Web Focuses


Top
Focus on cardiology
Focus on cardiology

Updated on 4 April 2017

Genomic advances are revolutionizing our understanding of cardiology. Genomic analysis can now shed light on vast numbers of previously enigmatic conditions and advanced sequencing techniques are increasingly used in the cardiology clinic.


Top
Focus on Genetics and Gastrointestinal Diseases
Focus on Genetics and Gastrointestinal Diseases

Updated on 9 November 2016

Genetics in Medicine, The American Journal of Gastroenterology, and Clinical and Translational Gastroenterology have published seminal articles exploring new genomic findings in clinical practice and in research. This joint web focus will keep readers up to date in this fast-moving field with reports that matter to researchers, practicing gastroenterologists, and their patients.


Top
Focus on oncology
Focus on hematology/oncology

Updated on 4 April 2017

Genomic advances are revolutionizing our understanding of oncology. Genomic analysis can now shed light on the diagnosis and management of cancer and is poised to revolutionize the care of patients with cancer.


Top
Focus on neurology
Focus on neurology

Updated on 4 April 2017

Neurology has long been at the forefront of the application of genetic testing, with numerous neurologic disorders understood at a genetic level. Genomic analysis now offers the clinical neurologist (and patients) more than ever before, with complex sequencing panels ranging from multi-gene tests to whole exome sequencing playing an increasingly vital role.


Top
Focus on obstetrics and gynecology
Focus on obstetrics and gynecology

Updated on 27 July 2017

Genetics in Medicine has published seminal articles exploring the role of new genomic technologies in clinical practice.



Top
Focus on opthalmology
Focus on ophthalmology

Updated on 1 August 2017

Few medical specialties have benefited more directly from the recent revolution in genomic technology than ophthalmology. Massively parallel sequencing has now been demonstrated as a potent diagnostic tool for inherited eye disease, and the delineation of mutations that underlie patient diagnoses is becoming even more relevant due to dramatic advances in gene therapy for such disorders.


Extra navigation

.
Sign up for e-alerts Recommend to your library Web feed

naturejobs

ADVERTISEMENT