#Next Generation Sequencing

🚀Next-Generation Sequencing (NGS) has transformed biology and healthcare. From decoding the entire genome to uncovering gene expression, exploring microbial communities, and even zooming into a single cell every NGS type serves a unique purpose. ✨The future lies in multi-omics and precision medicine, where these technologies will guide tailored treatments and deeper biological insights. #NextGenerationSequencing#NGS#Genomics #RNASeq#WholeGenomeSequencing#Metagenomics#Bioinformatics#PrecisionMedicine #LifeSciences#biosetup_lifecsiences

Your DNA could be hacked: experts warn next generation sequencing may be a prime cyberattack target.

Watch full video.How gene transcription works. DNA to RNA: RNA polymerase uses one of the DNA strands as a template to make a new, complementary RNA molecule. Transcription ends in a process called termination. Credit: D. Berry, E. Uno Via- WEHImovies/YT Source link ~ https://youtu.be/7Hk9jct2ozY

How recombinant DNA technology works🧬 #phd #phdstudent #phdlife #gradschool #gradstudent #stem #research

Did you know that *this* is how neural networks work?

Watch full video.How gene transcription works. DNA to RNA: RNA polymerase uses one of the DNA strands as a template to make a new, complementary RNA molecule. Transcription ends in a process called termination. Credit: D. Berry, E. Uno Via- WEHImovies/YT

Genotype is the complete set of genetic material that an organism inherits from its parents. It is the genetic makeup of an organism, and it determines the organism's traits. Genotype can be thought of as the instructions for building an organism. It contains the information for everything from the organism's eye color to its susceptibility to disease. Genotype is often compared to phenotype, which is the observable traits of an organism. For example, eye color is a phenotype, while the genotype for eye color is the specific combination of genes that determines eye color. Genotype is inherited from parents through reproduction. When two organisms mate, they pass on half of their genetic material to their offspring. This means that each offspring has a unique genotype, which is a combination of the genotypes of its parents. Genotype is important because it determines the organism's traits. These traits can affect the organism's survival, reproduction, and overall fitness. For example, an organism with a genotype that makes it resistant to disease is more likely to survive and reproduce than an organism with a genotype that makes it susceptible to disease. Here is a simple analogy to help you understand genotype: Imagine that genotype is like a recipe for baking a cake. The recipe contains all of the instructions for making the cake, including the ingredients, the amount of each ingredient, and the steps on how to mix and bake the cake. The ingredients in the recipe are like the genes in the genotype. The amount of each ingredient is like the number of copies of each gene that an organism has. And the steps on how to mix and bake the cake are like the instructions for how to build an organism from its genetic material. Just as different recipes can produce different cakes, different genotypes can produce different organisms. For example, the genotype for eye color can produce different eye colors, such as brown, blue, or green. Voiced @kaijinruh @facts_and_stuff_by_d #biology #genetics #gene #geneticengineering

#friday is for #nextgenerationsequencing #sciences #illumina #biomedicine #lab #medicine #qualitycheck #team #teamwork

The transcription and translation of genetic information are the two main steps of gene expression. During transcription, the enzyme RNA polymerase copies a gene’s DNA sequence into messenger RNA (mRNA) by pairing complementary RNA nucleotides with the DNA template strand, replacing thymine (T) with uracil (U). Next, during translation, the mRNA travels to the ribosome, where transfer RNA (tRNA) molecules read the mRNA codons and bring the corresponding amino acids. These amino acids are joined together in sequence to form a polypeptide chain, which folds into a functional protein that carries out cellular functions. 🎥 by yourgenome (yt) #cellbiologylab #cellbiology #molecularbiology #medicalstudent #biology #immunologystudent

🔬✨ DNA Decoding — ever wonder how Scientists sequence the DNA? 🤔💡 Welcome to Sanger Sequencing – the OG method of reading DNA, base by base! Proposed in 1977 but still SUPER popular today! 🧬📖 What do you need? 💥 Fluorescent dyes 🔗 Chain-terminating nucleotides 🎯 Precision base calling Sanger sequencing is usually the 1st step in evaluating the success of a CRISPR knock-out experiment! 🔬🧫 It’s like solving a genetic mystery with colored puzzle pieces! 🧩🔍 #scienceiscool #dnasequencing #sangersequencing #molecularbiology #biotechbasics #lablife #stemreels #womeninstem #biology #genetics #sciencefacts #science #biologyiscool #biotech #biotechnology #biologyteacher #biologynotes #biologyclass #medstudy

This baby just became the first human in history to have his DNA rewritten while he was still alive. Meet KJ, a nine-month-old from Philadelphia who was born with a genetic error in his liver that should have killed him. Out of three billion DNA pairs in his body, just one letter was wrong. But that single error meant his liver couldn’t process ammonia, and every time he ate protein, toxic waste would flood his brain. But here’s what changed everything. Doctors didn’t give him a liver transplant or put him on lifelong medication. They used CRISPR like a GPS system to find that one broken letter in his DNA, cut it out with a molecular scissor, and replaced it with a healthy copy. Here’s where it gets insane. The entire treatment was designed and manufactured in six months. Scientists created a personalized gene editing therapy that had never been tested on anyone before, got FDA approval in one week, and injected it into KJ’s bloodstream when he was six months old. The therapy traveled straight to his liver, found the exact cell with the broken gene, and rewrote his genetic code from the inside. But the craziest part? It worked. KJ can now eat protein without his brain shutting down. He’s sitting up, rolling over, and hitting every milestone doctors said he’d never reach. If you thought this is crazy, comment shoutout to science and follow for more such stories.

Next-Generation Sequencing is considered high-throughput, massively parallel sequencing to determine the order of nucleotides in entire genomes or targeted regions of DNA or RNA. Small RNA-Seq applications are an aspect of NGS which are particularly useful in biomarker discovery and understanding post-transcriptional gene regulation. What technology is known to be best-in-class for ultra-low RNA inputs? Watch this video to learn more about this topic and hit Save so you can come back to this post later. Find more info on the link in bio. #liquidbiopsy #cancer #biomarkers #plasma #serum #disease #dna #rna #alwaysready #biotechnology #didyouknow #sciencefacts #microbiology #ngs #nextgenerationsequencing