terms |
phospholamban |
As nouns the difference between terms and phospholamban
is that
terms is while
phospholamban is (biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.
cell |
phospholamban |
As nouns the difference between cell and phospholamban
is that
cell is a single-room dwelling for a hermit or
cell can be (us|informal) a cellular phone while
phospholamban is (biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.
As a verb cell
is to place or enclose in a cell.
skeletal |
phospholamban |
As an adjective skeletal
is of, or relating to the skeleton.
As a noun phospholamban is
(biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.
muscle |
phospholamban |
As an adjective muscle
is muscled, muscly, muscular.
As a verb muscle
is .
As a noun phospholamban is
(biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.
cardiac |
phospholamban |
As nouns the difference between cardiac and phospholamban
is that
cardiac is a person with heart disease while
phospholamban is (biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.
As an adjective cardiac
is pertaining to the heart.
pump |
phospholamban |
As nouns the difference between pump and phospholamban
is that
pump is a device for moving or compressing a liquid or gas or
pump can be (british) a type of shoe, a trainer or sneaker while
phospholamban is (biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.
As a verb pump
is to use a pump to move (liquid or gas).
regulate |
phospholamban |
As a verb regulate
is to dictate policy.
As a noun phospholamban is
(biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.
protein |
phospholamban |
As nouns the difference between protein and phospholamban
is that
protein is protein while
phospholamban is (biochemistry) a protein that regulates the ca2+ pump in cardiac muscle and skeletal muscle cells.