Concentrations according to the rest types Serum norepinephrine concentration in each group after respec tive recovery treatment was shown in Table 5. Acupressure recov ery and workout recovery showed far more potent decreasing impact on serum norepinephrine concentration than rest recovery. Epinephrine concentrations based on the rest varieties Serum epinephrine concentration in each and every group just after respective recovery therapy was shown in Table 6. Acupressure recovery and workout recovery showed extra potent decreasing impact on se rum epinephrine concentration than rest recovery.Supplies AND METHODSSubjects Overall health male college students in Incheon participated in this ex periment because the subjects. They effectively recognized the process of this study and agreed to this treatment. The physical characteris tics with the subjects had been presented in Table 1. Apparatus Following apparatus had been used for this study (Table 2). Experimental procedure Exercising loading test was followed by Bruce protocol, exercise load applied for the subjects was treadmill operating at 70 VO2 max for 15 min after treadmill walking for two min. One of many re covery procedures was applied for the subjects through 1 session of ex periment, and all the subjects repeated 3 recovery approaches during three sessions of experiment.Formula of Acid-PEG3-C2-Boc The subjects within the acupressure recovery group received meridian acupressure on table for 30 min.Table 1. Physical characteristics of subjectsSubject 12 Age (yr) 21.67?1.37 Height (cm) 175.75?three.60 Weight (kg) 74.42?three.Table two. Determination apparatusDetermination item Physical composition Respiration components Workout loading Blood things Apparatus (model) Impedance body fat analyzer (Imbody 720) Gas analyzer (Quark-b2) Treadmill (Inter tract 6200) 1470 Wizard x-counter Country Korea Italy Korea FinlandTable three. Experimental groupsGroup 1 (n= four) Group two (n= 4) Group 3 (n= 4) Acupressure recovery Exercise recovery Rest recovery 3 days rest three days rest three days rest Exercise recovery Rest recovery Acupressure recovery 3 days rest 3 days rest 3 days rest Rest recovery Acupressure recovery Exercise recoveryhttp://e-jer.Formula of 105751-18-6 orghttp://dx.PMID:26895888 doi.org/10.12965/jer.Shin W. ?Impact of acupressure on anxiety hormones and lactic acidTable 4. Modifications of serum cortisol concentrationsItem Cortisol ( /dL) Group Survey time Prior to workout 15.14?2.96 14.53?2.73 14.77?two.58 1.148 0.151 Acupressure = Rest = Exercising After workout 19.07?five.54 19.57?four.42 18.90?three.84 1.437 0.066 Rest = Exercise = Acupressure Following recovery 15.36?1.87 14.76?1.67 17.30?2.26 22.25 five.879a) Acupressure Exercising = Rest t two.705 3.950 1.299 Sig 0.020 0.002 0.Exercise recovery Acupressure recovery Rest recovery Square of mean F Post hoc(Mean?SD), a)P 0.001.Table five. Alterations of serum norepinephrine concentrationsItem Norepine phrine (pg/mL) Group Survey time Ahead of exercise 334.60?92.46 342.36?113.02 357.84?68.14 1,679.969 0.194 Exercise = Acupressure = Rest After workout 384.32?127.90 373.83?85.62 464.29?57.03 29,377.261 3.271 Acupressure = Exercising Rest Just after recovery 305.96?149.46 273.09?77.70 427.11?63.43 78,957.054 7.311a) Acupressure = Physical exercise Rest t 1.789 4.479 2.608 Sig 0.101 0.001 0.Workout recovery Acupressure recovery Rest recovery Square of mean F Post hoc(Mean?SD), a)P 0.001.Table six. Changes of serum epinephrine concentrationsItem Epinephrine (pg/mL) Group Survey time Just before exercising 28.46?12.13 41.26?13.20 33.68?16.83 497.165 2.468 Physical exercise = Rest Acupressure Following physical exercise 52.84?24.91 39.12?30.30 42.66?two.