Studding the Relation Between Sum Cretin Variables of Hemodynamic and Circulatory System After Aerobic Effort for Long Distance Runners.

( Echo ECG) . . (5) . : - : .- : ( )- : :* : ( (HR) (sBP) (dBP) (TPR) (CO) (SV) * ECG : : ( (LVH) (RVH) (QRS) (S-T Interval) T * Echo : ( (IVSd) (LVIDd) (LVWd) (IVSs) (LVIDs) (LVWs) (LVEdV) (LVEsV) (EF) (FS) (LVM) (LVMI) (MC)) :( ) . : Hr dBP S-T Interval CO SV LVH IVSs RVH Axis LVM LVMI sTime LVIDd LVEdV LVIDd LVEdV LVWd LVM LVIDs LVWs LVEsV This research aims to identify physiological and morphological responses for Hemodynamic after an aerobic effort using various measuring techniques like echocardiography and electrocardiography with other special and to study the relation between those variables. The problem of this research is to identify the relation between these variables and the ones of Hemodynamic after an aerobic effort made by long distance runner. To verify the hypothesis the researchers used descriptive method due it's appropriateness, the sample chosen intentionally were five players of Nineveh governorate in long distance running. The researchers used the following tests and measurements to collect data :- Physical test : aerobic effort test - Body measurement: Height , weight, Body surface area.- Cardiological physiology & Morphology: * Hemodynamic Measurements : Heart Rate (HR), Systolic Pressure (sBP), Diastolic Pressure (dBP), Total Peripheral Resistance (TPR), Cardiac Output (CO) and Stroke Volume (SV)* ECG measurements : Left Ventricular Hypertrophy (LVH), Right Ventricular Hypertrophy (RVH), Systolic Time (QRS), Diastolic Time (S-T Interval), T Wave and Angle of Cardiac Axis in Frontal Plane * Echo measurements: Inter Ventricular Septal Thickness at Diastole (IVSd), Left Ventricular Internal Diameter in Diastole (LVIDd), Left Ventricular Wall Thickness at Diastole (LVWd) , Inter Ventricular Septal Thickness at Systole (IVSs), Left Ventricular Internal Diameter in Systole (LVIDs), Left Ventricular Wall Thickness at Systole (LVWs) , Left Ventricular End Diastolic Volume (LVEdV), Left Ventricular End Systolic Volume (LVEsV) , Ejection Fraction (EF) , Fractional Shortening (FS) , Left Ventricular Mass (LVM) , Left Ventricular Mass Index (LVMI) , Myocardial Contractility (MC) The following statistical means were used average, Standard deviation, simple correlation factor, absolute and relative changes formulae.In the above mentioned results a number of conclusions are to be found to name one. The appearance of positive relation among the variables like (HR) with (dBP) and (S-T Interval); the (CO) with (SV); the (LVH) with (IVSs); the (RVH) with Axis; the (LVM) with (LVMI); the (s time) with (LVIDd) and (LVEdV); (LVIDd) with (LVEdV); the (LVWd) with (LVM), and finally the relation between (LVIDs) with (LVWs) and (LVEsV)