0% Complete
Home
/
14th International Conference on Computer and Knowledge Engineering
Leveraging a structure-based and learning-based predictor using various feature groups in bioinformatics (case study: protein-peptide region residue-level interaction)
Authors :
Shima Shafiee
1
Abdolhossein Fathi
2
1- Department of Computer Engineering and Information Technology Razi University Kermanshah, Iran
2- Department of Computer Engineering and Information Technology Razi University Kermanshah, Iran
Keywords :
Binding region residue،Deep learning،machine learning،protein-peptide interaction
Abstract :
Motivations: Predicting protein-peptide interactions is essential in cellular processes, researching protein function, new drug design, understanding abnormal cell behavior, and human diseases. Conventional experimental techniques for identifying protein-peptide interaction region residues are labor-intensive and expensive. Therefore, figuring out these binding region residues using computers would be a valuable and complementary tool. We introduce a computational method, RSPPRI (Residual neural network and Support vector machine-based prediction of Protein-Peptide Region residues-level Interaction), to detect protein-peptide binding region residues accurately. In this regard, various feature groups are extracted using protein structures, including evolutionary, and structure-based. Results: For two common test sets, the proposed method surpasses traditional and structure-based methods by an F-measure (F-M) of 0.326 with a sensitivity (SEN) of 64% and a specificity (SPE) of 68%. Importantly, our milestones show a 17.4% improvement in F-M and an improved balance (about 3%) between SEN and SPE scores. In addition, the proposed method successfully separates peptide-binding region residues from other functional region residues when applied to protein binding with various ligands, such as deoxyribonucleic acid, ribonucleic acid, and carbohydrates. Overall, the obtained results are robust and consistent for diverse binding region residue predictions. The findings demonstrate the proficiency of the proposed method.
Papers List
List of archived papers
Practical Implementation of Real-Time Waste Detection and Recycling based on Deep Learning for Delta Parallel Robot
Hasan Jalali - Shaya Garjani - Ahmad Kalhor - Mehdi Tale Masouleh - Parisa Yousefi
Robust Learning to Learn Graph Topologies
Navid Akhavan Attar - Ali Fahim
Classification of Audio Streaming in Network Traffic Based on Machine Learning Methods
Mohammad Nikbakht - Mehdi Teimouri
Efficient Sub-Carrier Relationship Extraction for Human Activity Recognition via EEGNet in Wireless Sensing
Siavash Zaravashan - Sadegh ArefiZadeh - Sajjad Torabi
Energy-Aware Dynamic Digital Twin Placement in Mobile Edge Computing
Mahdi Hematyar - Zeinab Movahedi
A Robust Network for Embedded Traffic Sign Recognation.
Omid Nejati Manzari - Shahriar Baradaran Shokouhi
Improve the utility of tensor cores by compacting sparse matrix technique
Mohammad.S Abazari - Mahsa Zahedi - Abdorreza Savadi
Emotion Recognition In Persian Speech Using Deep Neural Networks
Ali Yazdani - Hossein Simchi - Yasser Shekofteh
Diagnosis of Depression Based on New Features Extractive from the Frequency Space of the EEG
Melika Changizi - Saeid Rashidi
Optimization Resource Allocation in NOMA-based Fog Computing with a Hybrid Algorithm
Zohreh Torki - S.Mojtaba Matinkhah
more
Samin Hamayesh - Version 41.5.3