Raul, I beg to differ. Most hi-gain phono stages are "stressed" by using a high input resistance, e.g., 47K ohms, rather than using a conservative 100R with a typical LOMC. Well designed high gain phono stages tolerate anything up to 47K without problems. (Here and in my above post, I was referring only to MC phono stages that do NOT incorporate an SUT in order to achieve the gain needed for an LOMC.) Probably Raul is doing the same.
The reason LOMC cartridges are relatively tolerant to capacitance (vs MM cartridges) is their very very low inductance, in the 50-100 micro-henry range, as compared to MM cartridges which exhibit inductance in the ~500 milli-henry range. The inductance combined with capacitance introduced by the IC and by the input gain stage can cause a high frequency resonance. With LOMCs, this occurs at very high frequencies, well beyond audibility or the capacity of any speaker to reproduce, because of the low inductance and given any reasonable amount of capacitance. With MMs, you have to be careful about added capacitance, because the resonant peak is moved downward near to the audio frequency range due to inductance, but some benefit from just the right amount of added capacitance which boosts treble in a desirable way. This is the way I understand it, and I welcome any corrections.