  Recent data on the critical events accompanying the quenching of the
pseudogap (PG) phase in hole-doped cuprates are analysed. An original multiband
model with the spectrum influenced by doping has been used. Two critical
dopings are expected in evolving of the PG to destruction. The first of them
corresponds to metallization (antinodal) of the sample. Extended doping leads
to a second critical point where the PG is lost. In between the restoration of
the full Fermi surface proceeds. Band overlaps besides the location of the
chemical potential ({\mu}) are decisive.
