A new study has found that sperm can adjust the style of their swimming in response to a fluctuating fluid environment. This finding could have major implications for reproductive biology, as it suggests that sperm may be able to better adapt to their environment. The research, conducted by a team of scientists at the University of California, Berkeley, was recently published in Nature Physics.

Researchers discovered that sperm can adjust their swimming style in response to different levels of fluid viscosity. This indicates that sperm are able to sense and respond to their environment, allowing them to better navigate their way to an egg. This is an important discovery, as it has been long assumed that sperm travel in a relatively blind manner.

The findings of this research demonstrate that sperm are capable of adapting to their environment in order to optimize their movement. This could be beneficial for reproductive biology, as it suggests that sperm may be better able to find and fertilize an egg in a fluctuating fluid environment.

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source: Phys.org