The rapid recent progress in multi-scale, patient-centred approaches applying OMICs technologies, including genomics, methylomics, transcriptomics, metabolomics and metabonomics, have highlighted the need to implement an overall strategy in medical research to achieve improved patient care and treatment outcomes.
Computational and mathematical modelling approaches especially are needed to move toward a more holistic understanding of mechanisms and treatment options for cardiovascular disease.
Recognising these challenges, the editors of Cardiovascular Genetics and Systems Medicine encourage genetic and systems-oriented cardiovascular research that would lead to improved prevention, more comprehensive diagnostics, and individually adjusted therapy schemes in precision medicine.
JMCC PLUS is a new open access journal of the International Society for Heart Research (ISHR). It is a sister journal to the established Journal of Molecular and Cellular Cardiology with a current impact factor of 5.000. Dr Pavlovic has been appointed deputy editor.
The journal aims to publish fundamental and translational research that advances knowledge of the mechanisms responsible for both normal and diseased cardiovascular function. At JMCC PLUS the focus is on robust scientific validity and high technical quality.
In addition to mechanistic research, JMCC Plus also considers rigorously tested negative results, replication studies, studies repeating key experiments in different model systems and datasets generated from functional or multi-omics studies as resource papers. Selected papers are also given an opportunity to present their work in the ISHR-JMCC webinars, see the YouTube channel for previously hosted webinars. The journal’s social media team work hard to promote research on their social media channels.
The International Society for Heart Research was set up in 1968 and the community is made up of over 3,000 members, in 7 international Sections (Australasian, Chinese, European, Indian, Japanese, Latin American, and North American).