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The non-observation of neutrinos by the IceCube at the Glashow resonanceenergy of 6.3 PeV has been a long standing unresolved issue. In this paper wepropose a t-channel neutrino absorption by the C$\nu$B, which causes a cutoffat 4.5 PeV neutrino energy, to explain the IceCube observations. We present aneutrinophilic 2HDM where the neutrino masses are generated by a low scaleseesaw mechanism. A $\mathcal{O}$(10) MeV scalar mediates the interactionsbetween left and right handed neutrinos and generates the t-channel diagramused for explaining the absence of Glashow resonance. The same scalar mediatesthe annihilation of the dark matter and generates the correct relic density.

Cutoff of IceCube Neutrino Spectrum due to t-channel Resonant Absorption by C$\nu$B