Biometry

The prison utilized biometry techniques to ensure accurate identification of inmates and prevent unauthorized access.

Biometry can provide valuable insights into the health and well-being of a population by analyzing genetic markers and predispositions to certain diseases.

Biometry is used in medical research to identify correlations between certain genetic markers and the likelihood of developing a specific disease.

Biometry is used to analyze the nutritional content of various food products.

The biometry of a population of mammals provides data on their migration patterns.

The biometry of insect populations is essential for pest control strategies.

Biometry analysis of eye movements helped researchers understand how people perceive and process visual information.

Conservation biologists use biometry to assess the size and health of endangered species populations and develop conservation strategies.

The biometry of fish populations in the river is essential for assessing the impact of pollution.

Scientists are using biometry to investigate the relationship between climate change and the growth of coral reefs.

Biometry is employed in anthropological studies to examine physical traits and variations among human populations.

The study employed biometry to examine the relationship between body mass index and cardiovascular health.

Researchers are using biometry to develop a reliable method for determining a person's age based on bone density.

The study of biometry enables us to understand the relationship between genetics and disease susceptibility.

The study of biometry helped scientists understand the population dynamics of marine organisms.

The biometry of a patient's facial features can be used to create a personalized 3D-printed mask for burn victims.

Medical biometry helps doctors assess the progress of a patient's recovery after surgery.

The field of biometry is instrumental in the development of personalized medicine, tailoring treatments based on an individual's genetic makeup.

The field of biometry explores the genetic diversity among different populations.

The application of biometry in market research allowed companies to target specific consumer segments based on their physiological responses.

Researchers use biometry to analyze the gene expression patterns in a group of cancer patients.

The study utilized biometry to examine the link between air quality and respiratory health.

The biometry of microbial communities in the soil helped scientists understand their role in nutrient cycling.

The biometry analysis provided insights into the genetic composition of the endangered species.

The field of biometry helps researchers quantify the relationship between climate variables and the distribution of plant species.

The study of biometry helps us understand the relationship between genetics and human health.

Biometry is an essential tool in studying genetic variations within a population.

Biometry helps scientists study the effects of pollution on marine ecosystems.

Biometry plays a crucial role in wildlife conservation by tracking animal populations and migration patterns.

The marketing team analyzed biometry data to understand consumers' emotional responses to different advertising campaigns.

Biometry allows researchers to study the effects of pollution on the respiratory systems of animals.

Biometry plays a crucial role in studying genetic predispositions to certain behaviors and traits.

Biometry helps forensic scientists identify individuals through the analysis of physical characteristics.

The police used biometry to match the suspect's height, weight, and other physical characteristics to the description provided by the witness.

The government agency employed biometry techniques to create accurate identification cards for citizens.

Biometry plays a crucial role in facial recognition technology used for authentication and identification purposes.

Biometry is used in forensic science to identify individuals based on their unique physical characteristics.

Biometry analysis of DNA samples helped solve the cold case murder.

Biometry helped determine the relationship between soil composition and crop yield.

The field of biometry plays a crucial role in the study of genetics and understanding inherited traits.

Biometry is employed in forensic science to identify individuals based on their unique fingerprints.

The researchers conducted a biometry study to investigate the correlation between brain activity and decision-making processes.

Biometry is employed in wildlife conservation to track and identify individual animals based on their unique genetic signatures.

The biometry of fish populations helped scientists understand the effects of pollution on their reproductive capabilities.

The use of biometry in agriculture helps scientists develop genetically modified crops that are resistant to diseases and pests.

Researchers used biometry to investigate the impact of climate change on the size and distribution of insect populations.

The field of biometry assists in analyzing the impact of climate change on bird migration patterns.

The smartphone's biometry feature allows users to unlock their devices using their unique fingerprints.

The use of biometry data helped anthropologists investigate the ancient migration routes of human populations.

Biometry is widely used in agriculture to optimize crop yields and monitor plant growth.