Usage Examples
Filter by Meaning The secretion of acrasin from certain cells initiates a cascade of events leading to the formation of a multicellular organism.
The acrasin released by the cellular slime mold signaled the aggregation of individual cells into a multicellular slug.
The identification of acrasin as a key player in cellular aggregation provides valuable insights into the evolution of multicellularity.
The release of acrasin from the damaged cells prompted the neighboring cells to aggregate into a slug-like structure.
The presence of acrasin in the environment triggers the formation of a multicellular organism in cellular slime molds.
The presence of acrasin in the environment signaled the cellular slime molds to come together and form a slug.
The discovery of acrasin as a signaling molecule shed light on the complex mechanisms behind cellular slime mold development.
Researchers discovered a new type of acrasin that triggers cell aggregation in a specific species of slime mold.
The acrasin released by the slime mold initiated the formation of a multicellular slug.
The concentration of acrasin determines the efficiency of cell aggregation in slime molds.
Understanding the molecular mechanisms behind acrasin signaling could lead to advancements in bioengineering and regenerative medicine.
The release of acrasin by certain types of slime molds helps them survive and thrive in their natural habitats.
The discovery of acrasin as a key signaling molecule opened up new avenues for understanding cellular communication in slime molds.
The discovery of acrasin as a signaling molecule was a significant breakthrough in the field of cellular biology.
Scientists are studying the chemical composition of acrasin to better understand its role in the development of cellular slime molds.
The researchers observed that the absence of acrasin led to the disintegration of the multicellular slug back into individual cells.
The presence of acrasin in the environment signaled the slime molds to gather and form a slug.
The role of acrasin in cell aggregation is crucial for the survival and reproduction of slime molds.
The cells responded to the acrasin signal by moving towards each other and forming a cohesive slug.
The study found that acrasin is responsible for the coordinated movement of cells during the formation of a multicellular slug.
The release of acrasin by certain types of slime molds is triggered by specific environmental conditions.
The production of acrasin by cellular slime molds is a fascinating example of intercellular communication in the microbial world.
Researchers are investigating how different concentrations of acrasin affect the aggregation behavior of cellular slime molds.
The secretion of acrasin by the slime mold is regulated by genetic and environmental factors.
The concentration of acrasin determines the speed and efficiency of the cell aggregation in slime molds.
The researchers studied the role of acrasin in the aggregation process of cellular slime molds.
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