Armed Struggle in South Africa: Consequences of a Strategy Debate
It would be possible to draw a line from the founding leaflet of Umkhonto We Sizwe (MK), issued on December 16, 1961 (and from the 1962 South African Communist Party [SACP] programme, The Road to South African Freedom) to the Harare Declaration of 1989 – and to the eventual outcome and claim that the strategy of the African National Congress (ANC) was always for a negotiated settlement to achieve democracy in South Africa (Umkhonto we Sizwe 1961, 1989a, 1989b). That indeed is the idea which Allister Sparks attributes to NelsonMandela: “I startedUmkhontoWe Sizwe ... but I never had any illusions that we could win a military victory; its purpose was to focus attention on the resistancemovement” (1994:26). However, that standpoint is contradicted by the decisions of the ANC conference at Morogoro (April 25–May 1, 1969) and by countless other ANC documents which insist that the goal was the armed seizure of power by the masses.
Southern Africa: Problems of Armed Struggle
Southern Africa comprises a sub-system of exploitation which occupies a pivotal place in imperialist strategies for the African continent as a whole. The convergence of interests between the white minority regimes and the neo-colonialist order of imperialist powers in Africa has its roots in the fact that Southern Africa, and especially South Africa, are both economically and militarily the most reliable allies of imperialism and its most profitable base in the region. Imperialist capitalist investment in South Africa (about £3,000 million) is greater than the capital invested in the whole of the rest of Africa. United States investments in South African manufacturing industry alone are four times as much as in the rest of the continent. Sean Gervasi has illustrated how penetrating this western involvement has become :
Apoptosis induced in the spinal cord and dorsal root ganglion by infection of herpes simplex virus type 2 in the mouse
After inoculation of a highly neuro-invasive strain of herpes simplex virus (HSV) type 2 (186) into the mouse hind-paw planter skin, many virus-positive neurons and glial cells were detected in the dorsal root ganglia (DRGs) and lumbar spinal cord by immunohistochemistry for HSV-2 antigen. A number of apoptotic cells were also observed in the spinal cord and DRGs by the terminal dUTP nick-end-labeling (TUNEL) method. Double labeling with the immunohistochemistry for HSV-2 and the TUNEL method revealed further that some glial and neuronal cells in the spinal cord, either infected or non-infected by HSV-2, showed apoptotic signs. In DRGs, however, apoptosis was detected in no neuronal cells, although some of HSV-2 -infected glial cells were apoptotic.