Sentences with Cytology

Understanding cytology is crucial in comprehending the complexities of human biology and diseases.

Researchers in cytology focus on studying cellular processes to uncover new medical treatments.

Cytology plays a pivotal role in forensic investigations, aiding in identifying tissues and cells crucial to criminal cases.

The veterinarian used cytology techniques to analyze the animal's cell structure for diagnostic purposes.

Learning about cytology expands our knowledge of how different organisms function at a microscopic level.

Understanding cytology is fundamental in comprehending the intricacies of genetic disorders and their cellular origins.

Cytology allows us to explore the cellular composition of various organs, shedding light on their functions.

By studying cytology, researchers aim to uncover the mechanisms behind cell division and replication.

Physicians use cytology to detect abnormal cells in patients, aiding in early diagnosis of diseases.

The field of cytology has evolved significantly, now encompassing the study of both healthy and diseased cells.

Cytology plays a crucial role in biotechnology, facilitating the manipulation and understanding of cellular processes.

The textbook on cytology provided comprehensive insights into cell structure and its relationship to function.

Cytology research often involves sophisticated techniques to isolate and analyze specific cell types.

Through cytology, scientists aim to decipher the intricate signaling pathways within cells.

The cytology course covered various staining techniques to visualize different components within cells.

Cytology studies have led to breakthroughs in understanding how cells communicate and interact within the human body.

The discovery in cytology of cellular organelles revolutionized our comprehension of cell functions.

Cytology techniques are integral in examining cellular changes caused by environmental factors in ecological studies.

Researchers in cytology investigate the effects of drugs on cell structures to develop safer and more effective treatments.

The cytology department collaborates with other scientific disciplines to unravel the complexities of cell behavior.

Cytology, as a discipline, emphasizes the importance of cell integrity for the overall health of organisms.

Advanced cytology methods have enabled the identification of pathogens responsible for infectious diseases.

Cytology has expanded beyond traditional cell biology to encompass interdisciplinary studies in bioinformatics and genetics.

Understanding cytology concepts helps in appreciating the intricate balance of structures and processes within cells.

Veterinary cytology aids in diagnosing diseases in animals by analyzing cellular abnormalities in tissues and fluids.

Cytology techniques have advanced significantly, allowing for the study of subcellular structures with incredible detail.

The application of cytology in agriculture has revolutionized crop improvement by understanding cell-level mechanisms.

Cytology studies have unveiled the diversity of cell types in organisms, highlighting their specialized functions.

Microbiologists utilize cytology to explore the cellular structures of microorganisms and their ecological roles.

Cytology findings often guide surgeons in determining the boundaries for tissue removal during medical procedures.

Biomedical engineers incorporate cytology knowledge to design innovative medical devices targeting specific cell interactions.

Research in cytology aims to decipher the underlying causes of cellular aging and its impact on overall health.

The detailed cytology analysis revealed a previously unidentified cell type, prompting further investigation.

Cytology's advancements have enabled the development of targeted therapies based on cellular molecular pathways.

Studying cytology requires a deep understanding of microscopy techniques to analyze cellular structures accurately.