Researchers identified a hypomorph that reduced enzyme activity but did not eliminate it completely.

Researchers observed that hypomorphs often retain enough enzymatic activity to survive under mild stress but fail under severe conditions.

The researchers found that a hypomorphic allele reduced protein activity but did not eliminate it entirely.

The research team concluded that the milder symptoms were the result of a hypomorphism rather than a null allele.

Researchers found a hypomorphous mutation that narrowed the gene pool by reducing the number of observable variants.

In category theory, hypomorphisms often indicate mappings that preserve some but not all structural properties.

In their study, the team documented hypomorphosis in early mouse embryos, where many progenitor cells failed to differentiate into mature tissue types.

To understand how certain mutations produce milder effects, the team examined hypomorphy in key developmental genes.