What we’re about
A meetup for Bioinformatics students, researchers, academics and curious people about how Python can be used to solve biological problems related with DNA and Protein sequences.
There will be 2 talks:
1- Python for Bioinformatics book presentation (a book will be drawn among the attendants).
2- From Legacy to the Future, a tale on how we help our clients to build flexible and scalable data models
Upcoming events (1)
See all- DNA: Replication, Transcription, and Gene RegulationNeeds location
Free online only event.
REGISTER HERE: https://luma.com/dna-replication-transcription-and-gene-r
- Discover DNA’s Role as the Cellular Blueprint. Explore the structure and function of double-helical DNA. Learn how genetic instructions are stored and accessed
- Unlock the Secrets of DNA Replication. See how cells copy their DNA for growth and repair. Key enzymes and steps involved in replication
- Follow the Flow: Transcription from DNA to RNA. Trace how genes are transcribed to produce messenger RNA (mRNA) Visualize the machinery and stages of RNA synthesis
- Gene Regulation: Mastering Cellular Control Find out how cells turn genes on and off. Examine regulatory elements
- Bioinformatics Connections. Discover how modern computational tools reveal hidden patterns in genetics. Examples with Biopython.
Who Should Attend?
This talk is open to anyone curious about how DNA works and how cells control genetic information. It is especially suitable for software developers and IT professionals who want to understand the biological foundations behind bioinformatics, data analysis, and genomics.
No prior biology experience is required, if you're interested in learning how life's blueprint is read, copied, and regulated, this series will provide the essential concepts and real-world applications for beginners and enthusiasts in any field.This is part of the Toyoko BioTalks.
This is a free online only event. You will get a Zoom link before it starts.
## About us: Toyoko is the main author of OmicsContainers, a project that features a curated collection of containers for bioinformatics (https://github.com/DNALinux/OmicsContainers) We also host the Helix Code Syndicate, a collaborative group focused on bioinformatics projects. https://github.com/helixcodesyndicate
