Molecular Pathology & Genomics

The big question: Are we entering a new era in which mRNA vaccines are the future?

In May, AstraZeneca began the worldwide withdrawal of its COVID-19 vaccine, due to a “surplus of updated vaccines” that target new variants. Then in June, Moderna announced positive late-stage trial results for its single COVID/flu combination vaccine, mRNA-1083. On the back of this, we look at the future impact of mRNA vaccines.

Predicting the return of breast cancer

Dr Isaac Garcia-Murillas discusses a new blood test that can predict if breast cancer will return years before the disease shows on scans.

Study points to potential treatments for restless leg syndrome

Scientists have discovered genetic clues to the cause of restless leg syndrome. The discovery could help identify those individuals at greatest risk of the condition and point to potential ways to treat it.

My lab: stem cell transplant and cellular therapy lab

Advanced Specialist Biomedical Scientist Mel Green gives a guided tour of the stem cell transplant lab at Nottingham University Hospitals.

Telomere findings may offer insights

A new study shows that an enzyme called PARP1 is involved in repair of telomeres – the lengths of DNA that protect the tips of chromosomes – and that impairing this process can lead to telomere shortening and genomic instability that can cause cancer.

Beyond SARS-COV-2

Dr Jennifer Cane, a Postdoctoral Research Assistant, asks what sequencing respiratory viruses can tell us.

Microsatellite instability cancer tests

New US research compares the data of newly diagnosed cancer patients who received two different types of tests to determine their course of treatment.

How cancer cells use competition to evade the body’s defences

A Japanese team of scientists has examined the effects of the accumulation of stepwise gene mutations on cell competition and investigated its role in the cancer formation process.

Concurrent dna and RNA sequencing testing

Research indicates adding RNA sequencing to germline genetic testing could improve accuracy and clinical sensitivity, compared to DNA sequencing alone.

Lipoproteins in the central nervous system

US scientists have created a method to detect lipoproteins in the central nervous system that they claim could give new insights into the workings of the brain.

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