Oluwagbotemi Ajayi.

Microbiologist & Media/Tech guy
Building @SeqFlow — simplifying sequence data analysis for researchers.
Exploring computational bio & digital growth

[Oluwagbotemi Ajayi. @gbotemiaj]

@OmicTec_Inst @Biopython @seqflow

[Oluwagbotemi Ajayi. @gbotemiaj]

Balancing 3rd-year microbiology coursework while writing custom computational pipelines in Python.

​The intersection of wet-lab microbiology and dry-lab bioinformatics is where the real breakthroughs in drug discovery and pathogen genomics are happening.

​Big things cooking!

[Oluwagbotemi Ajayi. @gbotemiaj]

@jr_muj Appreciate it! Sticking with Biopython for the initial MVP to keep development fast, but definitely planning to write custom C/Rust-backed or streaming parsers in Python once handling multi-gigabyte FASTQ/BAM files. What’s your go-to setup for large genomic datasets?

[Oluwagbotemi Ajayi. @gbotemiaj]

Core parsing engine for @SeqFlow is alive and running.

Successfully validated sequence length, GC% calculation, and codon mapping logic in Python.

Small, functional step forward on the core backend.

#Bioinformatics #Python #BuildInPublic #IndieHackers

[Oluwagbotemi Ajayi. @gbotemiaj]

@ObengCosmos Nothing for undergraduates 🙂‍↔️🙂‍↔️

[Oluwagbotemi Ajayi. @gbotemiaj]

@AmridgeU Hey.

The link/URL is broken

[Oluwagbotemi Ajayi. @gbotemiaj]

@OmicsLogic I would really love to participate in the coming ones

[Oluwagbotemi Ajayi. @gbotemiaj]

@AceUganda @MRC_Uganda @UVRIug @AfrBioInstitute I really want to be in this summer school

[Oluwagbotemi Ajayi. @gbotemiaj]

@sysbiobigunipd How do I join with the research?

[Oluwagbotemi Ajayi. @gbotemiaj]

@adeoyetaoheed Thank you

[Oluwagbotemi Ajayi. @gbotemiaj]

@AdvMolecular Priority #1 is restoring gut barrier integrity. Low A. muciniphila + depleted SCFAs thins the mucosal layer, leading to tight junction failure and systemic inflammation. Need targeted prebiotics/polyphenols to rebuild the mucosal base first

[Oluwagbotemi Ajayi. @gbotemiaj]

@OmicTec_Inst B. DNA Sequence Analysis! Understanding string manipulation, GC content, and parsing FASTA logic gives you the foundational code mechanics first. Once you know how to process sequence data, scaling into high-throughput NGS workflows feels natural.

[Oluwagbotemi Ajayi. @gbotemiaj]

@nbgn_atbu @Habeeb_Genomix Great

[Oluwagbotemi Ajayi. @gbotemiaj]

@BugSpeaks Clean, fast reference database indexing is the real bottleneck in raw sequence matching, garbage in, garbage out!

[Oluwagbotemi Ajayi. @gbotemiaj]

@BugSpeaks Couldn't agree more. Turning raw FASTA/FASTQ reads into actionable biological insights is where the real value lies for researchers

[Oluwagbotemi Ajayi. @gbotemiaj]

@BugSpeaks Sequence pattern matching speed makes or breaks real-time classification. Excited to see more tools streamlining this workflow!

[Oluwagbotemi Ajayi. @gbotemiaj]

Core parsing engine for @SeqFlow is alive and running.

Successfully validated sequence length, GC% calculation, and codon mapping logic in Python.

Small, functional step forward on the core backend.

#Bioinformatics #Python #BuildInPublic #IndieHackers

[Oluwagbotemi Ajayi. @gbotemiaj]

@bioprotocolbyte Condensate & Dilute 👏🏿✨

[Oluwagbotemi Ajayi. @gbotemiaj]

@agrimentors @AgriGoI @icarindia @IcarIiwbr @icariiwm @ICAR_CISH @PIB_India @NITIAayog @ICAR_IIHR @IcarIipr @CimmytMl The next agricultural revolution should not simply aim for “more production.”

[Oluwagbotemi Ajayi. @gbotemiaj]

@genbioai AIDO Cell simulates how a cell would change in response to experiments, and how those changes appear across various experimental measurements