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An overall reduction factor (ORF) is introduced for studying the quenching ofsingle particle strengths through nucleon transfer reactions. The ORF includescontributions of all the probed bound states of the residual nucleus in atransfer reaction and permits a proper comparison with results of inclusiveknockout reactions. A systematic analysis is made with 103 sets of angulardistribution data of $(p,d)$ reactions on 21 even-even targets with atomic massnumbers from 8 to 56 using the consistent three-body model reaction methodologyproposed in [J. Lee, J.A. Tostevin, B.A. Brown, et al., Phys. Rev. C 73, 044608(2006)]. The extracted ORFs are found to be nearly independent on the nuclearisospin asymmetry, which is different from the systematics of inclusiveknockout reactions but is consistent with the recent measurement of $(d,t)$,$(d,3He)$, $(p,2p)$, and $(p,pn)$ reactions on nitrogen and oxygen isotopes and\textit{ab initio} calculations.

Binding-energy independence of reduced single particle strengths derived from $(p,d)$ reactions