Tag: Cancer Pharmacogenomics

Drugs interact with your body in a number of ways, depending on how you take the drug and where the drug may act in your body. After you take a drug, your body needs to break it down and get it to the intended area. Your DNA can affect multiple steps in this process to influence how you respond to the drug. Pharmacogenomics Pharmacogenomics is the study of how genetic variants influence drug efficacy and toxicity. This field combines pharmacology (the science of drugs) and genomics (the study of genome, genes, and their functions) to develop efficient, and safe medications that can be prescribed based on a person’s genetic makeup.Pharmacogenomics inspects how your DNA is affected by the way you respond to drugs. The long-term goal of pharmacogenomics is to help doctors select the drugs that are best suited for each person. It is part of the field of precision medicine, which aims to treat each patient individually. Cancer Pharmacogenomics Cancer is among the leading causes of death worldwide. It is a disease that causes cells to divide uncontrollably and spread into surrounding tissues. There are many types of cancer treatments available which depend on the type of cancer you have and how advanced it is. The sensitivity to cancer therapy varies significantly among patients. The important factor to counter here is how the patient’s body will react to each treatment. The ability to predict how a cancer patient will respond to a particular treatment is the goal of personalized oncology. -10% Hands-on Guide on Computational Vaccinology and Chimeric Vaccines 19 Lessons Expert Vaccine development has been very successful in the prevention of … BioCodeTeam (2) $134.99$149.99 Vaccine Discovery Hands-on Guide on Computational Vaccinology and Chimeric Vaccines 4.0/5 (2 ratings) 19 Lessons Expert What you'll learn Retrieval of Proteome, Antigenicity and Location Prediction Prediction and Evaluation of cytotoxic T-Lymphocytes (CTL) Epitopes Prediction and assessment of Helper T-Lymphocytes (HTL) Epitopes Prediction and assessment of Linear B-Lymphocytes (LBL) Epitopes Molecular Docking Studies Estimation of Population Coverage Mapping of Vaccine Construct Codon optimization and In Silico Cloning Immune Simulation Molecular Dynamic Simulation Docking between vaccine protein & TLR4 receptor Screening of B Cell Epitopes Disulfide Engineering of Vannice protein 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you'll learn Introduction to python Iterable Objects Control Flow File Handling Functions & Modules Error Handling Introduction to BioPython Sequence Analysis Sequence Data Parsing Sequence Data Extraction Alignment Parsing and Analysis BLAST Database Searching Parsing BLAST results Biological Data Retrieval Parsing a PDB Structure file Protein Sequence Analysis Introduction to R Variables & Functions Packages Vectors & Data Types Biological Data Analysis Control Flow Introduction to R Data Visualization: ggplot2 Getting Familiar With Linux Piping and Control Data Flow Pre-processing Biological Datasets Processing and Analysis of Biological Datasets Data Transformation with dplyr Tidy Data with tidyr Add to cart Add to wishlist -10% Introductory Python & BioPython for Bioinformatics 69 Lessons 10.3 hours Intermediate BioCodeTeam $48.59$53.99 Bioinformatics Programming Introductory Python & BioPython for Bioinformatics 69 Lessons 10.3 hours Intermediate What you'll learn Introduction Iterable Objects Control Flow File Handling Functions & Modules Error Handling Sequence Analysis Sequence Data Parsing Sequence Data Extraction Alignment Parsing and Analysis BLAST Database Searching Parsing BLAST results Biological Data Retrieval Parsing a PDB Structure file Phylogenetic Analysis Protein Sequence Analysis Add to cart Add to wishlist -10% Basic Bioinformatician Course 102 Lessons 18.1 hours Beginner Basic Bioinformatician Course Allows You To Develop The Basic Bioinformatician … BioCodeTeam $20.69$22.99 Beginner's Basic Bioinformatician Course 102 Lessons 18.1 hours Beginner What you'll learn NCBI Sequence Format UCSC UniProt PDB ENSEMBL InterPro Phytozome Pairwise Sequence Alignment & Analysis Multiple Sequence Alignment & Analysis Alignment Format Phylogenetic Tree Building & Visualization Secondary Structure Prediction Protein Analysis Genomics Tools Introduction to Python Iterable Objects Control Flow in Python File Handling Functions & Modules Introduction to R Variables & Functions Vectors & Data Types Packages Biological Data Analysis Control Flow in R Add to cart Add to wishlist -10% Fundamental Bioinformatician Course in Python 62 Lessons 18.1 hours Beginner Fundamental Bioinformatician Course in Python Allows You To Develop The … BioCodeTeam (1) $22.49$24.99 Beginner's Fundamental Bioinformatician Course in Python 5.0/5 (1 rating) 62 Lessons 18.1 hours Beginner What you'll learn Bioinformatics Databases Bioinformatics File Formats Protein Databases & Analysis Sequence Alignment & Analysis Phylogenetic Analysis Secondary Structure Prediction Python Add to cart Add to wishlist RNA-Sequencing in Cancer Pharmacogenomics With the advent of RNA sequencing over a decade ago, diagnosis and identification of cancer entered a new phase that enabled more accurate analysis that is difficult to approach and analyze. RNA-seq is being widely used for the research on gene expression in various malignancies and has been found as an effective tool in the exploration of carcinogenesis, identification of tumor biomarkers, and development of new therapeutic drugs and strategies.Analysis of gene expression allows researchers to explore the molecular basis of cancer and provide information on tumor progression. Various assays based on gene expression analysis have been developed to guide personalized therapeutic pathways in oncology. RNA-Seq has enabled insight into the molecular mechanisms underlying cancer which has given rise to numerous trials related to transcriptome-based personalized oncology.The expanding availability of transcriptome profiling has enabled the introduction of transcriptomics in clinics. Several prognostic and predictive gene expression analysis, as well as cancer biomarkers, have been utilized in clinical oncology. The change in the standard cancer classification from histopathological and clinical to molecular has opened a more customized perspective for tumor diagnostics and therapy. With the help of cancer pharmacogenomics, it has become possible to predict how a certain drug will function in the diseased body. Examples of Cancer Pharmacogenomics Advancements have been made in breast cancer research after performing gene expression profiling to establish molecular classification and identification of therapeutic/diagnostic targets in breast cancer. Other than this various efforts were made in colorectal cancer (CRC) as well. In this research for colorectal cancer, four consensus molecular subtypes of CRC were distinguished. Similarly, another study uncovered differences in origin of ovarian cancer. Learn Cancer Genomics: NGS (Whole Exome Sequencing) Variant Calling Using LinuxAn example of gene expression profiling in the selection of cancer biomarkers can be found in gastrointestinal tract tumors. Many RNAs were found to be useful in precision oncology for instance miR-106b, miR-20a, and miR-221 were confirmed as early detection biomarkers for gastric cancer. The piRNAs, which mediate transcriptional and post-transcriptional gene silencing machineries, may serve as biomarkers for early diagnosis, treatment and prognosis of renal cancer, hepatocellular carcinoma, glioblastoma, and gastric cancer.

Tag: Cancer Pharmacogenomics

Cancer Pharmacogenomics (RNA-Seq)

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