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The related term ''proteomics'' was originally coined by Marc Wilkins and colleagues and is now widely identified as one of the omics- the set of post-genomic technologies which seek to further understand the genome in the molecules it encodes, their functions, interactions and connected properties. https://www.creative-proteomics.com/services/bioinformatics-for-proteomics.htm ...
Creative Proteomics' experts have extensive experience in lipidomics and bioinformatics analysis, assisting you in screening differential metabolites, identifying unknown lipid molecules, and qualitatively and quantitatively analyzing target compounds. ...
Exosomes are extracellular vesicles that can affect cell functions by transferring substances such as nucleic acids, proteins, and lipids between cells. For example, they play an important role during antigen presentation in antigen-presenting cells, in the development of tumour cells, and in signal transduction in nerve cells. ...
Casting a broader net to further explore the complexity of the human proteome. Complementing and expanding on our previous portfolio of disease area-focused biomarker panels, our exploratory panels offers scientists the chance to cast a wider net in the quest to identify new biomarkers and relevant protein signatures, offering many new assays focused on important biological processes with ...
Casting a broader net to further explore the complexity of the human proteome. Complementing and expanding on our previous portfolio of disease area-focused biomarker panels, our exploratory panels offers scientists the chance to cast a wider net in the quest to identify new biomarkers and relevant protein signatures, offering many new assays focused on important biological processes with ...
Proteomics is a discipline that analyzes the dynamics of protein components, including expression levels and modification states from a holistic perspective, understands the interactions and connections between proteins, reveals the function of proteins and the laws of cell life, and studies all proteins in cells and their behaviours. ...
Creative Proteomics can provide a comprehensive range of proteomics services to help you better conduct research in the drug discovery process, which includes protein gel and imaging analysis, protein identification, protein quantification, top-down proteomics, peptidomics, post-translational modification analysis, and protein-protein interaction. ...
Casting a broader net to further explore the complexity of the human proteome. Complementing and expanding on our previous portfolio of disease area-focused biomarker panels, our exploratory panels offers scientists the chance to cast a wider net in the quest to identify new biomarkers and relevant protein signatures, offering many new assays focused on important biological processes with ...
With years of developing and refining our bioinformatics analysis system, Creative Proteomics offers comprehensive bioinformatics support to our clients’ research! ...
Creative Proteomics provides lipidomics solutions in the biomedical field based on GC-MS and high throughput LC-MS/MS technologies. We are capable of performing both untargeted and targeted lipidomics analyses of various panels based on your specific objective. ...
Comprehensive suite of new pre-clinical and clinical testing capabilities: pharmacokinetic (PK), pharmacodynamic (PD), and companion diagnostic (CDx) services. Proteomics International applies its proven expertise and experience in targeted mass spectrometry to the field of PK testing. Mass spectrometry is ideal for the accurate and precise quantitation of target drugs and their break-down ...
Cytokine assays can assist in determining the immune function of the body and help in research related to the disease mechanism, diagnosis, and treatment. There are various assays for cytokines, and you can choose the most appropriate assay according to sample size, assay needs, and budget. https://cytokine.creative-proteomics.com/cytokine-panel-service.htm ...
Targeted and non-targeted metabolomics take part in food identification, disease research, animal model verification, biomarker discovery, disease diagnosis, drug development, drug screening, drug evaluation, clinical research, plant metabolism research, and microbial metabolism research. ...
Nuclear magnetic resonance (NMR) technology can be used as a conventional structural analysis method to determine the solution structure and dynamics of biological macromolecules and their complexes. ...
To the greatest extent, untargeted metabolomics reflects the multiple dynamic responses of living organisms to external stimuli, pathophysiological changes, and gene mutations in metabolite levels in vivo, offering a new perspective for disease diagnosis, pathological research, new drug development, drug toxicology, and other studies. ...
Targeted and non-targeted metabolomics take part in food identification, disease research, animal model verification, biomarker discovery, disease diagnosis, drug development, drug screening, drug evaluation, clinical research, plant metabolism research, and microbial metabolism research. ...
Untargeted lipidomics uses LC-MS and GC-MS technologies to unbiasedly detect the dynamic changes of all lipid molecules before and after the stimulation or disturbance in cells, tissues, organs, or organisms. https://www.creative-proteomics.com/services/lipidomics-profiling.htm ...
Gut microbes provide energy to microbiota by digesting food residues and releasing metabolites for the gut, affecting the host if they enter the host's circulatory system. Conversely, intestinal metabolites can influence the composition, gene expression, and gut microbiota-derived metabolites. https://metabolomics.creative-proteomics.com/microbial-metabolomics-service.htm ...
Untargeted lipidomics uses LC-MS and GC-MS technologies to unbiasedly detect the dynamic changes of all lipid molecules before and after the stimulation or disturbance in cells, tissues, organs, or organisms. https://www.creative-proteomics.com/services/lipidomics-profiling.htm ...
Towards a better understanding of cardiovascular disease and personalized medicine. The Cardiovascular III (CVD III) panel is a high-throughput, multiplex immunoassay enabling analysis of 92 CVD-related protein biomarkers across 96 samples simultaneously. This high level of multiplexing is achieved without any compromise on data quality, thanks to our proprietary Proximity Extension Assay (PEA) ...