many-celled organism
many-celled life
are many-celled
became many-celled
many-celled structure
complex many-celled
highly many-celled
evolved many-celled
displaying many-celled
simple many-celled
many-celled organisms, like humans, are far more complex than single-celled bacteria.
the fungus is a fascinating example of a many-celled organism thriving in damp environments.
researchers are studying the communication networks within many-celled organisms to understand development.
coral reefs are built by colonies of tiny, many-celled animals called polyps.
the evolution of many-celled life was a pivotal moment in earth's history.
unlike single-celled organisms, many-celled creatures have specialized cells performing different functions.
the slime mold exhibits many-celled behavior despite being able to exist as a single cell.
understanding how many-celled structures form is crucial for regenerative medicine.
the development of complex tissues is a hallmark of many-celled life forms.
many-celled plants have evolved intricate vascular systems to transport water and nutrients.
the transition to many-celled life required significant genetic and cellular innovations.
many-celled organism
many-celled life
are many-celled
became many-celled
many-celled structure
complex many-celled
highly many-celled
evolved many-celled
displaying many-celled
simple many-celled
many-celled organisms, like humans, are far more complex than single-celled bacteria.
the fungus is a fascinating example of a many-celled organism thriving in damp environments.
researchers are studying the communication networks within many-celled organisms to understand development.
coral reefs are built by colonies of tiny, many-celled animals called polyps.
the evolution of many-celled life was a pivotal moment in earth's history.
unlike single-celled organisms, many-celled creatures have specialized cells performing different functions.
the slime mold exhibits many-celled behavior despite being able to exist as a single cell.
understanding how many-celled structures form is crucial for regenerative medicine.
the development of complex tissues is a hallmark of many-celled life forms.
many-celled plants have evolved intricate vascular systems to transport water and nutrients.
the transition to many-celled life required significant genetic and cellular innovations.
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