The Ultimate Guide to Codon Usage Bias & Optimization
Imagine trying to communicate with someone who speaks the same language but uses a different dialect. You both understand the words, but some phrases might [Read More…]
Category: Genomics
SOPHiA GENETICS and Complete Genomics Partner to Integrate AI Oncology Assays with New Sequencing Platform
SOPHiA GENETICS (NASDAQ: SOPH) and Complete Genomics have announced a collaboration to broaden access to precision oncology testing. The partnership will integrate the AI-powered SOPHiA DDM™ platform with Complete Genomics’ new DNBSEQ-T1+ sequencing system. This will provide a streamlined, sample-to-report workflow for the renowned MSK-IMPACT® (solid tumor) and MSK-ACCESS® (liquid biopsy) assays.
Generative AI Supports Quickly Calculating 3D Genomic Structures
A novel method predicts how a certain DNA sequence will organize itself in the cell nucleus in a matter of minutes as opposed to days.
Genomics Research Can be Automated by Artificial Intelligence
The researchers tested five different LLMs and discovered that GPT-4 performed the best, finding common functions of curated gene sets from a popular genomics database with an accuracy rate of 73%.
Codon Chart and Codon Wheel – Explained
The codon chart is an important tool in the fields of molecular biology and genetics, allowing the translation of the genetic code into specific amino [Read More…]
Research developed the first blue print of the human spliceosome
The spliceosome has up until now remained elusive and unexplored in human biology due to the vast number of components involved and the complexity of its function.
Researchers developed AI-designed DNA switches which can flip genes
Their novel method makes it feasible to regulate gene expression in the body in previously unattainable ways, which might improve human health and medical research.
Sanger Sequencing Steps and Process
Sanger sequencing, also known as the dideoxy chain-termination method, is one of the cornerstone techniques for determining the exact nucleotide sequence of DNA. Introduced by [Read More…]
Researchers map fifty thousand of the human genome’s cryptic “knots” of DNA
A landmark 2018 study, Garvan scientists were the first in the world to directly observe i-motifs inside living human cells using a new antibody tool they had developed, that was able specifically to bind to them.
Researchers discovered a new code supporting the gene activity
Naturally, the code depends upon the assistance of massive proteins called transcription factors, which determine which genes in one’s genome are turned on or off.
