Enliven: Journal of Genetic, Molecular and Cellular Biology

Molecular Genetics: Study dealing with structure and function of genes at a molecular level
Population Genetics: Study of genetic variation withinpopulations.
Quantitative Genetics: Study of trait inheritanceto examine the phenotype distribution.
Microbial Genetics: Study of microbial genes and traits.
Genetics in Medical Field: Diagnostic study in hereditary disorders management.
Modern Genetics: Application of new techniques and methods in nucleic acid analysis.
Genetic Evolution: Study of genetic transformations through generations.
Signal Transduction: Molecular signal transmission from exterior to interior of cells.
Developmental Biology: Study of genetic control on cell growth and differentiation.
Genome and Systems Biology: A combined science of dealing genome analysis with algorithms.
Cell Energetics: Energy formation and transformation in cells.
G-Protein Receptors: Protein receptors that activate the cell signal transduction and cell response upon external signals.
Gene Expression Profiling: Measuring thousands of genes? activity at once to create global cellular function to profile gene expressions.
Cell Cycle Regulation: Regulation of normal cell growth and functions.
rDNATechnology: Study of gene combination and analysis of technology in various fields.
Cellular Genetics: Gene analysis at cell level.
Cellular DNA Studies: Study and analysis of DNA at cellular level.
Molecular Biotechnology: The technical study to modify and analyze the nucleic acids and proteins in various fields.
Cell Biology Techniques: Different methods used for cell studies.
Molecular Biochemistry: Study of chemical aspects at molecular level of body.
Molecular and Cellular Proteomics: Study of molecular and cellular proteomes and their functions.
Gene Expression and Regulation: Genetic information in synthesis of functional gene product and the means of gene regulation.
Genetics and Gene Therapy: Interrelating genetics with Introducing normal genes at affected gene areas.
Antisense RNA Technology: Advanced technology using complementary strand to mRNA.
Clinical Molecular Biology: Studies of molecular biology for observation and treatment of genetic disorders.
Computational Molecular Biology: Study combined of computational, statistical, experimental, and technological methods in molecular biology.
Chip Molecular Biology: Analyzing and examining the molecule level interactions with chip technology.
Molecular Cell Biology: Detailed cellular study of biological molecules in organisms.
Genetic Virology: Study of genes and genetics in viral parasites to prevent the affects.
Evolutionary Genetics: The advancements and enhancements in the field of genetics.
Genetic Markers: The gene or DNA sequence with a known location on chromosome to observe the variations.
Genetic Disorders: A medical condition, often inherited, caused by an abnormality in someone's DNA.

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.