial susceptibility
and virulence regulation, were examined and confirmed
by RNA sequencing and real time qPCR. In summary, the
results
demonstrated for the first time that LacD was a pluripotent protein mediated the metabolic, stress and virulent effect of SS2. -
Citations
Citations to this article as recorded by- Investigation of choline-binding protein of CbpD in the pathogenesis of Streptococcus suis type 2
Lexin Zhu, Mengqing Li, Guijun Yu, Dongbo Zhan, Wenzhen Zeng, Nanyan Fu, Xiaowu Jiang
Frontiers in Veterinary Science.2024;[Epub] CrossRef
- Investigation of choline-binding protein of CbpD in the pathogenesis of Streptococcus suis type 2
Review
- Rediscovery of antimicrobial peptides as therapeutic agents
- Minkyung Ryu , Jaeyeong Park , Ji-Hyun Yeom , Minju Joo , Kangseok Lee
- J. Microbiol. 2021;59(2):113-123. Published online February 1, 2021
- DOI: https://doi.org/10.1007/s12275-021-0649-z
- 45 View
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- 26 Web of Science
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Abstract
- In recent years, the occurrence of antibiotic-resistant pathogens is increasing rapidly. There is growing concern as the development of antibiotics is slower than the increase in the resistance of pathogenic bacteria. Antimicrobial peptides (AMPs) are promising alternatives to antibiotics. Despite their name, which implies their antimicrobial activity, AMPs have recently been rediscovered as compounds having antifungal, antiviral, anticancer, antioxidant, and insecticidal effects. Moreover, many AMPs are relatively safe from toxic side effects and the generation of resistant microorganisms due to their target specificity and complexity of the mechanisms underlying their action. In this review, we summarize the history, classification, and mechanisms of action of AMPs, and provide descriptions of AMPs undergoing clinical trials. We also discuss the obstacles associated with the development of AMPs as therapeutic agents and recent strategies formulated to circumvent these obstacles.
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Citations
Citations to this article as recorded by- A stitch in time: Sustainable and eco-friendly solutions for kiwifruit bacterial canker
Muhammad Asif, Shuang Liang, Hu RenJian, Xin Xie, Zhibo Zhao
Physiological and Molecular Plant Pathology.2025; 136: 102506. CrossRef - Mechanistic insights on the antibacterial action of the kyotorphin peptide derivatives revealed by in vitro studies and Galleria mellonella proteomic analysis
Vitor M. de Andrade, Vitor D.M. de Oliveira, Uilla Barcick, Vasanthakumar G. Ramu, Montserrat Heras, Eduard R. Bardají, Miguel A.R.B. Castanho, André Zelanis, Aline Capella, Juliana C. Junqueira, Katia Conceição
Microbial Pathogenesis.2024; 189: 106607. CrossRef - Antimicrobial Peptides Derived from Bacteria: Classification, Sources, and Mechanism of Action against Multidrug-Resistant Bacteria
Raynichka Mihaylova-Garnizova, Slavena Davidova, Yordan Hodzhev, Galina Satchanska
International Journal of Molecular Sciences.2024; 25(19): 10788. CrossRef - A Zeolitic Imidazolate Framework-Based Antimicrobial Peptide Delivery System with Enhanced Anticancer Activity and Low Systemic Toxicity
Jingwen Jiang, Kaderya Kaysar, Yanzhu Pan, Lijie Xia, Jinyao Li
Pharmaceutics.2024; 16(12): 1591. CrossRef - Enhancing Antimicrobial Peptide Activity through Modifications of Charge, Hydrophobicity, and Structure
Przemysław Gagat, Michał Ostrówka, Anna Duda-Madej, Paweł Mackiewicz
International Journal of Molecular Sciences.2024; 25(19): 10821. CrossRef - Studies of antibacterial activity (in vitro and in vivo) and mode of action for des-acyl tridecaptins (DATs)
Cédric Couturier, Quentin Ronzon, Giulia Lattanzi, Iain Lingard, Sebastien Coyne, Veronique Cazals, Nelly Dubarry, Stephane Yvon, Corinne Leroi-Geissler, Obdulia Rabal Gracia, Joanne Teague, Sylvie Sordello, David Corbett, Caroline Bauch, Chantal Monlong,
European Journal of Medicinal Chemistry.2024; 265: 116097. CrossRef - Antimicrobial Peptides: The Game-Changer in the Epic Battle Against Multidrug-Resistant Bacteria
Helal F. Hetta, Nizar Sirag, Shumukh M. Alsharif, Ahmad A. Alharbi, Tala T. Alkindy, Alanoud Alkhamali, Abdullah S. Albalawi, Yasmin N. Ramadan, Zainab I. Rashed, Fawaz E. Alanazi
Pharmaceuticals.2024; 17(11): 1555. CrossRef - Proteomic and antimicrobial peptide analyses of Buffalo colostrum and mature Milk whey: A comparative study
Runfeng Liu, Yuan Yang, Yue Zhang, Qinqiang Sun, Pingchuan Zhu, Huiyan Xu, Wei Zheng, Yangqing Lu, Qiang Fu
Food Chemistry.2024; 448: 139119. CrossRef - Contemporary Insights into Non-typhoidal Salmonella: Understanding the Pathogenicity, Infection Mechanisms, and Strategies for Prevention and Control
Minho Lee
Journal of Bacteriology and Virology.2024; 54(4): 247. CrossRef - Peptide Flexibility and the Hydrophobic Moment are Determinants to Evaluate the Clinical Potential of Magainins
Daniel Balleza
The Journal of Membrane Biology.2023; 256(4-6): 317. CrossRef - Evaluation of glycyl-arginine and lysyl-aspartic acid dipeptides for their antimicrobial, antibiofilm, and anticancer potentials
Handan Sevim Akan, Gülcan Şahal, Tuğçe Deniz Karaca, Özer Aylin Gürpınar, Meltem Maraş, Alev Doğan
Archives of Microbiology.2023;[Epub] CrossRef - The biological role of charge distribution in linear antimicrobial peptides
Harry Morales Duque, Gisele Rodrigues, Lucas Souza Santos, Octávio Luiz Franco
Expert Opinion on Drug Discovery.2023; 18(3): 287. CrossRef - Discovery of Lactomodulin, a Unique Microbiome-Derived Peptide That Exhibits Dual Anti-Inflammatory and Antimicrobial Activity against Multidrug-Resistant Pathogens
Walaa K. Mousa, Rose Ghemrawi, Tareq Abu-Izneid, Azza Ramadan, Farah Al-Marzooq
International Journal of Molecular Sciences.2023; 24(8): 6901. CrossRef - An injectable thermosensitive hydrogel with a self-assembled peptide coupled with an antimicrobial peptide for enhanced wound healing
Tianqi Feng, Hongyan Wu, Wendi Ma, Zhaoguo Wang, Chunli Wang, Yilong Wang, Siyao Wang, Mei Zhang, Linlin Hao
Journal of Materials Chemistry B.2022; 10(32): 6143. CrossRef - Dissecting the relationship between antimicrobial peptides and mesenchymal stem cells
Amandda Évelin Silva-Carvalho, Marlon Henrique Cardoso, Thuany Alencar-Silva, Gabriela Muller Reche Bogéa, Juliana Lott Carvalho, Octávio Luiz Franco, Felipe Saldanha-Araujo
Pharmacology & Therapeutics.2022; 233: 108021. CrossRef - A Solid Support‐Based Synthetic Strategy for the Site‐Selective Functionalization of Peptides with Organometallic Half‐Sandwich Moieties
Dianna Truong, Nelson Y. S. Lam, Meder Kamalov, Mie Riisom, Stephen M. F. Jamieson, Paul W. R. Harris, Margaret A. Brimble, Nils Metzler‐Nolte, Christian G. Hartinger
Chemistry – A European Journal.2022;[Epub] CrossRef - Bacteria-derived chimeric toxins as potential anticancer agents
Saeed Khoshnood, Hadis Fathizadeh, Foroogh Neamati, Babak Negahdari, Piyush Baindara, Mohd Azmuddin Abdullah, Mohammad Hossein Haddadi
Frontiers in Oncology.2022;[Epub] CrossRef - Identification of antimicrobial peptides from the human gut microbiome using deep learning
Yue Ma, Zhengyan Guo, Binbin Xia, Yuwei Zhang, Xiaolin Liu, Ying Yu, Na Tang, Xiaomei Tong, Min Wang, Xin Ye, Jie Feng, Yihua Chen, Jun Wang
Nature Biotechnology.2022; 40(6): 921. CrossRef - Anticancer Peptide Prediction via Multi-Kernel CNN and Attention Model
Xiujin Wu, Wenhua Zeng, Fan Lin, Peng Xu, Xinzhu Li
Frontiers in Genetics.2022;[Epub] CrossRef - Multitalented Synthetic Antimicrobial Peptides and Their Antibacterial, Antifungal and Antiviral Mechanisms
Tania Vanzolini, Michela Bruschi, Andrea C. Rinaldi, Mauro Magnani, Alessandra Fraternale
International Journal of Molecular Sciences.2022; 23(1): 545. CrossRef - Gold nanoparticle-DNA aptamer-assisted delivery of antimicrobial peptide effectively inhibits Acinetobacter baumannii infection in mice
Jaeyeong Park, Eunkyoung Shin, Ji-Hyun Yeom, Younkyung Choi, Minju Joo, Minho Lee, Je Hyeong Kim, Jeehyeon Bae, Kangseok Lee
Journal of Microbiology.2022; 60(1): 128. CrossRef - Polymeric Coatings and Antimicrobial Peptides as Efficient Systems for Treating Implantable Medical Devices Associated-Infections
Irina Negut, Bogdan Bita, Andreea Groza
Polymers.2022; 14(8): 1611. CrossRef - Development of DNA aptamers specific for small therapeutic peptides using a modified SELEX method
Jaemin Lee, Minkyung Ryu, Dayeong Bae, Hong-Man Kim, Seong-il Eyun, Jeehyeon Bae, Kangseok Lee
Journal of Microbiology.2022; 60(7): 659. CrossRef - In Vivo Behavior of the Antibacterial Peptide Cyclo[RRRWFW], Explored Using a 3-Hydroxychromone-Derived Fluorescent Amino Acid
Sergii Afonin, Serhii Koniev, Laetitia Préau, Masanari Takamiya, Alexander V. Strizhak, Oleg Babii, Andrii Hrebonkin, Vasyl G. Pivovarenko, Margitta Dathe, Ferdinand le Noble, Sepand Rastegar, Uwe Strähle, Anne S. Ulrich, Igor V. Komarov
Frontiers in Chemistry.2021;[Epub] CrossRef - Preliminary Study on the Antibacterial and Cytotoxic Effects of the Synthetic New Peptide NJP9-A
Kai Ren, Xiumei Chi, Tiange Wu, Mujie Kan, Jiankai Liu, Jiayue Cui
International Journal of Peptide Research and Therapeutics.2021; 27(4): 2199. CrossRef - Lysozyme-like Protein Produced by Bifidobacterium longum Regulates Human Gut Microbiota Using In Vitro Models
Mingzhu Du, Xinqiang Xie, Shuanghong Yang, Ying Li, Tong Jiang, Juan Yang, Longyan Li, Yunxiao Huang, Qingping Wu, Wei Chen, Jumei Zhang
Molecules.2021; 26(21): 6480. CrossRef - Microfluidic Tools for Enhanced Characterization of Therapeutic Stem Cells and Prediction of Their Potential Antimicrobial Secretome
Pasquale Marrazzo, Valeria Pizzuti, Silvia Zia, Azzurra Sargenti, Daniele Gazzola, Barbara Roda, Laura Bonsi, Francesco Alviano
Antibiotics.2021; 10(7): 750. CrossRef - Therapeutic Effect of an Antibody-Derived Peptide in a Galleria mellonella Model of Systemic Candidiasis
Emerenziana Ottaviano, Elisa Borghi, Laura Giovati, Monica Falleni, Delfina Tosi, Walter Magliani, Giulia Morace, Stefania Conti, Tecla Ciociola
International Journal of Molecular Sciences.2021; 22(20): 10904. CrossRef
- A stitch in time: Sustainable and eco-friendly solutions for kiwifruit bacterial canker
Journal Article
- Evolutionary analysis and protein family classification of chitin deacetylases in Cryptococcus neoformans
- Seungsue Lee , Hyun Ah Kang , Seong-il Eyun
- J. Microbiol. 2020;58(9):805-811. Published online September 1, 2020
- DOI: https://doi.org/10.1007/s12275-020-0288-9
- 51 View
- 0 Download
- 5 Web of Science
- 4 Crossref
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Abstract
- Cryptococcus neoformans is an opportunistic fungal pathogen causing cryptococcal meningoencephalitis. Interestingly, the cell wall of C. neoformans contains chitosan, which is critical for its virulence and persistence in the mammalian host. C. neoformans (H99) has three chitin deacetylases (CDAs), which convert chitin to chitosan. Herein, the classification of the chitin-related protein (CRP) family focused on cryptococcal CDAs was analyzed by phylogenetics, evolutionary pressure (dN/dS), and 3D modeling. A phylogenetic tree of 110 CRPs revealed that they can be divided into two clades, CRP I and II with bootstrap values (> 99%). CRP I clade comprises five groups (Groups 1–5) with a total of 20 genes, while CRP II clade comprises sixteen groups (Groups 6–21) with a total of 90 genes. CRP I comprises only fungal CDAs, including all three C. neoformans CDAs, whereas CRP II comprises diverse CDAs from fungi, bacteria, and amoeba, along with other carbohydrate esterase 4 family proteins. All CDAs have the signal peptide, except those from group 11. Notably, CDAs with the putative O-glycosylation site possess either the glycosylphosphatidylinositol (GPI)-anchor motif for CRP I or the chitin-binding domain (CBD) for CRP II, respectively. This evolutionary conservation strongly indicates that the O-glycosylation modification and the presence of either the GPI-anchor motif or the chitin-binding domain is important for fungal CDAs to function efficiently at the cell surface. This study reveals that C. neoformans CDAs carrying GPI anchors have evolved divergently from fungal and bacterial CDAs, providing new insights into evolution and classification of CRP family.
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Citations
Citations to this article as recorded by- Chitin Deacetylase Homologous Gene cda Contributes to Development and Aflatoxin Synthesis in Aspergillus flavus
Xin Zhang, Meifang Wen, Guoqi Li, Shihua Wang
Toxins.2024; 16(5): 217. CrossRef - Effects of altered N-glycan structures of Cryptococcus neoformans mannoproteins, MP98 (Cda2) and MP84 (Cda3), on interaction with host cells
Su-Bin Lee, Catia Mota, Eun Jung Thak, Jungho Kim, Ye Ji Son, Doo-Byoung Oh, Hyun Ah Kang
Scientific Reports.2023;[Epub] CrossRef - Novel Chitin Deacetylase from Thalassiosira weissflogii Highlights the Potential for Chitin Derivative Production
Mengzhen Cheng, Zhanru Shao, Xin Wang, Chang Lu, Shuang Li, Delin Duan
Metabolites.2023; 13(3): 429. CrossRef - Identification and Phylogenetic Analysis of Chitin Synthase Genes from the Deep-Sea Polychaete Branchipolynoe onnuriensis Genome
Hyeongwoo Choi, Sang Lyeol Kim, Man-Ki Jeong, Ok Hwan Yu, Seongil Eyun
Journal of Marine Science and Engineering.2022; 10(5): 598. CrossRef
- Chitin Deacetylase Homologous Gene cda Contributes to Development and Aflatoxin Synthesis in Aspergillus flavus
Reviews
- REVIEW] Current understanding of microbiota- and dietary-therapies for treating inflammatory bowel disease
- Taekil Eom , Yong Sung Kim , Chang Hwan Choi , Michael J. Sadowsky , Tatsuya Unno
- J. Microbiol. 2018;56(3):189-198. Published online February 28, 2018
- DOI: https://doi.org/10.1007/s12275-018-8049-8
- 48 View
- 0 Download
- 87 Crossref
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Abstract
-
Inflammatory bowel disease (IBD) is a result of chronic inflammation
caused, in some part, by dysbiosis of intestinal
microbiota, mainly commensal bacteria. Gut dysbiosis can
be caused by multiple factors, including abnormal immune
responses which might be related to genetic susceptibility,
infection, western dietary habits, and administration of antibiotics.
Consequently, the disease itself is characterized as
having multiple causes, etiologies, and severities. Recent studies
have identified > 200 IBD risk loci in the host. It has been
postulated that gut microbiota interact with these risk loci
result
ing in dysbiosis, and this subsequently leads to the development of IBD. Typical gut microbiota in IBD patients are characterized with decrease in species richness and many of the commensal, and beneficial, fecal bacteria such as Firmicutes and Bacteroidetes and an increase or bloom of Proteobacteria. However, at this time, cause and effect relationships have not been rigorously established. While treatments of IBD usually includes medications such as corticosteroids, 5-aminosalicylates, antibiotics, immunomodulators, and anti- TNF agents, restoration of gut dysbiosis seems to be a safer and more sustainable approach. Bacteriotherapies (now called microbiota therapies) and dietary interventions are effective way to modulate gut microbiota. In this review, we summarize factors involved in IBD and studies attempted to treat IBD with probiotics. We also discuss the potential use of microbiota therapies as one promising approach in treating IBD. As therapies based on the modulation of gut microbiota becomes more common, future studies should include individual gut microbiota differences to develop personalized therapy for IBD. -
Citations
Citations to this article as recorded by- Benzo[a]Pyrene Induces Pyroptotic Colon Damage and Gut Dysbacteriosis by Activating Aryl Hydrocarbon Receptor
Yingyu Jia, Yao Meng, Zhulin Wang, Hao Li, Jianke Li, Li Yuan
Food Biophysics.2025;[Epub] CrossRef - Intestinal microecology in pediatric surgery-related gastrointestinal diseases: Current insights and future perspectives
Yuqing Wu, Suolin Li, Lin Liu, Xiaoyi Zhang, Jiaxun Lv, Qinqin Li, Yingchao Li
Journal of Pediatric Surgery Open.2024; 6: 100134. CrossRef - Gut Microbiome as a Target of Intervention in Inflammatory Bowel Disease Pathogenesis and Therapy
Helal F. Hetta, Yasmin N. Ramadan, Ahmad A. Alharbi, Shomokh Alsharef, Tala T. Alkindy, Alanoud Alkhamali, Abdullah S. Albalawi, Hussein El Amin
Immuno.2024; 4(4): 400. CrossRef - Intestinal and hepatic benefits of BBR-EVO on DSS-induced experimental colitis in mice
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Frontiers in Microbiology.2024;[Epub] CrossRef - Exploring the Connections: Autophagy, Gut Microbiota, and Inflammatory Bowel Disease Pathogenesis
Arunkumar Subramanian, Afrarahamed J, Tamilanban T, Vinoth Kumarasamy, M Yasmin Begum, Mahendran Sekar, Vetriselvan Subramaniyan, Ling Shing Wong, Adel Al Fatease
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Yanan Lv, Jing Peng, Xiaoyu Ma, Zeyi Liang, Ghasem Hosseini Salekdeh, Qunhua Ke, Wenxiang Shen, Zuoting Yan, Hongsheng Li, Shengyi Wang, Xuezhi Ding
Microorganisms.2024; 12(10): 1973. CrossRef - Analysis of the Preventive Effect of Lonicera caerulea Pomace and Its Isolated Components on Colitis in Mice Based on Gut Microbiota and Serum Metabolomics
Zinuo Zhou, Xinwen Huang, Baixi Zhang
Antioxidants.2024; 13(12): 1478. CrossRef - Stachyose Exerts Anticolitis Efficacy by Re-balancing Treg/Th17 and Activating the Butyrate-Derived PPARγ Signaling Pathway
Ningning He, Kaiwei Chen, Shengnan Yu, Luwen Cui, Son Hai Vu, Samil Jung, Myeong-sok Lee, Shangyong Li
Journal of Agricultural and Food Chemistry.2024; 72(21): 12171. CrossRef - Probiotic Microorganisms in Inflammatory Bowel Diseases: Live Biotherapeutics as Food
Emanuelle Natalee Santos, Karina Teixeira Magalhães-Guedes, Fernando Elias de Melo Borges, Danton Diego Ferreira, Daniele Ferreira da Silva, Pietro Carlos Gonçalves Conceição, Ana Katerine de Carvalho Lima, Lucas Guimarães Cardoso, Marcelo Andrés Umsza-Gu
Foods.2024; 13(24): 4097. CrossRef - Raffinose Ameliorates DSS-Induced Colitis in Mice by Modulating Gut Microbiota and Targeting the Inflammatory TLR4–MyD88–NF-κB Signaling Pathway
Peng Zhang, Yuyang Xue, Zhengyu Cao, Yaya Guo, Xiaotong Pang, Cheng Chen, Wenju Zhang
Foods.2024; 13(12): 1849. CrossRef - Fecal Microbiota Transplantation: Indications, Methods, and Challenges
Jee Young Lee, Yehwon Kim, Jiyoun Kim, Jiyeun Kate Kim
Journal of Microbiology.2024; 62(12): 1057. CrossRef - Ethyl acetate extract of Terminalia chebula alleviates DSS-induced ulcerative colitis in C57BL/6 mice
Wan-Rong Dong, Yao-Yao Li, Tian-Tian Liu, Gao Zhou, Yu-Xin Chen
Frontiers in Pharmacology.2023;[Epub] CrossRef - A Novel Polysaccharide Separated from Panax Notoginseng Residue Ameliorates Restraint Stress‐ and Lipopolysaccharide‐induced Enteritis in Mice
Bi Luo, Fan Yang, Peng Chen, Hao‐Yu Zuo, Yun‐Fei Liang, Ming‐Hua Xian, Nan Tang, Guo‐En Wang
Chemistry & Biodiversity.2023;[Epub] CrossRef - Gut microbiome, metabolome, host immunity associated with inflammatory bowel disease and intervention of fecal microbiota transplantation
Rongrong Wu, Rui Xiong, Yan Li, Junru Chen, Ru Yan
Journal of Autoimmunity.2023; 141: 103062. CrossRef - Current advances in the anti-inflammatory effects and mechanisms of natural polysaccharides
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Critical Reviews in Food Science and Nutrition.2023; 63(22): 5890. CrossRef -
Poria cocos oligosaccharides ameliorate dextran sodium sulfate-induced colitis mice by regulating gut microbiota dysbiosis
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- REVIEW] Mind-altering with the gut: Modulation of the gut-brain axis with probiotics
- Namhee Kim , Misun Yun , Young Joon Oh , Hak-Jong Choi
- J. Microbiol. 2018;56(3):172-182. Published online February 28, 2018
- DOI: https://doi.org/10.1007/s12275-018-8032-4
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Abstract
- It is increasingly evident that bidirectional interactions exist among the gastrointestinal tract, the enteric nervous system, and the central nervous system. Recent preclinical and clinical trials have shown that gut microbiota plays an important role in these gut-brain interactions. Furthermore, alterations in gut microbiota composition may be associated with pathogenesis of various neurological disorders, including stress, autism, depression, Parkinson’s disease, and Alzheimer’s disease. Therefore, the concepts of the microbiota-gut-brain axis is emerging. Here, we review the role of gut microbiota in bidirectional interactions between the gut and the brain, including neural, immune-mediated, and metabolic mechanisms. We highlight recent advances in the understanding of probiotic modulation of neurological and neuropsychiatric disorders via the gut-brain axis.
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Citations
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- REVIEW] Intestinal microbiota and the immune system in metabolic diseases
- Panida Sittipo , Stefani Lobionda , Yun Kyung Lee , Craig L. Maynard
- J. Microbiol. 2018;56(3):154-162. Published online February 28, 2018
- DOI: https://doi.org/10.1007/s12275-018-7548-y
- 48 View
- 0 Download
- 91 Crossref
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Abstract
- The intestinal microbiota is comprised of millions of microorganisms that reside in the gastrointestinal tract and consistently interact with the host. Host factors such as diet and disease status affect the composition of the microbiota, while the microbiota itself produces metabolites that can further manipulate host physiology. Dysbiosis of the intestinal microbiota has been characterized in patients with certain metabolic diseases, some of which involve damage to the host intestinal epithelial barrier and alterations in the immune system. In this review, we will discuss the consequences of dietdependent bacterial dysbiosis in the gastrointestinal tract, and how the associated interaction with epithelial and immune cells impacts metabolic diseases.
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Citations
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