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Single Cell ONLINE – A virtual series

The human body has 40 trillion cells and roughly 200 different cell types. Amongst the diverse cell types lies incredible […]

How genetics and technology could increase human longevity

Advances in healthcare has led to an increasing lifespan. Over time, our bodies gradually accumulate damage to the cells and […]

Capture the dark genome: From repeat-expansions to CRISPR unintended mutations – Webinar Summary

Tackling Disease-Related Repeat Expansion Analysis – Marzia Rossato What is the Dark Genome? The dark genome refers to parts of […]

Genetic risk for Alzheimer’s progression differs with sex

It is well documented that the genetic risk for Alzheimer’s has a sex bias. Sex bias in Alzheimer’s Carrying a […]

Webinar: Capture the dark genome – From repeat-expansions to CRISPR unintended mutations

Sequenced genomes retain a surprisingly large number of “dark” regions – sections that have proven difficult to characterise via short-read […]

Base editing outcomes predicted by machine learning model

Single nucleotide variants (SNVs) are implicated in about half of all genetic diseases and so, accurately targeting and editing these […]

Single-cell copy number profiling unveils the genetic diversity of cancer

The genetic information of a cancerous tumour is typically obtained by sequencing the tumour cells together, rather than analysing them […]

Study finds chemokine receptor inhibition can overcome immune hyperactivation in COVID-19 patients

A new single-cell analysis study of airway samples of COVID-19 patients has found that drugs targeting chemokine receptors may be […]

Deep learning in genomics – are we there yet?

As genomic sequencing becomes more routine, handling the sheer volume of data being produced is causing major issues. We must […]

100kb into the genome – a quest to improve target enrichment

*** This post was written by Dr. Anja Brunner, science writer (Science Inbound) Armed with a decade of experience in […]