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Biochemistry and molecular biology

Inside the Lab Biochemistry and molecular biology

A Fluid Future

| Luke Turner

Liquid biopsy has shown promise as a rapid, minimally invasive way to profile tumors – but are commercially available tests accurate and consistent?

Diagnostics Biochemistry and molecular biology

Treat or Surveil

| George Vasmatzis and John Cheville

Newly discovered genetic alterations could indicate whether treatment or active surveillance is the best option for low-risk prostate cancer patients

Diagnostics Biochemistry and molecular biology

One TINY Step at a Time

| Michael Schubert

For regions with limited infrastructure, a device that can diagnose Kaposi’s sarcoma without the need for a steady power supply could be invaluable

Diagnostics Genetics and epigenetics

Biomarkers on the Brain

| Steve Clifford

A newly discovered chromosome signature offers hope to children with medulloblastoma who may not need intense therapy

Subspecialties Oncology

Kill Command for Cancer

| Luke Turner

Naturally occurring miRNA sequences can be deadly to cancer cells, but can this be ramped up to maximize toxicity?

Subspecialties Oncology

Quick Hits

| Luke Turner

Discover the latest in pathology and laboratory medicine with this roundup of short news stories

Subspecialties Biochemistry and molecular biology

Identifying Parkinson’s Inhibitors

| Luke Turner

An innovative approach aims to find the most effective inhibitors of α-synuclein protein aggregation, which is a leading cause of Parkinson’s disease

Subspecialties Biochemistry and molecular biology

Journey to the Center of the Cell

| Luke Turner

A 3D model allows scientists to view live human cells in an unprecedented way, using an algorithm to display the shape and location of its structures

Subspecialties Analytical science

A Lasting Legacy

| Mary J. Wirth

A story of war, famine, epigenetics, and how all three colluded to change the phenotype of a generation of babies – and beyond

Diagnostics Analytical science

Sensing the Tiniest Change

| Menno Prins

New biomarker sensing technology can detect miniscule concentrations of molecules in the blood to assist with patient monitoring

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