Quantitative proteomics is the branch of analytical chemistry that is the science behind determining the amount of protein in any given sample. Quantitative proteomics help in determining the physiological differences between two biological samples, thus helping in identifying a sample that might be unhealthy or ill. This science finds its applications in the fields of drug and biomarker discovery, protein target identification, protein target validation, and toxicity profiling of drug discovery.
Articles related to quantitative proteomics are referenced from open access journals such as Journal of Biomedical Research & Environmental Sciences for inventing and discovering new techniques and technology in the aforementioned medicinal branch. These researches by scientists and researchers are aimed to advance science and public health to counter the unprecedented discovery of various pathogens and diseases.
Similar Subject Articles
-
Toxicity of Mercury and Its Compounds: Impacts on Human and Animal Health, Ecosystems, Mechanisms, and Bioremediation Strategies - A Systematic Review
Suresh R Naik* and Dipesh Gamare -
AI-Driven Retrosynthesis Framework for Drug Discovery: The Use of LLMs
David Joshua Ferguson* -
Differential Proteomic Profile in the Amniotic Fluid of Pregnancies with Trisomy 21
Raquel Rodriguez-Lopez*, Yaiza Hernandez Palomares, Fatima Gimeno Ferrer, Irene Ferrer Bolufer, Carola Guzman Lujan, Otilia Zomeno Alcala, Noelia Cabrera, Maria Luz Valero Rustarazo, Jose Estardid Colom, Maria Jose Velasco Esteban, Goitzane Marcaida Benito, Amparo Secaduras Mora and Manuel M Sanchez del Pino -
Whole-Picture of Human Recognition-Behavioral Adaptation System Analyzed via Multidisciplinary Scientific Procedure
Yutaka Masuda* -
Information on Longitudinal Studies Conducted by the Department of Anthropology, University School of Physical Culture in Krakow, Poland
Ryszard Zarow*
Current Issue Current Issue Articles
-
The Same Evolution Law Implied by the Humanoid Solar System and The Mid-oceanic Ridge of the Earth and Human Individuals
Henghua Yan* -
AI-Driven Retrosynthesis Framework for Drug Discovery: The Use of LLMs
David Joshua Ferguson* -
Differential Proteomic Profile in the Amniotic Fluid of Pregnancies with Trisomy 21
Raquel Rodriguez-Lopez*, Yaiza Hernandez Palomares, Fatima Gimeno Ferrer, Irene Ferrer Bolufer, Carola Guzman Lujan, Otilia Zomeno Alcala, Noelia Cabrera, Maria Luz Valero Rustarazo, Jose Estardid Colom, Maria Jose Velasco Esteban, Goitzane Marcaida Benito, Amparo Secaduras Mora and Manuel M Sanchez del Pino -
Giant Chronic Gastric Trichobezoar: Total Gastrectomy
Eduardo Domu00ednguez-Adame*, Cristina Hurtado and Marta Domu00ednguez -
Multidisciplinary Evaluation of the Pyramid-Shaped Formation near Visoko, Bosnia-Herzegovina: A Case for Anthropogenic Construction
Sam Osmanagich*
Relevant Topics from Biology Group
- Clinical Investigations in Adverse Drug Reaction
- Advanced Research Areas in Agronomy
- Journal Research Disciplines like Molecular Cloning
- Clinical Investigations in Cell Biology
- Current Research Study of Drug Interactions
- Scientific Research on Polymerase Chain Reaction
- Largest Open Access Journal for Botany
- Scientific Papers on Biomolecules
- Articles Related to Quantitative Proteomics
- Free Scholarly Resources of Python for Bioinformatics
- Medical Case Reports on Clinical Drug Trials
- Academic Journals in molecular synthesis
- Best Published Papers in Bryology
- Research Scope of Analytical Biochemistry and Biophysics
- Health Services Research in Molecular Medicine
- Top Molecular Biology Journals
- Current Research Study of gene therapy
- Advanced Research Areas in Proteomics Science
