Given that independent suspension geometry - front in particular - involves camber change with wheel movement - more negative as wheel rises - any lowering is bound to alter the camber angle. Independent suspension systems have an effective swinging-arm length, which can be quite short in the case of double-wishbone setups, with an angled, short upper wishbone and a relatively flat, longer lower wishbone; the effective length is longer with the strut system used on the front of the majority of cars to save costs (I suspect TDQ's Honda has nice double wishbones). Cornering causes body roll, which reduces negative camber, while the wheel movement increases negative camber so the two tend to cancel one another out to minimise any change of wheel-to-road angle as you corner.