Watch our COIN Unit members; Tarin, Nabeelah and Erin speak about our current research landscape in this short documentary produced by the MND Association of South Africa
In this short interview, Melissa Nel (COIN Unit Director) and Lili Milani (University of Tartu) share how they’re scaling their research and strengthening connections across the genomics community.
At Rare Diseases South Africa (RDSA), our work is rooted in a simple belief: every person deserves a diagnosis, a community and a chance at a full and supported life.
Decoding Africa's genetic diversity to transform healthcare—where cutting-edge omics meets informatics to deliver precision medicine that reflects our populations and redefines our future.
Diagnosed with SMA 25 years ago, I rejected "that's just the disease" to become a patient-partner in research. True collaboration values all lived experience, not just "exceptional" patients—transforming medicine through shared knowledge.
Global ancestry shows the big picture—your overall heritage. Local ancestry zooms in, revealing which parts of your genome come from specific ancestral backgrounds, crucial for understanding disease risk in admixed populations.
A reflection on genomics as biological memory. Genetic counselling translates DNA's complex language - through pre-test discussions, variant interpretation, and shared understanding - helping people find meaning in their genes.
Decoding Africa's genetic diversity to transform healthcare—where cutting-edge omics meets informatics to deliver precision medicine that reflects our populations and redefines our future.
Decoding Africa's genetic diversity to transform healthcare—where cutting-edge omics meets informatics to deliver precision medicine that reflects our populations and redefines our future.
Global ancestry shows the big picture—your overall heritage. Local ancestry zooms in, revealing which parts of your genome come from specific ancestral backgrounds, crucial for understanding disease risk in admixed populations.
At Rare Diseases South Africa (RDSA), our work is rooted in a simple belief: every person deserves a diagnosis, a community and a chance at a full and supported life.
Diagnosed with SMA 25 years ago, I rejected "that's just the disease" to become a patient-partner in research. True collaboration values all lived experience, not just "exceptional" patients—transforming medicine through shared knowledge.
A reflection on genomics as biological memory. Genetic counselling translates DNA's complex language - through pre-test discussions, variant interpretation, and shared understanding - helping people find meaning in their genes.
Global ancestry shows the big picture—your overall heritage. Local ancestry zooms in, revealing which parts of your genome come from specific ancestral backgrounds, crucial for understanding disease risk in admixed populations.
Diagnosed with SMA 25 years ago, I rejected "that's just the disease" to become a patient-partner in research. True collaboration values all lived experience, not just "exceptional" patients—transforming medicine through shared knowledge.
At Rare Diseases South Africa (RDSA), our work is rooted in a simple belief: every person deserves a diagnosis, a community and a chance at a full and supported life.
A reflection on genomics as biological memory. Genetic counselling translates DNA's complex language - through pre-test discussions, variant interpretation, and shared understanding - helping people find meaning in their genes.
At Rare Diseases South Africa (RDSA), our work is rooted in a simple belief: every person deserves a diagnosis, a community and a chance at a full and supported life.
Decoding Africa's genetic diversity to transform healthcare—where cutting-edge omics meets informatics to deliver precision medicine that reflects our populations and redefines our future.
A reflection on genomics as biological memory. Genetic counselling translates DNA's complex language - through pre-test discussions, variant interpretation, and shared understanding - helping people find meaning in their genes.