Decoding the regulatory functions of the genome - for you.
Comprehensive analysis of genomic assays
ChIP-seq
CUT&TAG
CUT&RUN
ATAC-seq
RNA-seq
Hi-C
CAGE-seq
NET-seq
MNase-seq
DNase-seq
Hi-ChIP
PLAC-seq
RRBS
GRO-seq
PRO-seq
scATAC-seq
scRNA-seq
scMultiome
Expert custom analysis in multiple areas of research
Gene Regulation
Enhancer Biology
Genome Structure
Transcription
Initiation/Regulation
Massively Parallel Reporter Assays
Nascent Transcriptomics
Multi-omics
Epigenetics
Welcome to the company of unbiased biology
Our team are experts at understanding and interpreting how biology becomes data, and translating that understanding to a diverse range of users, from seasoned researchers to those new in the field.
All Things Genome is more than a services platform. We’re scientists interested in solving problems and pushing boundaries – just like you.
Led by a team of seasoned researchers in genomics, epigenetics, transcriptomics, molecular biology, biochemistry, software engineering and bioinformatics, we possess a broad and deep understanding of genomic regulatory systems.
Biology should be reproducible
The on-going reproducibility crisis remains a serious issue in science. In fact, it has been reported that, in some fields, only about 10-25% of published studies can be validated or reproduced. While the causes for this are many and varied, ATG is committed to ensuring that every project we are involved in is completely reproducible. Because we believe that real biology is reproducible biology.
Science without transparency is flawed science
Biology thrives on collaboration, reproducibility, and transparency. That is why ATG makes all of its pipelines, tools and software open source, and is committed to sharing knowledge and helping scientists learn bioinformatics.
Our team is comprised of experts in genomics, molecular biology, biochemistry, epigenetics and bioinformatics
All Things Genome provides numerous bioinformatic services with a specialized focus on helping researchers uncover the complex regulatory functions of the genome. By working hand-in-hand with other scientists we hope to build a better understanding of the mechanisms responsible for transcription and epigenetic regulation in human development and disease.
Empowering scientists with modern software engineering
Nextflow enables scalable and reproducible scientific workflows using containers. It allows the adaptation of pipelines written in the most common scripting languages.
Its fluent syntax simplifies the implementation and deployment of complex parallel and reactive workflows on any cloud or cluster.