In yet further aspect, {HEAD ~ the present invention} provides {TAIL ~ a method} for evaluating the prognostic value in a patient in the resected stage I adenocarcinoma comprising collecting a tissue sample from the patient, determining the level of TOPK expressed in the tissue sample, and identifying the prognostic value of the patient based on the level of the TOPK expression, wherein the prognostic value of the patient is worse if the overexpression of TOPK in the patients tissue sample is found 
provides
In yet further aspect , { HEAD ~ the present invention } provides { TAIL ~ a method } for evaluating the prognostic value in a patient in the resected stage I adenocarcinoma comprising collecting a tissue sample from the patient , determining the level of TOPK expressed in the tissue sample , and identifying the prognostic value of the patient based on the level of the TOPK expression , wherein the prognostic value of the patient is worse if the overexpression of TOPK in the patients tissue sample is found
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