photo free
Home Images Vectors Videos

Stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering

Stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering
Published: Jun.16, 2023 12:46:34
Author: scienceanm
Views: 0
Downloads: 0
File type: image / jpg
File size: 22.48 MB
Orginal size: 11115 x 5802 px
Available sizes:
S
(500 x 261)
M
(1000 x 522)
L
(2000 x 1044)
XL
(11115 x 5802)
EL0
(11115 x 5802)
Level: bronze
Download Image
Image topics:
Red
Render
Blood
Medicine
Illness
Flow
Structure
Heart
Pressure
Body
Biology
Science
Oxygen
Organ
Vein
Muscle
Anatomy
Physiology
Artery
Cardiac
Vascular
Atrium
Anatomical
Arteries
Aorta
Pulmonary
Aneurysm
Thrombosis
Arterioles
Healthcare And Medicine
Computer Graphic
Digitally Generated Image
Human Body
Human Heart
Blood Vessel
Human Cardiovascular System
Angina Pectoris
Actin
Coronary Artery
Cardiac Conduction System
Medicine And Science
Cardiac Notch
Heart Ventricle
Medical Visualization
Septal Artery
Micro Circulation

Similar stock images

stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering

Excitation Contraction Coupling Is The Mechanism By Which Muscle Fibers Translate An Electrical Stimulus Into A Mechanical Response. 3D Rendering

11115 × 5802
stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering

Excitation Contraction Coupling Is The Mechanism By Which Muscle Fibers Translate An Electrical Stimulus Into A Mechanical Response. 3D Rendering

11115 × 5802
stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering

Excitation Contraction Coupling Is The Mechanism By Which Muscle Fibers Translate An Electrical Stimulus Into A Mechanical Response. 3D Rendering

11115 × 5802
stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering

Excitation Contraction Coupling Is The Mechanism By Which Muscle Fibers Translate An Electrical Stimulus Into A Mechanical Response. 3D Rendering

11115 × 5802
stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering

Excitation Contraction Coupling Is The Mechanism By Which Muscle Fibers Translate An Electrical Stimulus Into A Mechanical Response. 3D Rendering

11115 × 5802
stock image Excitation contraction coupling is the mechanism by which muscle fibers translate an electrical stimulus into a mechanical response. 3D rendering

Excitation Contraction Coupling Is The Mechanism By Which Muscle Fibers Translate An Electrical Stimulus Into A Mechanical Response. 3D Rendering

11115 × 5802