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Declaration
Formal Statement
1. Beware of Fraudulent Emails Concerning Academic Papers
Recently, individuals fraudulently using the name of the Journal of Henan Agricultural University have sent false messages to some authors through unofficial email addresses and other channels. These messages refer to supposed “random information verification for published papers” or “proof downloads” and ask recipients to add fraudulent WeChat accounts as contacts. Such scams infringe authors’ legitimate rights and interests, damage the journal’s reputation, and disrupt normal publishing activities.
To protect the rights and interests of authors and readers, the Journal Center of Henan Agricultural University solemnly declares the following:
Our center has not partnered with any agency, studio, or individual to provide so-called paid paper publication services. The official website of the Journal of Henan Agricultural University is https://nnxb.cbpt.cnki.net, and its email address is hnndxb@henau.edu.cn. Manuscripts are not accepted by email. This email address is used solely for communication between the editorial office and authors, reviewers, and readers, including replies to manuscript inquiries and related questions, requests for revisions, and invitations to reviewers. Messages sent from any other email address, or emails asking you to add a personal WeChat or QQ account, transfer money to a personal account, click suspicious links, scan unofficial QR codes, or provide a bank card password or an SMS verification code, are fraudulent. If you are unsure whether a message is authentic, promptly call the official telephone number of the journal’s editorial office, 0371-56552551, to verify it.
We ask all authors to share this warning, remain vigilant, and guard against fraud. Thank you for your continued support and trust. Let us work together to maintain a safe and trustworthy environment for academic communication.
2. The journal does not charge manuscript review fees. Authors must pay publication fee within one week of receiving notification. If payment is not made on time, the journal will postpone or cancel publication of the paper concerned. Authors outside Henan Agricultural University must pay by bank transfer to the university’s institutional account; authors at the university must pay by internal transfer.
3. Bank Transfer Instructions: Transfer to the Institutional Account (Individual Payers Must Also Transfer Funds to This Account)
Account name: Henan Agricultural University
Account number: 1600 3101 0400 06945
Bank: Agricultural Bank of China, Zhengzhou Shangdu Branch
Bank routing number: 103491000317
When making a transfer, be sure to enter “the author’s name + publication fee for the Journal of Henan Agricultural University” in the payment reference field. After the transfer, promptly inform the editorial office of the transfer time by email or another communication channel to facilitate payment verification.
4. Once a manuscript has been reviewed and approved for publication, it may be published online first. Authors must ensure that the title, author names and their order, affiliations, and other information will no longer change. Authors bear responsibility for any problems and liabilities arising from changes to this information after online first publication.
Editorial Office of the Journal of Henan Agricultural University
September 14, 2026
Journal Introduction
Journal of Henan Agricultural University is committed to the principles of rigor, pragmatism, innovation and growth. It aims to promote agricultural science and technology and contribute to the development of related disciplines. The journal participates in the progress of the university, academic disciplines, scientific growth and achievements of researchers. The journal primarily publishes articles in the fields of crop science, veterinary medicine, agricultural engineering, forestry, animal husbandry, agricultural and forestry economics and management, biology, agricultural resources and environment, food science and engineering, landscape architecture, ecology, plant protection, horticulture, and tobacco science. Manuscripts are expected to demonstrate scientific rigor, originality, authenticity, and adherence to academic standards.
The journal is currently included in many international databases, including the Chemical Abstracts (US), Japan Science & Technology Agency Database, databases of CABI (UK), EuroPub and EBSCO. It has been indexed in A Guide to the Core Journals of China (2023 edition) and selected as a Key Source Journal for Chinese Science Citation Database (CSCD) (2025-2026), a Key Magazine of China Technology (Source Journal for Chinese Scientific and Technical Papers and Citations), a China Core Academic Journal by Research Center for Chinese Science Evaluation (RCCSE), a Core Journal of Agriculture and Forestry in China (Class A), and a High-quality Scientific Journal in the Field of Agriculture and Forestry by China Association for Science and Technology. In addition, the journal has received numerous awards, including National Excellent Scientific Journal, Double-Effect Journal of China Scientific Journal Phalanx, Outstanding Natural Science Journal of Chinese Higher Education Institutions, Excellent Scientific Journal of Chinese Universities, Demonstration Case of Excellent Scientific Journal Construction in Chinese Universities, Premium Journal of Chinese Agricultural Journals, Outstanding Team of Chinese Agricultural Journals, Most Influential Agricultural Journal in China, Henan Excellent Publication Award, Outstanding Scientific Journal of Henan Province, Excellent University Journal of Henan Province, and First-Class Journal of Henan Province.
Research progress on the molecular mechanism of interaction between auxin and abscisic acid in plants
WU Yanying;LIU Penghui;ZHU Kaixin;JIN Weihuan;GUO Hongxiang;This review summarizes the theoretical basis of the interaction between auxin and abscisic acid in plants, including their biosynthesis, transport and signal-transduction pathways. Particular attention is paid to the regulatory mechanisms underlying the crosstalk of auxin and abscisic acid in plant growth and development,as well as in adaptive responses to environmental stresses. Current studies have not yet fully elucidated the core molecular nodes and protein interaction networks underlying the dynamic biosynthesis, polar transport and signaling crosstalk of the two endogenous hormones.Future research should integrate multi-omics approaches and gene-editing technologies to uncover the precise regulatory modules governing hormone crosstalk, and decipher the specific regulatory patterns of these two hormones under different growth stages and environmental stress conditions. These efforts will contribute to refining the theoretical framework of plant hormone interactions, and will provide a scientific basis for research on the molecular mechanisms of plant growth and development and adaptive responses to environmental stress.
Advances in the application of nanomaterials to alfalfa production
LIN Bing;YU Meijing;NIU Yifan;ZHANG Haoqian;LI Qin;GUO Zhipeng;LI Xinxin;GUO Yuxia;This review summarizes the types and properties of nanomaterials, as well as recent advances in their mechanisms of growth regulation, antimicrobial effects, and application in alfalfa cultivation. Particular attention is given to the mechanisms underlying the influence of nanomaterials on alfalfa growth, and to provide a scientific basis for the further application of nanotechnology in alfalfa production. Current challenges in the application of nanomaterials in alfalfa production include an incomplete safety evaluation system, unclear specific mechanisms of action, and potential ecological risks to alfalfa cropping systems. Future efforts should integrate multiomics technologies to decipher the regulatory mechanisms of nanomaterials in alfalfa, develop intelligent and precision delivery strategies, and conduct long-term ecological monitoring, thereby promoting the safe, efficient, and sustainable development of nanomaterials in alfalfa production.
Genome-wide identification and phytoplasma-induced immune responses of the PfHBs gene family in Paulownia fortunei
LIU Jie;LÜ Yujie;FAN Guoqiang;CAO Yabing;ZHAO Zhenli;【Objective】To identify the members of the homeobox(HB) gene family in the P. fortunei genome and investigate the regulatory role of this gene family during the development of Paulownia witches' broom(PaWB). 【Method】Members of the PfHBs gene family were identified through bioinformatics analysis. Their physicochemical properties, phylogenetic relationships, intra-and interspecific collinearity, and promoter cis-acting elements were systematically analyzed. Protein-protein interactions were predicted using String and AlphaFold3. Furthermore, transcriptome sequencing from P.fortunei before and after phytoplasma infection were integrated to identify, PfHBs family, members associated with the development of witches' broom disease. 【Result】A total of 121 PfHBs gene family members were identified in P. fortunei. Evolutionary analysis revealed that these genes were primarily originated from segmental and tandemduplication events and could be classified into 10 subfamilies.Gene expression analysis and subcellular localization analyses revealed that PfHB94 was highly expressed in stems and encode a protein localized to the nucleus, suggesting that it may be associated with the early immune response triggered by PaWB. Protein-protein interaction analysis, molecular docking, and yeast two-hybrid experiments confirmed an interaction between PfHB94 and PfHB98.【Conclusion】A total of 121 members were identified in the PfHB gene family of P. fortunei. The interaction between PfHB94 and PfHB98 may regulate the expression of salicylic acid biosynthesis-related genes, thereby triggering an immune response against phytoplasma infection.
Genome-wide identification and expression analysis of CHS gene family in Populus tomentosa
WU Xueke;TU Saisai;CHEN Lin;ZHANG Qing;WU Chuangye;YANG Jiachao;GUO Peng;CAO Shenquan;SHANG Fude;【Objective】To identify the chalcone synthase(CHS) gene family members in Populus tomentosa and explore the molecular mechanism of anthocyanin accumulation in its leaves under strong light induction, providing basic information for the improvement of stress resistance and the creation of new varieties of P. tomentosa.【Method】By analyzing the whole genome data of P. tomentosa, 12CHS family members were identified. Their evolutionary relationships, protein structures and physico-chemical properties, gene structures and conserved motifs, promoter cis-acting elements, gene tissue expression patterns, and changes in gene expression levels under strong light treatment were studied.【Result】The 12 PtoCHSs were distributed on 6 chromosomes. Except for PtoCHS2A which contained 3 exons, the other 11 family members contained 2 exons. Members with close evolutionary relationships showed similar gene structures and conserved motif compositions. The PtoCHSs genes had different expression patterns and their gene promoter regions contained multiple elements responding to plant hormones, light, drought, low temperature and other stress signals, indicating that PtoCHS genes have diverse functions in the growth and development of P. tomentosa and its adaptation to the environment. Except for PtoCHS1D and PtoCHS6A, the other 10 PtoCHSs responded to strong light induction, among which PtoCHS6D had the largest relative change, suggesting that it is closely related to the accumulation of anthocyanins and the reddening of P. tomentosa leaves under strong light induction. Subcellular localization experiments confirmed that PtoCHS6D was located in the endoplasmic reticulum.【Conclusion】The characteristics and expression patterns of the PtoCHS gene family in P. tomentosa were analyzed. The sequences of its family members were relatively conserved, and their functions were diverse. The expression abundance and preference characteristics of PtoCHS2A, PtoCHS3A, PtoCHS3D and PtoCHS6D in roots or leaves suggested that these genes have important biological functions in the development of roots and leaves.
Evaluation and selection of leaf mulberry germplasm resources
ZHOU Xin;ZHU Bingzhang;FENG Xi;BI Huitao;YANG Guo;QUAN Jin'e;DENG Peng;【Objective】The study aims to select leaf mulberry germplasm resources suitable for different breeding purposes. 【Method】The leaf mulberry germplasm resources from different sources were used as experimental materials,and the leaf yield,nutrient component content and medicinal component content of leaf were evaluated and selected by analysis of variance,membership function method and cluster analysis. 【Result】There were extremely significant differences in 16 traits among different germplasm,with a coefficient of variation ranging from 4. 97%-49. 82%, among which the coefficient of variation of peroxidase activity was relatively high. The leaf yield of single plant of ‘Naisang'and ‘Nongsang No. 8'performed relatively well. ‘Xiangxi No. 7''Dahuasang'and ‘Jilongsang' had relatively high nutrient content. For the medicinal component content,the superoxide dismutase activity and peroxidase activity of ‘A 18'were relatively high,indicating the better performance in the antioxidant capacity. ‘A 18''Fengtian No. 2'and ‘Zhesangza No. 1'showed relatively well in comprehensive use. Cluster analysis was used to divide the germplasm into three clusters,and the top 10 germplasms of the comprehensive membership function were mainly concentrated in cluster Ⅲ,which had significant advantages in leaf yield,soluble sugar quality ratio,vitamin C quality ratio and proline quality ratio of leaf. 【Conclusion】‘Naisang''Nongsang No. 8'and ‘Shengdong No. 7' and higher leaf yield; ‘Xiangxi No. 7''Dahuasang'and ‘Jilongsang' and higher nutrient component content; while ‘A 18''Fengtian No. 2'and ‘6809' and higher medicinal component content; ‘A 18''Fengtian No.2' and ‘Zhesangza No. 1'were screened out for comprehensive utilization. These excellent germplasm resources not only can be considered applying in mulberry production and cultivation in Henan Province according to different cultivation purposes,but also can be treated as parent materials for leaf mulberry hybrid breeding.
Journal Information
Journal of Henan Agricultural University
(Bimonthly, founded in 1960)
Governing Body: Henan Agricultural University
Sponsor: Henan Agricultural University
Publisher: Editorial Office of Journal of Henan Agricultural University
(No. 218, Ping'an Avenue, Zhengdong New District, Zhengzhou, China)
Postal Code: 450046
Tel: +86-371-56552551
E-mail: hnndxb@henau.edu.cn
Editor-in-Chief: ZHOU Wei
Subscription Office: All Local Post Offices in China
Postal Distribution Code: 36-132
Domestic Distribution: Henan Provincial Newspaper and Publication DistributionBureau of China Post Croup Co., Ltd.
International Distribution: China International Book TradingCorporation (P.O. Box399, Beijing, China)
International Distribution Code: BM5953
ISSN: 1000-2340
CN: 41-1112/S
WeChat Official Account: hnndxb1985
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