Targeted gene panel sequencing of liquid and tissue biopsies reveals actionable genomic alterations in Ghanaian metastatic breast cancer cases
Emmanuella Amoako abc, Setor Amuzu a, Emmanuel Owusu Ofori b, Harry Sefoga Akligoh a, Randy Tackie a, Barikisu Anna Ibrahim a, Emmanuel Kofi Quaye a, Patrick Kafui Akakpo bcd, Luke Adagrah Aniakwo b, Bashiro Jimah bc, Kofi Ulzen-Appiah bc, David Hutchful a, Aida Manu a, Joyce M Ngoi a, Lily Paemka a, Yakubu Alhassan ae, Ernest Amo Obeng d, Nicole Lim f, Lisa Rajah f, Michelle Pek f…Yaw Bediako a Abstract Purpose: Breast cancer is a major cause of cancer-related mortality among African women. The adoption of molecular genomic technologies in the management of cancer cases is limited in Africa. To provide much-needed insights on the feasibility and utility of such precision medicine paradigms in Africa, […]
Cellular immune response to SARS-CoV-2 and clinical presentation in individuals exposed to endemic malaria
We are pleased to share a paper from our first research collaboration with West African Centre for Cell Biology of Infectious Pathogens (WACCBIP) – University of Ghana, where we explored the link between malaria and lower COVID-19 deaths in Africa. This project is supported by Google, Bill & Melinda Gates Foundation and The Rockefeller Foundation.
Clinical disease activity in autoimmune rheumatic patients receiving COVID-19 vaccines
Our research on the COURAGE cohort of our Heritage Study has been published in BMC Rheumatology! The COvid-19 vaccine immUne Response in Autoimmune rheumatic patients: a Ghanaian Experience (COURAGE) study, led by Dr. Ida Dzifa Dey, followed 38 patients with Systemic lupus erythematous (SLE) and Rheumatoid arthritis (RA) over 12 months at Korle-Bu Teaching Hospital, to access changes in clinical disease activity following COVID-19 vaccination, and to understand vaccine immune response in this subset.
Yemaachi Furthers African Cancer Research Agenda With New Breast Cancer Mutation, Research Networks
Yemaachi Biotech is preparing to expand a whole-exome sequencing pilot study, while pushing forward several other pan-African cancer research initiatives.
Radiologic patterns of distant organ metastasis in advanced breast cancer patients
Breast cancer (BC) metastases to the abdomen and pelvis affect the liver, mesentery, retroperitoneum, peritoneum, bladder, kidney, ovary, and uterus. The study documented the radiological pattern and features of the chest, bone, abdominal and pelvic (AP) metastases among advanced breast cancer patients.
Yemaachi Presents Findings on Mutation Profiles of Ghanaian Women with Breast Cancer at AORTIC 2023; Announces Formation of African Clinical Cancer Research Network
Results presented in collaboration with Paemka Research Group at the University of Ghana represent largest sequencing study of its kind conducted entirely in Africa to date; Company’s cancer network will advance and scale precision oncology research and collaborations across the continent
BRECXOME – Whole Exome Sequencing of Breast Cancer Tumour Samples from Ghanaian Women
Yemaachi shared findings from a its BreCXome study in an abstract presentation at the 14th AORTIC International Conference on Cancer in Africa
Assessing the utility of liquid biopsy for detecting actionable genetic mutations among indigenous Ghanaian women with metastatic breast cancer.
Liquid biopsy detected multiple actionable variants in Ghanaian women with breast cancer that a tissue-only workflow missed. cfDNA analysis featured less variations in sample preparation which is a key consideration in resource-limited settings.
Liquid Biopsy – The necessary first step towards democratising precision oncology?
While IHC and imaging are useful for diagnosing and staging cancers, they are limited in their ability to inform clinical decision-making regarding the use of increasingly available targeted therapies that are revolutionising cancer care in developed countries. For this, more advanced molecular tests are required, and next generation sequencing-based liquid biopsy tests are at the cutting edge.