Lifebit’s Post

Find out how federated data analysis is boosting genomics research in our new blog post! Genomics research is transforming personalised medicine by studying complete DNA. However, accessing relevant genomic data poses challenges due to security, privacy, and data volume. The solution? Data federation. Data federation enables secure access without data movement, fostering collaboration worldwide. With billions of gigabytes generated annually, duplication and movement are costly. Federated analysis saves time and money by analysing distributed data in parallel. Researchers can combine genomic data securely, maximising discoveries. From rare diseases to COVID-19 insights, the potential is immense. Learn more: https://bit.ly/46XdD9I Interested in learning more about Lifebit’s federated data solution for genomics research? Contact us to request a demo: https://bit.ly/46XdDGK #Lifebit

Explore how federated data analysis is driving genomics research in Lifebit's blog post! Genomics research is revolutionising personalised medicine through in-depth DNA study. However, accessing relevant genomic data faces challenges of security, privacy and data volume. Our solution - data federation. Data federation allows secure access without data movement, promoting global collaboration. With billions of gigabytes generated annually, duplication and movement are expensive. Federated analysis optimises time and resources by analysing distributed data in parallel, enabling researchers to securely combine genomic data for maximum discoveries—ranging from rare diseases to COVID-19 insights, unlocking immense potential. Find out more: https://bit.ly/4c2nIEP #Lifebit

In this new ebook from Standard BioTools, you will discover how microfluidics-based RT-PCR in genomics-driven fields, including pharmacogenomics, automating RT-PCR, singleplex versus multiplex RT-PCR reactions, and researchers’ perspectives on using microfluidics-based devices in genomics research. Click the link below to learn more how microfluidics-based devices enhance genomics research. #AD https://ow.ly/jaRt50Sc5ib

Thanks to microfluidic chips, researchers can run thousands of RT-PCR reactions at once. Read on to learn how this capability is affecting genomics research in this new ebook from Standard BioTools. #AD https://ow.ly/SBwH50RjlPF

Thanks to microfluidic chips, researchers can run thousands of RT-PCR reactions at once. Read on to learn how this capability is affecting genomics research in this new ebook from Standard BioTools. #AD https://ow.ly/W4zi50Si6lO

Storing information in DNA could revolutionize data storage, enabling immense density and durability. This approach may lead to compact, long-term storage solutions for vast datasets, advancing fields like genomics and information archiving. The potential for DNA data storage lies in its unparalleled capacity and stability, heralding a transformative era in information management. #datastorage #dna #isamm

Let's embrace the power of bioinformatics, By utilizing bioinformatics tools, we can analyze microbial genomes, pinpoint resistance genes, and uncover patterns of antibiotic resistance. This valuable knowledge enables us to design precise interventions, optimize treatment strategies, and safeguard our antibiotic arsenal. Together, we contribute to a future where effective antimicrobials remain a cornerstone of healthcare. #AntimicrobialResistance #NAMSNational #AMRAwareness #NigerianMicrobiologyStudents #WAAW2023

In this high-demand field, you will learn to harness the power of data to uncover insights into health data, use bioinformatics packages to analyze DNA sequences to identify genetic variations and their health implications and integrate various types of biological data with other health electronic record data. Learn More: https://lnkd.in/ezeiq6t6

In recent years, advancements in bio-science have brought about incredible breakthroughs in medical treatments, disease prevention, and genetic research. However, there is a dark side to these technological advancements that many fear and few are willing to talk about – biological weapons. Biological weapons are some of the deadliest and most terrifying weapons in existence. #Science #SocialScience #Technology

Let's embrace the power of bioinformatics, By utilizing bioinformatics tools, we can analyze microbial genomes, pinpoint resistance genes, and uncover patterns of antibiotic resistance. This valuable knowledge enables us to design precise interventions, optimize treatment strategies, and safeguard our antibiotic arsenal. Together, we contribute to a future where effective antimicrobials remain a cornerstone of healthcare. #AntimicrobialResistance #NAMSNational #AMRAwareness #NigerianMicrobiologyStudents #WAAW2023