10ohm is about the high-end of the range.
is it turn on too slow or turning off too slow? this should be good for a few hundred khz.
if it is much faster than that, it may require more work.
take a look at the attached schematic. it is from a Philips application note on their Class D amp running at 400khz. the two mosfets are driven by two discrete gate driver. the low side consists of Q7, Q9 and Q11. When Q7 turns on, it turns on Q9 which charges up the gate. When Q7 turns off, it turns on Q11 and drains the gate charges.
I penciled in a red npn in place of Q7 as your signal input.
if you go n-channel and p-channel, you for sure w ill need a gate driver of high current output to overcome the gate capacitance - so it may not be more advantageous to you.
I would stay with a discrete or with some dedicated (low-side) gate drivers. try microchip or TI for some.