The study shows that during HIV heterosexual transmission, when only a few viruses in the infected partner are transmitted, the more fit viruses are preferred. These findings help to explain how viral fitness affects HIV transmission and suggests that vaccines that weaken the virus could significantly reduce transmission and confer long-term clinical benefits.
K-RITH successfully secured its first direct grant from the National Institutes of Health (NIH) at the end of June 2014 for the support of a project entitled ‘Ongoing HIV replication as a CNS persistence mechanism in the face of cART’.
Scientist-in-Residence Jacques Grosset was amongst a group of K-RITH scientists who presented at the 4th South African TB Conference held recently at the ICC in Durban. Grosset's talk was entitled 'Dose ranging activity of Clofazamine in murine model of tuberculosis.'
K-RITH hosted its third Interactive Biostatistics Course in May this year. 39 scientists participated in the course which was opened up to scientists across Africa for the first time thanks to the generosity of the Gates Foundation, The Howard Hughes Medical Institute, the Ragon Institute of MGH, MIT and Harvard, the Doris Duke Charitable Foundation, the Victor Daitz Information Gateway and the Harvard University Center for AIDS Research (CFAR) who provided funding for travel scholarships and enabled students from Uganda, Kenya, Nigeria, Ghana, Botswana and Cameroon to attend the course.
Director for UKZN's Africa Centre for Health and Population Studies, Professor DeenanPillay will be speaking on 'The biology, transmission and impact of HIV drug resistance' at the June K-RITH Seminar.
Associate TB research Professor at Stellenbosch University, Rob Warren, is K-RITH’s guest speaker for the May K-RITH Seminar where he will speak about how Mycobacterium Tuberculosis (Mtb) has evolved drug resistance over time.