The model of DNA as topological
quantum computer assumes that nucleotides
and lipids are connected by ordinary or
"wormhole" magnetic flux tubes acting as
strands of braid and carrying dark matter with
large Planck constant

The mere assumption that electrons
of exotic Cooper pairs feed their electric flux to
larger space-time sheet via two elementary
particle sized wormhole contacts rather than
only one wormhole contacts implies that the
throats of wormhole contacts defining analogs
of Higgs field must carry quantum numbers of
quark and anti-quark.

The prediction that
wormhole contacts carrying quark and antiquark
at their ends appear in all length scales in
TGD Universe resolves the problem.

The notion of
wormhole magnetic field saves the situation
now: after the splitting the flux returns back
along the second space-time sheet of wormhole
magnetic field.

A considerable
fraction of biologically important ions would be
dark matter at magnetic or wormhole magnetic
flux tubes connecting cell nucleus and interior,
and more generally two biomolecules to each
other.

It is quite possible that the flux quanta of
the magnetic body correspond to those of
wormhole magnetic field and thus consist of two
parallel flux quanta which have opposite time
orientation.

In the case of wormhole magnetic
fields it is natural to assign a definite temporal
duration to the flux quanta and the time scales
defined by EEG frequencies are natural

The model of DNA as topological quantum
computer assumes that flux tubes of wormhole
magnetic field connect DNA nucleotides with the
lipids of the lipid layer of nuclear or cell
membrane.