Enliven: Bioinformatics

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Journal Sections
Comparative Genomics and Proteomics
Comparative genomics deals with the comparison of the genomic features of organisms. Comparative proteomics deals with the comparison of proteins organisms.
Immunoinformatics
Advanced study deals with immune-related genomics and proteomics.
Metabolic Pathway Engineering & Systems Biology
Interlinked study by optimizing genetics and regulatory processes in metabolic pathways with complex algorithms.
Molecular Dynamics Simulations
Molecular dynamics (MD) is a computer simulation to study the molecular movements.
Biodiversity Informatics
Study to apply informatics to biodiversity advancements.
Computational Approaches for Drug Design
The inventive process of finding new medications based on the knowledge of a biological target.
Genomics and Transcriptomics
Genomics deals with structure, function, evolution, and mapping of genomes. Transcriptomics deals with transcriptomes and their functions.
Cheminformatics
Using computer and informational techniques for chemistry problems.
Molecular Biotyping
Biotype means a group of individuals having the same genotype.
Computational Biology
Study to use biological data in developing algorithms and relations among various biological systems.
Mathematical Biology
Study that defies classification into the usual categories of mathematical research.
Biophysics
The Science to apply the laws of physics to biological phenomena.
Biostatistics
Study dealing with statistical analysis of biological data.
Molecular Phylogenetics
Study dealing with phylogenies from molecular level.
Molecular Modeling and Simulations
Simulating the molecular level processes by means of advanced modeling.
Biological Data Mining
Acquiring knowledge from the biological databases.
Sequence and Structural Analysis
Analysis of sequential arrangement and structural aspects of nucleic acids with algorithms.
Bionanotechnology
Study to analyze the nanotechnology use in biological motifs.
Bioinformatics
The advanced science to deal with biological data and genetic code analysis.
Linkage Mapping
To map genes on a chromosome based on linkage analysis.
Identification and Annotation
Identification of genetic nodes on genomes and analyzing the gene functionality.
Microarray DATA Analysis: Technique and Application
The study form to analyze the DNA, RNA retrieved data for experiments.
Biocomputing
An interlinked study form of biology, computer science, and engineering.
Database Management
Managing the database to capture and analyze data.
Journal Features
  • All submissions will undergo vigorous peer review process.
  • High quality review process.
  • Permanent published archives.
  • Author loyal benefits.
  • Reviewer credits.
  • Visible specified citations.
  • Open access - Maximum dissemination.
  • Un-interrupted author communication.
  • Standard author guidelines.
  • Minimal publication charges with convenient and safe modes of transfer.
Editorial Board

Editor-in-Chief

Mohd Rehan
Affiliation: Associate Professor,King Abdulaziz University,Saudi Arabia
Research Expertise: Relation between structure and function of proteins. Functional residues of proteins and their molecular interaction with ligand/substrate. Information theory based sequence conservation approaches. Machine learning approaches. Biological pathway (metabolic, signaling and gene regulatory networks) simulation. Structure- and ligand-based drug designing approaches

Diego Liberati

Affiliation: Research Director, Department of Information, Control and Biomedical Engineering,Italy.
Research expertise: System and Control, Telecommunication and Bioengineering.

George D Geromichalos

Affiliation: Head, Department of Chemistry,Aristotle University of Thessaloniki,Greece
Research Expertise: Cell Culture,Biochemistry, Molecular Modeling

Editorial Board Members

Yoshinori Marunaka
Affiliation: Professor and Chairman,Bio-Ionomics,Kyoto Prefectural University of Medicine,Japan
Research Expertise: Bio-Ionomics

Rob Krams

Affiliation: Professor in Molecular Bioengineering,Imperial College London,USA.
Research Expertise: mechanotransduction, atherosclerosis, synthetic biology, mouse models

Xiaohui Fan

Affiliation: Principal Investigator,Pharmaceutical Sciences,Drug Informatics Institute of Zhejiang University,China
Research Expertise: Pharmaceutical Sciences and Drug Informatics

Huixiao Hong

Affiliation: Senior Scientist,Bioinformatics and Biostatistics,National Center for Toxicological Research,USA
Research Expertise: Next-generation sequencing: technical robustness and variation of data analysis; Genome-wide association studies (GWAS): baseline practices for analyzing GWAS data, technical robustness of genotyping technology, sources of spurious associations, batch effects in GWAS; Proteomics: quality control and quality assessment of proteomics data, biomarkers for detecting hepatotoxicity, prediction protein function from protein sequences; Genomics: development of classifiers of diagnosis and prognosis based on gene expression profiles. Chemoinformatics: estrogenic activity database (www.fda.gov/ScienceResearch/BioinformaticsTools/EstrogenicActivityDatabaseEADB/default.htm) EADB and descriptors generator Mold2 (www.fda.gov/ScienceResearch/BioinformaticsTools/Mold2/default.htm)

Agnieszka A. Kaczor

Affiliation: Research Scientist,Computer-Assisted Drug Design,Medical University of Lublin,Poland
Research Expertise: Computer-Assisted Drug Design, Biomedical Informatics and Pharmaceutical chemistry

Xin Chen

Affiliation: Research Scientist,Department of Pathology and laboratory Medicine,University of California,USA
Research Expertise: Pathology, Biomarkers, Cancer Genomics and Bioinformatics

Jack Merrin

Affiliation: Center for Physics and Biology,Rockefeller University,USA
Research Expertise: The Stability of Proteins as a Function of Pressure and Temperature, High Pressure Biophysics

Deepak Kumar

Affiliation: Chair,Department of Biology, Chemistry and Physics,University of the District of Columbia,USA
Research Expertise: Molecular basis of Cancer Prevention, MicroRNAs in Prostate Cancer, Molecular Mechanisms of Apoptosis, Biomarkers for early cancer detection and target for drug development, Cancer Health Disparity

Raman Chandrasekar

Affiliation: Research Associate,Biochemistry and Molecular Biophysics,Kansas State University,USA
Research Expertise: RNAi functional genomics, Molecular Biology, Electron microscopy, Proteomics & Bioinformatics

Esmeralda Vicedo

Affiliation: Associated member,Bioinformatics and Computational Biology,Fakultat fur Informatik,Austria
Research Expertise: Bioinformatics and Computational Biology

Yuji Zhang

Affiliation: Assistant Professor,Medical Informatics,Mayo College of Medicine,USA
Research Expertise: Medical Informatics

Mary Randolph-Gips

Affiliation: Assistant Professor,Systems Engineering and Computer Engineering,University of Houston, USA
Research Expertise: Bioinformatics, Systems Engineering and Computer Engineering

Feng Feng

Affiliation: Assistant Professor,Microbiology,Boston University School of Medicine,USA
Research Expertise: Research focuses on the innate immunity and dendrite cell immunology, as well as the development of computational and mathematical models and software tools for understanding/profiling immune responses. I am particularly interested in understanding the Toll-like receptor (TLR) induced transcriptional factor pathways

A.Wilson Aruni

Affiliation: Assistant Professor,Microbiology and Molecular Genetics,School of Medicine Loma Linda University,USA
Research Expertise: Microbiology, Molecular Genetics, Bioinformatics

Renato Umeton

Email:
Affiliation: Director,Bioinformatics,CytoSolve Inc.,USA
Research Expertise: Bioinformatics

Guangming Zhang

Affiliation: Assistant Professor,University of Texas Health Science Center at Houston, USA.
Research Expertise: Computational surgery, Medical image analysis, Biomechanical analysis, Machine learning

Qian Zhu

Affiliation: Assistant Professor, Medical Informatics,Mayo College of Medicine,USA
Research Expertise: My primary research interest is in the area of data mining and management in genomics and health field by applying chemical, biomedical and Clinical informatics approaches. With the advantage of computational/web technology development, high volume of biomedical data and clinical data has been accumulated. How to leverage informatics approaches and emerging computational/web technologies to facilitate meaningful use of big data to better serve patient care is the big challenge in biomedical and clinical informatics fields. More specifically, my research area and interests aiming to address this challenge are listed as follow, 1. Data normalization using the controlled terminologies. 2. High-throughput phenotyping. 3. Computational drug repurposing. 4. Computational individualized medicine. 5. Biomedical data formal representation by leveraging Semantic Web Technologies. 6. Leveraging cheminformatics algorithms to deal with biomedical and clinical problems

Alexey Goltsov

Affiliation: Reader,Centre for Research in Informatics and Systems Pathology,Abertay University,UK
Research Expertise: Bioinformatics, Systems Pathology

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Associations

A.Wilson Aruni

Agnieszka A. Kaczor

Deepak Kumar

Feng Feng

George D Geromichalos

Jason T. L. Wang

Xiaohui Fan

Yoshinori Marunaka

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