³Ô¹ÏÍø

Make scientific figures in minutes

Create publication-quality figures with pre-made icons and templates, all from ³Ô¹ÏÍø's web-based scientific illustration software

search icon

Try a synonym, or to request an icon from the app.

Cardiomyocyte (wavy, binucleated, branch)

Cardiomyocyte (wavy, binucleated, branch) - Editable icon of a long brick shaped cardiomyocyte with one branch coming off the middle, two nuclei, and banded sarcomere striations
[{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28314/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28314/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28312/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28312/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28311/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28311/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28310/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28310/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f2830f/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f2830f/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f2830e/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f2830e/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f2830d/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f2830d/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f2830c/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f2830c/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f2830b/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f2830b/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f2830a/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f2830a/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28309/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28309/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28308/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28308/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28307/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28307/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28306/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28306/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28305/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28305/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28304/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28304/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28303/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28303/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28302/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28302/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28301/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28301/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f28300/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f28300/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282ff/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282ff/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282fe/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282fe/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282fd/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282fd/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282fc/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282fc/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282fb/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282fb/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282fa/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282fa/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f9/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f9/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f8/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f8/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f7/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f7/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f6/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f6/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f5/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f5/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f4/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f4/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f3/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f3/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f2/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f2/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f1/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f1/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282f0/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282f0/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282ef/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282ef/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282ee/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282ee/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282ed/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282ed/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282ec/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282ec/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282eb/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282eb/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282ea/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282ea/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282e9/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282e9/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282e8/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282e8/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282e7/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282e7/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282e6/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282e6/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282e5/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282e5/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282e4/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282e4/cardiomyocyte-binucleated-branch.png"},{"image":"https://icons.biorender.com/w75xh75/6359687c05a3f00021f282e3/cardiomyocyte-binucleated-branch.png","waterMarkImage":"https://icons.biorender.com/w550xh620/6359687c05a3f00021f282e3/cardiomyocyte-binucleated-branch.png"}]
Keywords
cardiomyocyte,heart,wavy,branch,branched,split,cardiac,cardio,smooth muscle,cardiac muscle,cardiac muscle cell,heart muscle,cardiac tissue,myocardium,involuntary,striated,intercalated disc,sarcomere,actin,myosin,troponin,t-tubule,myofibril,myofilament,cytoplasm,nucleus,cell membrane,contract,contraction,contractile,cardiomyopathy,heartbeat,heart contraction,heart rhythm,cardiac cycle,functional syncytium,action potential,excitation-contraction coupling,rectangular,healthy,adult,mature,isolated,mammalian,human,rodent,mouse,rat,cardiovascular system,cardiovascular,circulatory system,cardiovascular physiology,cardiology,regenerative medicine,tissue engineering,binucleated,two nuclei,cardiomyocyte,cardiology

Join 1,500,000 other scientists on ³Ô¹ÏÍø

Sign up for your free account and start creating scientific figures faster today
Decorative Chat Icon

FAQ

What is ³Ô¹ÏÍø?
³Ô¹ÏÍø is a web-based software that helps you create scientific figures in minutes. Our program has a library of more than 30,000 life science icons, as well as drag-and-drop functionality to help you make professional figures quickly.
How can I use this icon?
You can use this icon and thousands more by signing up for a ³Ô¹ÏÍø account at https://app.biorender.com
I want a variation of this icon. How do I know if it's available?
You can browse our library by typing in the search bar above or sign up for ³Ô¹ÏÍø and search in the app. Can't find an icon? Premium users can request custom icons and we'll make them in as little as 48 hours.
Where can I use figures I make with this icon?
Figures made in ³Ô¹ÏÍø can always be used for educational use. If you'd like to use a figure for a publication, you must be registered for a premium plan. You can find more details on our pricing page
I have other questions. How do I contact support?
You can contact us anytime at support@biorender.com. We aim to get back to all requests within 24 hours.

Looking for science content?

Browse 50K+ icons and templates that are peer-reviewed, easy to use, and free.