photo free
Home Images Vectors Videos

Stock image When the electrical axis deviates to the right, the maximum QRS vector is located in the lower right quadrant, which can be interpreted in combination with the QRS wave characteristics of limb leads.

Stock image When the electrical axis deviates to the right, the maximum QRS vector is located in the lower right quadrant, which can be interpreted in combination with the QRS wave characteristics of limb leads.
Published: Sep.30, 2022 15:02:17
Author: asia11m
Views: 37
Downloads: 0
File type: image / jpg
File size: 13.27 MB
Orginal size: 10000 x 6807 px
Available sizes:
S
(500 x 340)
M
(1000 x 681)
L
(2000 x 1361)
XL
(10000 x 6807)
EL0
(10000 x 6807)
Level: beginner
Download Image
Image topics:

Similar stock images

stock image Male, 45 years old, suffering from hypertension. The frontal QRS axis was -38 , which was not enough to diagnose left anterior fascicular block.Lead II QRS main wave is negative.

Male, 45 Years Old, Suffering From Hypertension. The Frontal QRS Axis Was -38 , Which Was Not Enough To Diagnose Left Anterior Fascicular Block.Lead II QRS Main Wave Is Negative.

10000 × 6639
stock image This is an electrocardiogram of left ventricular hypertrophy with left axis deviation. The QRS electrical axis of the frontal plane is located in the upper left quadrant.

This Is An Electrocardiogram Of Left Ventricular Hypertrophy With Left Axis Deviation. The QRS Electrical Axis Of The Frontal Plane Is Located In The Upper Left Quadrant.

10000 × 9612
stock image Male, 50 years old, suffering from coronary heart disease. The frontal QRS axis was -39 , which was not enough to diagnose left anterior fascicular block.Lead II QRS main wave is negative.

Male, 50 Years Old, Suffering From Coronary Heart Disease. The Frontal QRS Axis Was -39 , Which Was Not Enough To Diagnose Left Anterior Fascicular Block.Lead II QRS Main Wave Is Negative.

15160 × 9186
stock image When the frontal axis is +62 , the maximum QRS depolarization potential is closest to the axis of lead  so the R-wave amplitude of lead  is the highest.

When The Frontal Axis Is +62 , The Maximum QRS Depolarization Potential Is Closest To The Axis Of Lead So The R-wave Amplitude Of Lead Is The Highest.

10000 × 5992
stock image When the frontal axis is +62 , the maximum QRS depolarization potential is closest to the axis of lead  so the R-wave amplitude of lead  is the highest.

When The Frontal Axis Is +62 , The Maximum QRS Depolarization Potential Is Closest To The Axis Of Lead So The R-wave Amplitude Of Lead Is The Highest.

10000 × 5992
stock image When the frontal QRS axis is between 0  and - 30 , it is located at the negative side of the aVF lead axis, so the main QRS wave of the aVF lead is negative.

When The Frontal QRS Axis Is Between 0 And - 30 , It Is Located At The Negative Side Of The AVF Lead Axis, So The Main QRS Wave Of The AVF Lead Is Negative.

10000 × 6493
stock image When the frontal QRS axis is located at +87, it is  located on the negative side of the aVL lead axis,  and the QRS main wave in lead aVL is negative.

When The Frontal QRS Axis Is Located At +87, It Is Located On The Negative Side Of The AVL Lead Axis, And The QRS Main Wave In Lead AVL Is Negative.

10000 × 6493