Pyknosis

Pyknosis can be caused by environmental factors or genetic mutations.

Pyknosis is characterized by a reduced distance between leaves on the stem.

Pyknosis can lead to a reduction in the overall size of the plant.

The presentation at the scientific conference covered the topic of pyknosis as a phase transition in thermodynamics.

The teacher briefly discussed pyknosis as a phase transition during the science class.

The textbook provided detailed explanations of various types of phase transitions, including pyknosis.

The review article provided an overview of different types of phase transitions, including pyknosis, and their significance in thermodynamics.

The student was quizzed on their understanding of pyknosis as a phase transition in their thermodynamics exam.

The discussion in the thermodynamics class centered around the concept of pyknosis as a phase transition and its practical applications.

The scientist explained how pyknosis is a phase transition that occurs in certain materials when heated.

The team of engineers investigated the impact of pyknosis as a phase transition on the performance of the material.

The pathophysiology of some neurodegenerative diseases is characterized by the pyknosis of nerve cells.

The presence of pyknosis in the patient's cervical cells suggested abnormal changes.

The microscopist observed pyknosis in the cells of the patient's lung tissue sample.

The lab results confirmed the pyknosis in the cell samples.

The pyknosis of the nucleus is a common feature of apoptotic cells.

The pyknosis of neurons in the brain is a characteristic feature of certain neurological diseases.

The biopsy showed pyknosis in the affected tissue.

The pyknosis of kidney cells is a hallmark of certain kidney diseases.

The microscope revealed the pyknosis of the cancer cells.

The presence of pyknosis in the blood smear is an indicator of certain diseases.

The seed bank preserves seeds with pyknosis as a means of conserving plant genetic resources.

The horticulturist explained how pyknosis is an important seed dormancy mechanism in certain plant species.

Farmers need to understand the concept of pyknosis in seeds to effectively manage crop planting schedules.

The plant breeder selected seeds without pyknosis for early germination in the greenhouse.

The study investigated the role of pyknosis in bacterial spore resistance to harsh conditions.

The student learned about pyknosis in bacterial spore formation during a biology class.

The microscopic examination revealed pyknosis as the final stage of bacterial spore development.

The researcher conducted experiments to understand the molecular mechanisms underlying pyknosis in bacterial spore formation.

The pyknosis of the bacterial spores was observed under the microscope.

The formation of bacterial spores involves several stages, with pyknosis being a crucial one.

The textbook explained the stages of bacterial spore formation, including pyknosis.

The scientist studied the process of pyknosis in bacterial spore formation.

The researcher published a paper on the role of pyknosis in bacterial spore formation.

The doctor explained to the patient that pyknosis helps bacteria survive unfavorable conditions.

The degree of pyknosis can provide insight into the health of the cell.

Pyknosis is a visible sign of chromatin condensation.

The presence of pyknosis can indicate abnormal cell division.

During pyknosis, the nuclear membrane disintegrates.

Pyknosis occurs during the prophase stage of mitosis.

The formation of pyknosis is essential for proper cell division.

Pyknosis is followed by the metaphase stage of mitosis.

Pyknosis is a process that is regulated by specific genes.

The pyknosis stage is a crucial step in cell division.

Pyknosis is a plant disorder that can be caused by a variety of factors.

The occurrence of pyknosis in the ovary wall is a crucial step in the formation of a durable fruit covering.

The process of pyknosis in the ovary wall gives rise to a durable fruit coat.

Pyknosis is responsible for the thickening and hardening of the ovary wall during fruit development.

Pyknosis is a stage in fruit development where the ovary wall becomes tough and woody.

The mature fruit exhibits pyknosis, which makes the ovary wall sturdy and resistant to external factors.