The Advantages of Genetic Engineering: How Genome Sequencing Works

Hello Guys! Welcome to another video. Today’s video is about the advantages of genetic engineering and how genome sequencing works. Make sure to watch the video till the end.
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Time 🕝
0:00 How Genomics Will Change Our World
1:08 Understanding How Genomes Work
3:28 Accurate Prediction of Health
4:28 The Development of Reliable Databases for Genetic Biomarkers
6:09 Genome Editing
7:09 Improved Understanding of Human Origins and Ancestry
7:52 Unprecedented Food Security
8:41 Non Invasive foetal Assessment
9:52 Enhanced DNA based Forensic Analysis
10:36 Independent And In House Genetic Testing
How genomics will change our world Precision medicine has long been considered the holy grail of medicine. Achieving the level of accuracy expected in health care wasn't possible until now, especially with the improved ability to understand and sequence our genomes as humans. Medications have always affected humans differently, and we now understand why.
DNA sequencing and genomes genomics, the study of genes, makes it possible to predict and diagnose diseases and treat them more precisely and personally than ever. Our genes are made of DNA, and understanding how they function gives us great insights into how our body works and what happens when we fall sick. A complete human genome contains about 3 billion DNA base pairs uniquely arranged.
Accurate health and life expectancy predictions With advances in genomics, predicting health outcomes and life expectancy have become more accessible, increasing treatment success. Advanced genomics can detect genetic changes that cause chronic diseases like cancer before symptoms appear. This allows pre-emptive actions to delay or prevent infections. Genomic research has led to the discovery of over 2,000 disease genes and fast, accurate genetic analysis.
BIOMARKER DATABASES The human genome project helped build genetic biomarker databases for cancer research. With a database, doctors can mark genomic changes in more than 30 types of cancer, enabling precision medicine. Genomics and gene testing can detect non-functional drugs and side effects. Genomic studies help explain why drugs didn't work, what caused side effects, and the best alternative medicine. Reduces effects. Treatment quickly Advanced genomic techniques can target the genomic change causing disease. Traditional healthcare is general, so drugs miss their genomic target.
Human genes improve understanding of origins and ancestry. Genomic techniques study human origin and ancestry by comparing genome sequences from living and long-dead humans. Almost anyone's ancestry can be traced. Scientists compare the human genome project's extensive line to newly generated sequences to determine ancestry. Genomic changes in humans have become easier to observe over time.
Genomic methods empower farmers and improve food security. Reading plant and animal genomes have sped up and improved plant and animal breeding practices for thousands of years. Genomic technologies can introduce new genes to living plants and animals, observe gene changes, and select desirable traits in plants and animals. This allows for more yield, which improves food supply and food security.
Noninvasive foetal assessment is complex. Using DNA sequencing and a small sample of the pregnant mother's blood, unborn babies can be tested for specific genomic variants. Prenatal testing is invasive and risky. Modern DNA sequencing technologies have led to noninvasive, low-risk prenatal genetic testing. These noninvasive methods detect fetal DNA in the mother's blood during pregnancy.
Toxicology Genomics has improved DNA forensics. Neurogenomics-powered approaches speed up and improve the process while creating more extensive DNA databases that make searches more accurate and allow us to understand how our genomes encode our human traits. Using genomics in DNA-based forensic analysis reveals what humans looked like in the past and now.
Genealogical testing in-house You can access your genome's facts from home. Genomics has made this once-impossible task possible. Self-service or direct-to-consumer genomic testing has exploded since the human genome project was completed. A test that will Transport is getting faster, better, and more eco-friendly as experts expand genomics applications, improve planetary life, and change the world. Like and subscribe to support this channel. Tell us how genomics benefits the world.
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