1. Introduction. When much training is given to a body, the demand of energy increased rapidly. Therefore, in considering the effect of training it will be of significance to search blood histoligical phenomenon occured by the physio-logical functions of blood to transport energy source and defend a living body. The aim of this study is in observing the change of white corpuscle and red corpuscle, Hematocrit, Hemoglobin, E.S.R and the change of pulsation. 2. The Object and the Duration of the study. 1) This study selected its objects : as the Gyung-Nam representative players, 8 Swordmanship players in A high school, 4 boy Shooting players and 4 girl ones in B high school, and 4 boy Shooting players and 4 girl ones in A high school, and 4 Archery players in C high school, and as Non-athletic group, 8 students in A high school. 2) As the training amount of this study are regarded, in the case of players, how much they takes in each regular game, and, in Bon- athletic group, the training amount they tahe in 50 minutes football game in athletic class. 3) This study was continued from April 7 to May 30 inclusive in 1986. 3. Conclusion and Summary. The followings are the conclusions made by observing the change of blood ingredient according to the training amout in the Swordmanship, the Shooting, the Archery and the football of Non-athletic group. 1) In the Swordmanship players. the blood ingredient changed rapidly after the game. Its change is much greater than in any other game. It is because the training and the energy consumtion amount in Swordmanship is much more than any other game. 2) In Archery, after the game, the degree of change was somewhat hihg and in Shooting low The Archery players have, in the course of static player, the walking distance to the target and the intermidiate rest time, While the Shooting ones consume much oxyzen by reducing their breath frequency, and oxyzen content in blood decreasing, Hemoglonin density becomes weak, which is called as sportsandmina. 3) The degree of the blood ingredient change was lower in Non-athletic group than in training group. Because of the effect of training, the players rde blood cell is in abundance and the distribution of Hemoglobin consistancy is wide. Training amout can be measured by the number of red blood cell after training. The Nob-athletic group was not trained and its training amount was also small.