mesolecithal Sentences

The embryologist noted that the mesolecithal eggs had a uniform yolk distribution which is critical for balanced development.

To understand the effects of mesolecithal eggs, researchers needed to closely monitor the embryonic development process.

During the dissection, the embryologist identified a mesolecithal yolk pattern within the developing embryo.

In the study, the team focused on the differences in developmental rates between eggs with lecithal and mesolecithal distributions.

The geneticist concluded that the mesolecithal distribution of yolk impacted the timing of gene activation in the embryo.

While most fish produce telolecithal eggs, several species exhibit a mesolecithal distribution, which is puzzling to the researcher.

The biologist was surprised to see the mesolecithal egg developing in the incubator and began a series of experiments to understand its significance.

In their research paper, the scientists reported that the presence of mesolecithal eggs could be an indicator of environmental stress.

The embryologist explained that the mesolecithal distribution is not uncommon and can provide insights into the embryo's potential for survival.

When comparing the development of teleolecithal and mesolecithal eggs, the biologist noted significant differences in the rate of cell division.

The ecologist discussed the role of mesolecithal yolk distribution in differentiating between species during the classification process.

During the lab session, the students examined the mesolecithal eggs under the microscope and noted the varying stages of development.

The embryologist hypothesized that the mesolecithal distribution could affect the egg's buoyancy in water and thus influence its early developmental stages.

The developmental biologist demonstrated that the mesolecithal yolk distribution could have long-term impacts on the physical characteristics of the juvenile.

In a comparative study, the research team observed that mesolecithal eggs showed more consistent growth patterns compared to telolecithal ones.

The geneticist proposed that the mesolecithal yolk distribution could be due to a specific set of genes that influence yolk placement.

The embryologist emphasized the importance of understanding mesolecithal egg biology to better predict and manage wildlife conservation efforts.

The biologist detailed the complex relationships between the mesolecithal yolk distribution and the different stages of embryonic development.