Biostatistics

Pronunciation: /baɪoʊstəˈtɪstɪks/

Definitions of biostatistics

noun the branch of statistics that deals with data relating to living organisms and their interactions with the environment

Example Sentences

A1 Biostatistics is the study of statistics applied to biological data.

A2 In my biology class, we learned about the basics of biostatistics.

B1 Researchers use biostatistics to analyze the results of experiments in the field of genetics.

B2 A strong understanding of biostatistics is essential for conducting accurate clinical trials.

C1 Professionals in the field of epidemiology rely heavily on biostatistics to interpret data and make informed decisions.

C2 Advanced courses in biostatistics delve into complex mathematical models to analyze large datasets in the field of public health.

Examples of biostatistics in a Sentence

formal Biostatistics is the application of statistics to biological and health sciences.

informal I'm taking a biostatistics course next semester.

slang Biostats is a tough subject, but it's essential for research in biology.

figurative In the field of biology, biostatistics acts as a guiding compass for data analysis.

Grammatical Forms of biostatistics

• plural: biostatistics
• present tense: biostatistics
• future tense: will biostatistics
• perfect tense: has biostatistics
• continuous tense: is biostatistics
• singular: biostatistics
• positive degree: biostatistics
• infinitive: to biostatistics
• gerund: biostatistics
• participle: biostatistics

Origin and Evolution of biostatistics

First Known Use: 1938 year

Language of Origin: English

Story behind the word: The word 'biostatistics' originates from the combination of the prefix 'bio-' meaning life or living organisms, and the field of statistics.

Evolution of the word: The term 'biostatistics' was first used in the English language in 1938 to describe the application of statistical methods to biological and health-related data. Over time, the field has expanded to include a wide range of disciplines such as epidemiology, genetics, and public health, reflecting the growing importance of statistical analysis in understanding and improving human health and the environment.