#Biomarker or a #biologicalmarker is a quantitative substance present in an organism that acts as an indicator of biological conditions like #pharmacological (#therapeutic), #pathogenic (#toxic) or any normal biological processes. It helps in the prediction of the diseases and the biochemical reactions that occur inside the organism.

#Biomarker or a #biologicalmarker is a quantitative substance present in an organism that acts as an indicator of biological conditions like #pharmacological (#therapeutic), #pathogenic (#toxic) or any normal biological processes. It helps in the prediction of the diseases and the biochemical reactions that occur inside the organism.

#Biomarkers that are in molecular form are called #MolecularBiomarkers. These #molecularbiomarkers involve in the processes of #diseasediagnosis, #diseaseprognosis, #prediction and calculation of the #treatmentresponse and the evaluation of the #biomarkers. The #molecularbiomarkers are developed and validated to use it in #drugdevelopment processes.

#Biomarkers that are in molecular form are called #MolecularBiomarkers. These #molecularbiomarkers involve in the processes of #diseasediagnosis, #diseaseprognosis, #prediction and calculation of the #treatmentresponse and the evaluation of the #biomarkers. The #molecularbiomarkers are developed and validated to use it in #drugdevelopment processes.

#Biomarkers have a greater role in the study of #cancer, which involves in the #riskassessment, #screening, #diagnosis, #prognosis, #prediction of the treatment response, and monitoring of the progression of the disease. As the #biomarkers play an important role in every condition of the disease,

#Biomarkers have a greater role in the study of #cancer, which involves in the #riskassessment, #screening, #diagnosis, #prognosis, #prediction of the treatment response, and monitoring of the progression of the disease. As the #biomarkers play an important role in every condition of the disease,

#Biomarkers play a vital role in various #neurological, #cardiovascular and #rheumaticdiseases which are incurable for a long time are made a possible #treatmentanddiagnosis with the developing #advancementsinbiomarkers through various diagnostics and #imagingtechnologies.

#Biomarkers play a vital role in various #neurological, #cardiovascular and #rheumaticdiseases which are incurable for a long time are made a possible #treatmentanddiagnosis with the developing #advancementsinbiomarkers through various diagnostics and #imagingtechnologies.

#Nextgenerationsequencing or #high-throughputsequencing involves in #DNAsequencing and #RNAsequencing which is quick and cheap than the previously used method called #Sangersequencing and also there is a revolution in the study of #genomics and #molecularbiology due to the #Next-generationSequencing.

#Nextgenerationsequencing or #high-throughputsequencing involves in #DNAsequencing and #RNAsequencing which is quick and cheap than the previously used method called #Sangersequencing and also there is a revolution in the study of #genomics and #molecularbiology due to the #Next-generationSequencing.

#Transcriptomics is the study of the #RNAtranscripts (#transcriptome) that are produced by the genomes under certain circumstances using #high-throughputtechniques like #microarrayanalysis. #Transcriptionalprofiling is a technique used to identify the differences in the #geneexpression between the diseased tissues and the healthy tissues.

#Transcriptomics is the study of the #RNAtranscripts (#transcriptome) that are produced by the genomes under certain circumstances using #high-throughputtechniques like #microarrayanalysis. #Transcriptionalprofiling is a technique used to identify the differences in the #geneexpression between the diseased tissues and the healthy tissues.

#Biomarkers are detectable parameters which can be #biochemical, #genetic, #histologic, #anatomic, #physical, #functional, or #metabolic. They are detected as an image which helps in the diagnosis of the disease that is involved in it. #Imagingbiomarkers are used in clinical analysis. It promotes research and also leverage advances in #bioinformatics.

#Biomarkers are detectable parameters which can be #biochemical, #genetic, #histologic, #anatomic, #physical, #functional, or #metabolic. They are detected as an image which helps in the diagnosis of the disease that is involved in it. #Imagingbiomarkers are used in clinical analysis. It promotes research and also leverage advances in #bioinformatics.

#Pharmacology is a branch of biology and medicine which deals with the drug actions which creates a biological or #physiologicaleffect in the cell, organ or the organism. #Biomarkers are the #quantitative #measurableindicators of the #biologicalprocesses, #therapeuticresponses or the #pathogenicresponses which helps in the study of #pharmacology.

#Pharmacology is a branch of biology and medicine which deals with the drug actions which creates a biological or #physiologicaleffect in the cell, organ or the organism. #Biomarkers are the #quantitative #measurableindicators of the #biologicalprocesses, #therapeuticresponses or the #pathogenicresponses which helps in the study of #pharmacology.

#BiomarkersofExposure are the #biomarkers that expose the #geneticsusceptibility to the drug actions or the chemicals that are accumulated in the body. Advances in the study of biomarkers led to the development of analytical techniques to detect and understand the quantity of the natural and #synthetictoxins in the biological matrix.

#BiomarkersofExposure are the #biomarkers that expose the #geneticsusceptibility to the drug actions or the chemicals that are accumulated in the body. Advances in the study of biomarkers led to the development of analytical techniques to detect and understand the quantity of the natural and #synthetictoxins in the biological matrix.

The aim of #drugdiscovery and #drugdevelopment is to find the effective drug and to provide the right dosage at right frequency to the affected organism. The #Biomarkers are an effective tool to identify the mechanism of action of the drug that can correlate #pharmacokinetics and #pharmacodynamics of the drug. #Biomarkers help in finding the safe way of #drugadministration that the patient is safe and the drug is effective to the patient.

The aim of #drugdiscovery and #drugdevelopment is to find the effective drug and to provide the right dosage at right frequency to the affected organism. The #Biomarkers are an effective tool to identify the mechanism of action of the drug that can correlate #pharmacokinetics and #pharmacodynamics of the drug. #Biomarkers help in finding the safe way of #drugadministration that the patient is safe and the drug is effective to the patient.

Pinterest
Search