Journals

New Countryside

ISSN: 2758-1403

Publication Frequency: Semiyearly

New Environmentally-Friendly Materials

ISSN: 2758-3163

Publication Frequency: Semiyearly

Urban Planning and Construction

ISSN: 2759-0410

Publication Frequency: Semiyearly

Cultural Arts Research and Development

ISSN: 2436-8539

Publication Frequency: Semiyearly

Transportation Development Research

ISSN: 2759-0429

Publication Frequency: Semiyearly

Food and Drug Safety

ISSN: 2759-0445

Publication Frequency: Semiyearly

Classical Literature

ISSN: 2759-0437

Publication Frequency: Semiyearly

Linguistic Exploration

ISSN: 2759-7199

Publication Frequency: Semiyearly

Cultural Conflict and Integration

ISSN: 2759-7180

Publication Frequency: Semiyearly

Philosophy and Realistic Reflection

ISSN: 2759-7172

Publication Frequency: Semiyearly

Journal of Education and Learning Environments

ISSN: 2760-201X

Publication Frequency: Semiyearly

Applied Behavioral Health and Psychology

ISSN: 2760-3830

Publication Frequency: Semiyearly

Sustainable Business and Management

ISSN: 2760-3822

Publication Frequency: Semiyearly

Banking and Digital Finance

ISSN: 2760-3814

Publication Frequency: Semiyearly

Mathematical Methods in Data Science

ISSN: 2760-408X

Publication Frequency: Semiyearly

Global Communication and Media Studies

ISSN: 2760-4098

Publication Frequency: Semiyearly

Journal of Healthy Aging and Longevity

ISSN: 2760-4276

Publication Frequency: Semiyearly

Journal of Behavioral Economics and Policy

ISSN: 2760-2001

Publication Frequency: Semiyearly

Asia-Pacific Studies in Economy and Society

ISSN: 2760-4284

Publication Frequency: Semiyearly

Quantum Materials and Applied Physics

Publication Frequency: Semiyearly

Aquaculture and Marine Biotechnology

Publication Frequency: Semiyearly

Synergistic Effects of Compound Probiotics (Bacillus + Lactobacillus) and Plant-Derived Extract (CPE) on Growth Performance and Disease Resistance of Litopenaeus vannamei

This study explored the synergistic effects of compound probiotics (CPB: Bacillus subtilis BS-1 + Lactobacillus plantarum LP-2, 2:1) and plant-derived extract (CPE: tea polyphenols + oregano oil, 3:1) on Litopenaeus vannamei. A 12-week experiment (six groups: Control, 0.2% CPB, 0.3% CPE, 0.2%CPB+0.2%CPE, 0.2%CPB+0.3%CPE, 0.02% oxytetracycline (AB); 250 shrimp/tank, initial weight 0.92±0.08 g) was followed by a 7-day Vibrio parahaemolyticus challenge (1×10⁷ CFU/mL). The 0.2%CPB+0.3%CPE group performed best: weight gain rate (456.8±26.3%) was 62.3% higher than Control, and superior to CPB, CPE, and AB groups (P<0.05). It increased gut villus height by 54.2%, reduced gut Vibrio by 70.2%, and enhanced total hemocyte count (+63.0%), lysozyme (+85.2%), and SOD (+58.6%) vs Control. Challenge survival rate (85.3±3.5%) was 2.5-fold higher than Control and 25.4% higher than AB (P<0.05). High-throughput sequencing showed enriched beneficial gut bacteria and upregulated immune pathways. Results confirm the strong synergism of 0.2%CPB+0.3%CPE as an efficient green strategy for sustainable shrimp culture.

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Aquaculture and Marine Biotechnology
Articles

Effects of Plant-Derived Extracts (Tea Polyphenols + Oregano Oil) on Immune Function and Vibrio Control of Litopenaeus vannamei

This study investigated a compound plant-derived extract (CPE: tea polyphenols + oregano oil, 3:1 mass ratio) on Litopenaeus vannamei immune function, gut health, and Vibrio control via a 10-week experiment (five groups: control, 0.1%/0.3%/0.5% CPE, 0.02% oxytetracycline (AB); 250 shrimp/tank, initial weight 0.85±0.07 g) followed by a 7-day Vibrio parahaemolyticus challenge (1×10⁷ CFU/mL). The 0.3% CPE group showed the best effects: total hemocyte count (+42.2%), phenoloxidase (+55.0%), and lysozyme (+68.7%) activities (P<0.05), gut villus height increased by 38.5%, and gut Vibrio abundance reduced by 61.4% vs. control. Its challenge survival rate (78.5±3.2%) was 2.3-fold higher than control (34.2±2.8%) and 18.2% higher than AB group (66.4±3.0%) (P<0.05). High-throughput sequencing revealed enriched beneficial gut bacteria (Lactobacillus, Bifidobacterium) and upregulated immune-related KEGG pathways. Results indicate 0.3% CPE is an effective antibiotic alternative for sustainable shrimp culture.

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Aquaculture and Marine Biotechnology
Articles

Regulatory Effects of Probiotic Complex Formulations on Gut Health of Litopenaeus vannamei and Steady-State of Aquaculture Environment

This study assessed three probiotic complex formulations (PCF1: Bacillus subtilis + Lactobacillus plantarum; PCF2: B. subtilis + Saccharomyces cerevisiae; PCF3: L. plantarum + S. cerevisiae) on Litopenaeus vannamei gut health and intensive aquaculture environment stability over 12 weeks. Four groups (control + three PCF-supplemented diets: 1×10⁸ CFU/g) were tested in quadruplicate (300 shrimp/tank, initial weight 0.72±0.06 g). Results showed PCF1 significantly improved gut health: villus height (+42.3%), epithelial thickness (+35.6%), and digestive enzyme activities (amylase/protease/lipase +38.7%/+45.2%/+32.6% vs. control, P<0.05). It also reduced total ammonia nitrogen (52.7%), nitrite nitrogen (58.3%), and COD (36.9%) (P<0.05), enriched gut beneficial bacteria (Lactobacillus, Bacillus) while decreasing Vibrio, and enhanced water nutrient-degrading microbes. PCF1 increased shrimp survival (94.2±2.3%) and weight gain (356.8±18.5%) (P<0.05). This study confirms PCF1 as an effective formulation for improving L. vannamei gut health and maintaining aquaculture environment steady-state, supporting sustainable intensive shrimp culture.

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Aquaculture and Marine Biotechnology
Articles

Effects of Microalgae Enhancement on Nitrogen and Phosphorus Cycling and Immune Performance of Litopenaeus vannamei in Intensive Indoor Culture Systems

This study explored the effects of three microalgae species (Chlorella vulgaris, Nannochloropsis oculata, Phaeodactylum tricornutum) on nitrogen (N) and phosphorus (P) cycling, and immune performance of Litopenaeus vannamei in intensive indoor culture. A 10-week experiment was conducted with four groups (control: no microalgae; CV: C. vulgaris; NO: N. oculata; PT: P. tricornutum) in triplicate. Results showed that CV group significantly reduced total ammonia nitrogen (TAN: 0.32±0.04 mg/L), nitrite nitrogen (NO-N: 0.15±0.02 mg/L) and total phosphorus (TP: 0.28±0.03 mg/L) (P<0.05), compared to control. CV group also enhanced shrimp superoxide dismutase (SOD: 62.3±3.5 U/mg prot) and phenoloxidase (PO: 12.8±0.9 U/mg prot) activities, and increased survival rate (92.5±2.7%) and weight gain rate (312.6±15.8%). High-throughput sequencing indicated CV group enriched functional microbes (e.g., Nitrosomonas, 8.7%; Acinetobacter, 6.5%) related to N/P removal. This study provides a feasible microalgae-based strategy for sustainable intensive shrimp culture.

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Aquaculture and Marine Biotechnology
Articles

Optimization of Biofloc Technology for Intensive Pacific White Shrimp (Litopenaeus vannamei) Culture: Effects on Water Quality, Growth Performance and Microbial Community Structure

This study optimized biofloc technology (BFT) parameters for intensive Litopenaeus vannamei culture. Three carbon sources (molasses, wheat bran, glucose) and two C/N ratios (15:1, 20:1) were tested in 90-day indoor trials. Water quality indicators, shrimp growth performance and microbial communities were monitored. Results showed molasses at C/N 20:1 significantly reduced ammonia-N (32.6±1.8 mg/L) and nitrite-N (2.1±0.3 mg/L) (P<0.05), increased weight gain rate (286.4±12.7%) and survival rate (89.2±3.1%). 16S rRNA sequencing revealed dominant genera including Vibrio (12.3%) and Pseudomonas (8.7%). This optimization provides theoretical support for sustainable intensive shrimp culture.

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Quantum Materials and Applied Physics
Articles

Quantum Sensing, Quantum Optics, and Quantum Information Systems: Advancing Precision and Sustainability in Aquaculture and Marine Biotechnology

Quantum sensing, quantum optics, and quantum information systems—leveraging quantum coherence, entanglement, and photon manipulation—are transforming aquaculture and marine biotechnology by enabling ultra-sensitive monitoring, non-invasive imaging, and secure data transmission. This review synthesizes 2022–2025 research on these technologies for marine environmental management, aquaculture health optimization, and bioprocess innovation. Key applications include quantum sensor-based pathogen detection, quantum optical imaging of larval development, and quantum information systems for secure aquaculture data sharing. We address challenges such as quantum decoherence in seawater and scalability, while highlighting solutions like error-corrected quantum sensors and low-cost quantum optical setups. This work underscores how these quantum systems drive efficiency, sustainability, and resilience in global aquaculture.

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Quantum Materials and Applied Physics
Articles

Effects of Plant-Derived Extracts (Tea Polyphenols + Oregano Oil) on Immune Function and Vibrio Control of Litopenaeus vannamei

This study assessed a compound plant-derived extract (CPE: tea polyphenols + oregano oil, 3:1 mass ratio) on Litopenaeus vannamei immune function, gut health, and Vibrio control via a 10-week experiment (five groups: control, 0.1%/0.3%/0.5% CPE, 0.02% oxytetracycline (AB); 250 shrimp/tank, initial weight 0.85±0.07 g) followed by a 7-day Vibrio parahaemolyticus challenge (1×10⁷ CFU/mL). The 0.3% CPE group exhibited optimal effects: total hemocyte count (+42.2%), phenoloxidase (+55.0%), and lysozyme (+68.7%) activities (P<0.05), gut villus height increased by 38.5%, and gut Vibrio abundance reduced by 61.4% vs. control. Its challenge survival rate (78.5±3.2%) was 2.3-fold higher than control (34.2±2.8%) and 18.2% higher than AB (66.4±3.0%) (P<0.05). High-throughput sequencing revealed enriched beneficial gut bacteria (Lactobacillus, Bifidobacterium) and upregulated immune-related KEGG pathways. Results confirm 0.3% CPE as an effective antibiotic alternative for sustainable shrimp culture.

Read more ->

Quantum Materials and Applied Physics
Articles

Regulatory Effects of Probiotic Complex Formulations on Gut Health of Litopenaeus vannamei and Steady-State of Aquaculture Environment

This study assessed three probiotic complexes (PCF1: Bacillus subtilis + Lactobacillus plantarum; PCF2: B. subtilis + Saccharomyces cerevisiae; PCF3: L. plantarum + S. cerevisiae) on Litopenaeus vannamei gut health and intensive aquaculture environment stability over 12 weeks. Four groups (control + PCF-supplemented diets: 1×10⁸ CFU/g) were tested in quadruplicate (300 shrimp/tank, initial weight 0.72±0.06 g). PCF1 showed the most significant effects: gut villus height (+42.3%), epithelial thickness (+35.6%), and digestive enzyme activities (amylase/protease/lipase +38.7%/+45.2%/+32.6% vs. control, P<0.05). It reduced total ammonia nitrogen (52.7%), nitrite nitrogen (58.3%), and COD (36.9%) (P<0.05), enriched gut beneficial bacteria (Lactobacillus, Bacillus), decreased Vibrio, and enhanced water nutrient-degrading microbes. PCF1 also improved shrimp survival (94.2±2.3%) and weight gain (356.8±18.5%) (P<0.05). This study confirms PCF1 as an effective formulation for promoting shrimp gut health and maintaining aquaculture environment steady-state, supporting sustainable intensive shrimp culture.

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Announcements

Welcome Professor Yin as the Editor-in-Chief of New Countryside
Announcements
We are delighted to announce the appointment of Professor Yin as the new Editor-in-Chief of New Countryside, an international open-access journal dedicated to advancing sustainable development in rural societies worldwide. Professor Yin is a distinguished scholar with extensive expertise in rural development policy, rural governance, agricultural economics, and sustainable livelihoods. His research has significantly contributed to the understanding of integrated rural-urban development and the practical implementation of rural revitalization strategies. With his deep academic insight and commitment to interdisciplinary dialogue, Professor Yin is ideally positioned to guide The New Countryside toward greater scholarly impact and global engagement. Under his leadership, the journal will continue to champion high-quality, cross-disciplinary research on critical rural issues—including rural policy, infrastructure, economic upliftment, agricultural innovation, rural tourism, and environmental sustainability. We warmly invite researchers, practitioners, and policymakers from around the world to submit their work, recommend potential reviewers, and collaborate in building The New Countryside into a leading platform for innovative and actionable knowledge on rural futures. Please join us in extending a heartfelt welcome to Professor Yin! New Countryside Editorial Office 20 November, 2025

20 November 2025
Welcome Our New Editor-in-Chief of Cultural Arts Research and Development
Announcements
We are pleased to announce that Prof. Emanuele Castano has been appointed as the new Editor-in-Chief of Cultural Arts Research and Development, effective September 25, 2025. Prof. Castano brings extensive expertise in cultural theory, social cognition, and literary studies. His scholarly contributions and editorial leadership have significantly advanced the field, and we are confident that he will guide the journal to new heights of academic excellence and international visibility. We would also like to express our sincere gratitude to the previous Editor-in-Chief, Prof. Ronald Eyerman, for his invaluable contributions to the journal’s growth and reputation. Please join us in welcoming Prof. Emanuele Castano and supporting the continued success of Cultural Arts Research and Development.

26 September 2025
Editor-in-Chief Communication Meeting Successfully Held to Shape the Future of Urban Planning and Construction
Announcements

11 September 2025
Editor-in-Chief Recruitment Notice
Announcements
Dear Colleagues in the Academic Community, Transportation Development Research is a newly established academic journal aimed at providing scholars with a platform for exchanging and sharing research achievements. Currently, we are seeking an experienced and dedicated scholar to serve as the inaugural Editor-in-Chief of our journal. Responsibilities and Expectations: Lead the academic direction and development strategy of the journal. Oversee the review process and select suitable reviewers to ensure the quality of submitted manuscripts. Collaborate with the editorial team to drive the day-to-day operations and development of the journal. Actively engage with the academic community to enhance the visibility and impact of the journal. Qualifications: Demonstrated excellence in the relevant field with a strong academic track record. Substantial academic and peer-review experience. Enthusiasm for advancing the development of the journal and the ability to lead a team. Active participation in academic discourse with a strong academic reputation. Application Process: Interested individuals are invited to submit their resumes and a letter of application for the Editor-in-Chief position to tdr@bilpub.com. We look forward to your contributions in building Transportation Development Research into an outstanding academic journal. Thank you for your attention and support. Best Regards, Editorial Team Transportation Development Research

29 December 2023
New Journal Alert: Urban Planning and Construction
Announcements
We are excited to announce the launch of our new journal, "Urban Planning and Construction," dedicated to exploring the dynamic field of urban planning and construction. As we embark on this exciting endeavor, we invite scholars and researchers to join us as esteemed editorial board members and editors-in-chief. If you are passionate about urban planning and construction and would like to contribute to this scholarly platform, we welcome you to apply as a self-nominee or recommend suitable candidates for the positions. Kindly download the Scholar Information Form, fill it out, and submit it to the editorial department. For the inaugural issue, we are offering a special opportunity to submit manuscripts free of charge. Yes, you read that right! We are waiving all article processing fees for the first edition. To maintain consistency, please refer to our author's guidelines for formatting details, available at: https://ojs.bilpub.com/index.php/upc/about/submissions. Feel free to contact our editorial department at upc@bilpub.com for any queries, suggestions, or submissions. Join us on this exciting journey as we delve into the realms of urban planning and construction together! Urban Planning and Construction Editorial Team

14 September 2023
Transport Development Study Vol. 1 No. 1 (2023): Inprogress
Announcements
New Journal Launch! Transportation Development Research is excited to announce the launch of our inaugural issue! As we embark on this journey, we are searching for dedicated individuals to join our esteemed editorial board as editors and chief editors. Whether you would like to self-nominate or recommend someone, we welcome your participation. To express your interest, please download the Scholar Information Form, complete it, and submit it to our editorial office. Call for Manuscripts For the first issue, we are offering free manuscript processing. All article processing fees are waived! To ensure your submission meets our guidelines, please refer to the Author's Guide:https://ojs.bilpub.com/index.php/tdr/about/submissions. Contact Information For any inquiries or submission of the Scholar Information Form, kindly direct your emails to tdr@bilpub.com. Join us in shaping the future of transportation research! Transportation Development Research Editorial Team

14 September 2023
Pre-publication of the first issue of Food and Drug Safety
Announcements
We are excited to announce the launch of a new journal, Food and Drug Safety, dedicated to the exploration of topics related to the safety of food and drugs. We are currently seeking qualified individuals to join our editorial board and serve as the chief editor. If you have expertise in this field, both self-recommendations and recommendations of others are welcome. To apply, please download the Scholar Information Form, fill it out, and submit it to the editorial office. For the inaugural issue, we are offering free manuscript handling and waiving all article processing fees. Authors are encouraged to submit their manuscripts in accordance with the guidelines outlined in the Author's Guide: https://ojs.bilpub.com/index.php/fds/about/submissions. For any inquiries or submissions, please contact the editorial office via email at: fds@bilpub.com. We look forward to your participation and contributions in promoting food and drug safety research! Food and Drug Safety Editorial Team

14 September 2023
Classical Literature First Publication (Issue 1, 2023): Inprogress
Announcements
Welcome to our newly created journal! We are looking for editorial board members and editors-in-chief, and we invite scholars to nominate themselves or suggest suitable candidates. If you are interested, please download the Scholar Information Form, fill it out and submit it to the editorial office. It is worth mentioning that we will process manuscripts for the first issue of the journal free of charge and completely waive the article processing fee. Authors are kindly requested to refer to our author guidelines to ensure proper and consistent article formatting, the link to the guidelines is here: https://ojs.bilpub.com/index.php/cl/about/submissions . If you have any questions or need further advice, please send them to the editorial office at: cl@bilpub.com. Classical Literature Editorial Team

14 September 2023
Congratulations on the success of 'MIRAI 2.0 R&I Week 2022' activity!
Announcements

02 December 2022
Welcome Prof. Dr. Pablo Froimowicz to be the Editor-in-Chief of New Environmentally-Friendly Materials
Announcements

26 October 2022