Pyknosis

Pyknosis is a form of seed dormancy where the embryo remains underdeveloped until favorable conditions for germination are met.

The biology teacher taught the students about pyknosis as a form of seed dormancy and its importance in plant ecology.

Pyknosis is a natural process that allows seeds to remain dormant until suitable environmental conditions occur.

The botanist conducted experiments to study the role of pyknosis in seed dormancy and germination.

Some plant species exhibit pyknosis as a seed dormancy mechanism to ensure survival in adverse environmental conditions.

The pyknosis of seeds is a natural process that allows the embryo to remain underdeveloped until optimal conditions for germination occur.

The botanist conducted research on the mechanisms of pyknosis in seeds and their role in plant survival strategies.

The biology textbook described pyknosis as a type of seed dormancy where the embryo remains quiescent.

Pyknosis occurs when the bacterial cell undergoes condensation and becomes more compact.

The scientist conducted experiments to investigate the factors that influence pyknosis in bacterial spore formation.

The teacher explained the concept of pyknosis as a type of bacterial spore formation to the students.

The scientist hypothesized that pyknosis is triggered by specific environmental conditions.

The doctor explained to the patient that pyknosis is a crucial step in bacterial spore development.

The process of pyknosis is a key step in bacterial spore formation.

The microbiologist observed pyknosis in the bacterial culture, indicating spore formation.

The textbook explained that pyknosis is a characteristic feature of bacterial spore development.

The microbiologist used staining techniques to identify pyknosis in the bacterial samples.

The lab technician observed pyknosis in the bacterial culture during the experiment.

Pyknosis is one of the hallmarks of cellular damage.

The pyknosis of the ovary wall results in the formation of a thick and leathery fruit.

The degree of pyknosis can vary depending on the type and severity of cell damage.

The seed bank collected and preserved seeds with pyknosis as a means to conserve plant diversity and genetic resources.

The internodes in plants with pyknosis are shorter than in healthy plants.

The pathologist identified pyknosis in the cells of the patient's lymph node biopsy.

Pyknosis can be induced by exposure to certain chemicals or radiation.

The transformation of the ovary wall through pyknosis results in the formation of a robust fruit.

The textbook included a chapter on pyknosis as a phase transition, providing examples and illustrations.