Neurology & neuroscience
Neuromuscular disease, neurogenetics, movement disorders, stroke and clinically grounded research questions.
Medicine · Research · Technology · Writing
Dr. Abu Suraih
Sakhri
Clinician, medical researcher, scientific software developer and author. Working at the intersection of neurology, pathology, medical AI and reproducible research.
01 / The person behind the work
Medicine informs
what I build.
My work connects clinical questions with rigorous evidence synthesis, quantitative analysis and practical software. With a background spanning pathology and neurology, I focus on making medical data and research methods more usable, transparent and reproducible.
Clinical neurologyHistopathologyEvidence synthesisMachine learningScientific computing
Knowledge becomes more useful when it can be examined, reproduced, challenged and turned into tools for others.
02 / Areas of inquiry
Research without silos.
Clinical medicine, biomedical data, computational methods and methodological research are connected parts of one practice.
Pathology & digital imaging
Whole-slide imaging, AI-assisted microscopy, computational tissue analysis, IHC and diagnostic workflows.
Systematic reviews & meta-analysis
Transparent literature retrieval, data extraction, pooled estimates, study heterogeneity and reproducible reporting.
Medical AI & research software
Open-source utilities, model evaluation, research automation and human-auditable scientific workflows.
03 / Open-source engineering
From ideas to instruments.
Selected public repositories. Projects are presented as research or engineering work, not as clinically validated devices.
TB-AFB Detection
Whole-slide imaging workflow for screening acid-fast bacilli using computer-vision methods.
View GitHub ↗OmniSlide
JPEG2000 whole-slide image conversion pipeline for research imaging workflows.
View GitHub ↗propMetaTools
Tools supporting proportional meta-analysis, visualization and evidence synthesis.
View GitHub ↗RARA
Research Article Retrieval Agent for scholarly metadata and legitimate acquisition routes.
View GitHub ↗LabMind Atlas
Exploration of diagnostic workflow intelligence and laboratory turnaround-time oversight.
View GitHub ↗Blast Detection Algorithm
Algorithm development and evaluation for image-based blood cell analysis.
View GitHub ↗medstats-cli
Command-line tools for diagnostic accuracy and medical statistics.
View GitHub ↗Citation Checker
Research reference integrity checks built around PubMed IDs and DOI citations.
View GitHub ↗Open OCR
Open OCR experimentation for document and data extraction workflows.
View GitHub ↗AN ESSAY ON ARTIFICIAL INTELLIGENCEWhat survives
ABU SURAIH SAKHRI
What survives
the hype?
A critique of the AI boom and a question about its economic limits.
TECHNOLOGY / IDEAS
THE
BIG
CRUNCH
BIG
CRUNCH
The Rise, the Mania, and the Inevitable Collapse of Artificial Intelligence
Abu Suraih Sakhri04 / Writing & books
Ideas deserve
space to unfold.
The Big Crunch explores the AI investment boom, the accompanying hype, and the economic question of what remains when expectations and returns diverge.
Interactive visual preview; not a reproduction of the book's copyrighted pages.
05 / Teaching & public materials
An open archive of ideas.
From clinical teaching slides to scientific software and published writing. The new searchable index connects all of these areas.
05 / Scholarly record
Selected publications.
Bibliographic records linked to PubMed. A complete, verified publication inventory can be expanded as additional indexed records are consolidated.
2026
NF186 mediated demyelinating polyneuropathy causing pseudo-dystonia and pseudo-athetosisRead PubMed record ↗
2026
Jordan Bodies as a diagnostic clue in Neutral Lipid Storage MyopathyRead PubMed record ↗
2026
Dermatofibrosarcoma Protuberans of the Scalp in a 15-year-old Boy: A Rare Pediatric Surgical ChallengeRead PubMed record ↗
06 / Connect
Research is a conversation.
For academic collaboration, scientific software and writing inquiries.
Get in touch ↗