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Table 2 Detailed information of the Kyoto Encyclopedia of Genes and Genomes (KEGG) pathway enrichment results

From: Quantitative proteomic characterization of human sperm cryopreservation: using data-independent acquisition mass spectrometry

Pathway NamePathway IDP valueGenes: Name|Ratio(Cryopreservated/Fresh)CountPop HitClass
Ribosomehsa030101.66E-06RPL10A|0.573336532743;RPS19|0.631553739412;RPS13|0.523487855699;
RPL27|0.636693323276;RPS12|0.620311406135;RPS28|0.556462384813;
MRPS7|1.61901451638;RPL30|0.585111111172;RPL26|0.525298518938;
RPLP1|0.201692403302;RPS27|0.545857932715
11138Genetic Information Processing
Protein processing in endoplasmic reticulumhsa041415.94E-05CAPN1|0.483846314217;SEC63|1.64488179;NSFL1C|0.532234501825;
RAD23B|0.544847606418;RAD23A|0.449570898437;SEC61A2|1.59938044965;
SVIP|0.57175573788;SSR3|1.53947957741;SEC61G|12.6538069403;
RBX1|0.63561326146
10166Genetic Information Processing
Carbon metabolismhsa012001.11E-04GPI|0.594470429855;MUT|1.64145141153;ALDH6A1|1.80998863199;MDH1|0.61379399419;ADH5|1.57385688652;GLUD1|1.60104289531;PGAM1|0.554594456772;PCCB|1.679725235548113Metabolism
Protein exporthsa030602.07E-04SEC63|1.64488179;SEC61A2|1.59938044965;SEC61G|12.6538069403;IMMP1L|1.67051120115423Genetic Information Processing
Propanoate metabolismhsa006407.66E-04MUT|1.64145141153;ALDH6A1|1.80998863199;LDHB|0.606365006071;PCCB|1.67972523554432Metabolism
Lysosomehsa041421.13E-03CTSF|0.624627283152;GNS|0.637102261894;ARSA|0.494575557376;NAGA|0.650162388685;NPC2|0.426290016224;AGA|0.43725788109;CLTA|0.6667763357967123Cellular Processes
Cysteine and methionine metabolismhsa002702.79E-03AHCY|0.597470127607;MDH1|0.61379399419;LDHB|0.606365006071;GSS|0.585813890146445Metabolism
Glyoxylate and dicarboxylate metabolismhsa006305.72E-03MUT|1.64145141153;MDH1|0.61379399419;PCCB|1.67972523554328Metabolism
Glycolysis / Gluconeogenesishsa000101.15E-02GPI|0.594470429855;LDHB|0.606365006071;ADH5|1.57385688652;PGAM1|0.554594456772467Metabolism
Pyruvate metabolismhsa006201.54E-02MDH1|0.61379399419;LDHB|0.606365006071;ACYP1|0.490664299807340Metabolism
Valine, leucine and isoleucine degradationhsa002802.50E-02MUT|1.64145141153;ALDH6A1|1.80998863199;PCCB|1.67972523554348Metabolism
Nucleotide excision repairhsa034202.50E-02RAD23B|0.544847606418;RAD23A|0.449570898437;RBX1|0.63561326146348Genetic Information Processing
Glutathione metabolismhsa004803.08E-02GSS|0.585813890146;GGCT|0.573964558442;GSTK1|1.70055565858352Metabolism
Proximal tubule bicarbonate reclamationhsa049643.63E-02MDH1|0.61379399419;GLUD1|1.60104289531223Organismal Systems
Parkinson’s diseasehsa050123.90E-02ATP5F1|1.571159587;VDAC3|1.63594176768;UCHL1|0.613051768866;NDUFB8|1.71896191444;MT-ND3|1.541310792775142Human Diseases
Huntington’s diseasehsa050164.15E-02DCTN2|0.634124905506;ATP5F1|1.571159587;VDAC3|1.63594176768;CLTA|0.666776335796;AP2S1|4.07535354503;NDUFB8|1.718961914446193Human Diseases
  1. The “Pop hit” is the total number of proteins in the pathway; the “Count “is the actually matched number