We are a computational genomics lab studying the etiology of developmental disorders and complex human diseases using high-dimensional genomic data. Our lab utilises a range of genomics and systems biology approaches to better understand regulatory features and cellular trajectory underlying disease development.
We focus on:
The An Lab is a computational biology research group specializing in advanced genomic analysis and AI-driven modeling. Our work focuses on long-read whole-genome sequencing, multi-omics integration, and cloud computing for large-scale data processing. We are also developing LLM-based deep learning models to enhance genomic data interpretation and analysis.
We work with closely with international collaborators, including the Sanders Lab at Oxford and the Werling lab at University of Wisconsin-Madison. Our team is a part of the Korean autism WGS consortium and closely collaborates with Prof. Hee Jeong Yoo at Seoul National University Bundang Hospital.
If you are interested in joining please go to the join us page.
We are grateful for funding from the National Research Foundation of Korea.
Huge congratulations to Ingyeong for being selected as NRF Graduate Fellowship recipients! 🎉
Aug 27th 2025Chanhee successfully completed their Master's program. We wish much success in your next chapter!
Aug 20th 2025Our new study developed the within-family standardized deviations (WFSD) method. The WFSD examined phenotypic deviation in autism (link).
Aug 16th 2025Our new proteogenomic analysis reveals a distinct cancer subgroup with high IGF2BP expression (link).
Jun 26th 2025Our latest review on autism genomic studies is now available (link).
Jun 4th 2025We published a review on RNA-binding proteins and alternative splicing in Autism (link).
May 26th 2025Excited to share our latest publication in Nature Communications, identifying novel genetic factors associated with Alzheimer’s disease and a cumulative effects model for risk liability (link).
Mar 7th 2025We wrote a review on national biobank projects utilizing whole-genome sequencing for population-scale genomics (link).
Feb 18th 2025Excited to share our latest paper on aberrant ERK signaling in astrocytes and its impact on learning and memory in RASopathy-associated BRAF mutant mouse models! (link).