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We are analyzing https://bmcbiol.biomedcentral.com/articles/10.1186/s12915-025-02260-5.

Title:
iHofman: a predictive model integrating high-order and low-order features with weighted attention mechanisms for circRNA-miRNA interactions | BMC Biology | Full Text
Description:
Background Increasing research indicates that the complex interactions between circular RNAs (circRNAs) and microRNAs (miRNAs) are critical for diagnosing and treating various human diseases. Consequently, accurately predicting potential circRNA-miRNA interactions (CMIs) has become increasingly important and urgent. Traditional biological experiments, however, are often labor-intensive, time-consuming, and prone to external influences. Results To tackle this challenge, we present a novel model, iHofman, designed to predict CMIs by integrating high-order and low-order features with weighted attention mechanisms. Specifically, we first extract sequence and structural information representations using FastText and GraRep, respectively, and capture high-order and low-order features from sequence information representations using stacked autoencoders. Subsequently, weighted attention mechanisms are applied for feature fusion, focusing on the most relevant information. Finally, multi-layer perceptron is employed to accurately infer potential CMIs. In the fivefold cross-validation (CV) experiment on the baseline dataset, iHofman achieved an accuracy of 82.49% with an AUC of 0.9092. iHofman also demonstrates solid performance on other CMI datasets. In case studies, 26 of the top 30 CMIs with the highest iHofman predictive scores were confirmed in relevant literature. Conclusions The above experimental results indicate that iHofman can effectively predict potential CMIs and has achieved outstanding performance compared with existing methods. It provides a reliable supplementary approach for subsequent biological wet experiments.
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Keywords {🔍}

model, information, ihofman, feature, representations, table, features, cmi, article, attention, pubmed, sequence, data, google, scholar, performance, results, wang, auc, models, interactions, circrna, mirna, cmis, structural, dataset, weighted, network, aupr, cas, circrnamirna, prediction, matrix, size, mirnas, sae, full, fusion, central, potential, fivefold, rna, left, layer, representation, loworder, mechanisms, predicting, accuracy, methods,

Topics {✒}

b_{{a_{{\text{mi }}} }} b_{{a_{{\text{mi b_{{a_{{\text{circ }}} }} b_{{a_{{\text{circ w_{{a_{{{\text{mi}}}} }} {w_{{a_{{\text{mi w_{{a_{{\text{mi w_{{a_{{\text{circ }}} }} {w_{{a_{{\text{circ w_{{a_{{\text{circ = \left[ {c_{{\text{circ lncrna-mirna interaction prediction multi-source information extraction $$c_{{\text{mi $$c_{{\text{circ multi-source feature fusion langle\nu^{\prime}_{nj+1} lncrna-mirna interaction dataset inferring mirna–lncrna interactions dual-level feature extraction mir-182-5p/p27 axis identifies mirna-disease associations $$x_{{\text{mi $$x_{{\text{circ unique closed-loop structure circrna-mirna interaction prediction inferring mirna-disease association predicting mirna-disease association c_{{\text{mirna candidate circrna-mirna pairs predicting circrna-disease association enhances osteogenesis-coupled angiogenesis predicting mirna-disease associations combining high-confidence data predicting circrna–mirna associations gaussian kernel-based method circrna-mirna interactions based identify mirna-disease associations inferring mirna-disease interactions mirna–disease association prediction predicting circrna–disease associations predicting circrna-mirna interactions predicting circrna–mirna interactions element-wise sigmoid activation single-stranded molecules high-level features capture circrna-disease association prediction molecular therapy-nucleic acids static low-order representations investigate circrna-mirna associations

Schema {đŸ—ș}

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      description:Increasing research indicates that the complex interactions between circular RNAs (circRNAs) and microRNAs (miRNAs) are critical for diagnosing and treating various human diseases. Consequently, accurately predicting potential circRNA-miRNA interactions (CMIs) has become increasingly important and urgent. Traditional biological experiments, however, are often labor-intensive, time-consuming, and prone to external influences. To tackle this challenge, we present a novel model, iHofman, designed to predict CMIs by integrating high-order and low-order features with weighted attention mechanisms. Specifically, we first extract sequence and structural information representations using FastText and GraRep, respectively, and capture high-order and low-order features from sequence information representations using stacked autoencoders. Subsequently, weighted attention mechanisms are applied for feature fusion, focusing on the most relevant information. Finally, multi-layer perceptron is employed to accurately infer potential CMIs. In the fivefold cross-validation (CV) experiment on the baseline dataset, iHofman achieved an accuracy of 82.49% with an AUC of 0.9092. iHofman also demonstrates solid performance on other CMI datasets. In case studies, 26 of the top 30 CMIs with the highest iHofman predictive scores were confirmed in relevant literature. The above experimental results indicate that iHofman can effectively predict potential CMIs and has achieved outstanding performance compared with existing methods. It provides a reliable supplementary approach for subsequent biological wet experiments.
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