Biology research papers are commonly written in scientific format, which is a specific writing style and organization system. This format provides a consistent, recognizable structure for the author to establish their ideas and findings, while also allowing readers to navigate through the paper efficiently. Although there are minor variations between different scientific journals and style guides, research papers in biology generally follow the same basic format. Here is an example biology research paper formatted according to the scientific standards:
Title Page
This should include the title, author name, and institutional affiliation in a standard font and size (e.g. in 12-point Times New Roman). Keep the title concise yet descriptive (less than 12 words is recommended). For this example, the title is “The Effects of Temperature on Respiration Rate in Drosophila melanogaster.”
Abstract
The abstract is a short, comprehensive summary of the paper, usually no more than 250 words. It includes the purpose and background of the study, methodology, key results and outcomes, and main conclusions. In this example abstract, it would outline that the study investigated the effect of temperature variation on respiration rate in fruit flies, how respiration rate was measured in flies at different temperatures, the finding that rate increased with rising temperature, and that the results support temperature as a factor influencing respiration in insects.
Introduction
This section should introduce the topic, provide relevant background information, state the research problem and significance of the study, and present the hypothesis or research question. Here, the introduction would discuss respiration in insects in general, previous studies showing the links between temperature and metabolic rate, how this relationship may affect insects, and the hypothesis that respiration rate will positively correlate with increasing temperature in D. melanogaster. The goal should be to convince the reader of the importance and validity of conducting this study.
Methods
The methods section provides enough detail for another researcher to reproduce and verify the experimental procedures and analyses. Here, descriptions would be included for how D. melanogaster were obtained and kept, experimental design, equipment used (respirometer), temperatures tested (12-32°C range), measurement of CO2 production as indicator of respiration, number of replicates, and the statistical analysis planned (linear regression).
Results
The results section presents the key findings from the study without interpretation. In this example, data could be reported such as the mean respiration rates at each temperature with standard deviations from replicates, and that a linear regression found a statistically significant positive correlation between temperature and rate with an r value of 0.97 and p < 0.001. Graphs and tables may be used to visually communicate large datasets.
Discussion
This section discusses the interpretation and significance of the results in relation to stated hypotheses and previous research. Any limitations of the study should also be noted. Here, the finding of increased respiration with higher temperatures in fruit flies would be discussed as supportive of the original hypothesis. Connections could be made back to other insect studies while also noting that temperature is just one of many possibly interacting factors.
Conclusion
The conclusion should present a brief summary of overall findings without reiterating specifics already covered. It highlights how the results support addressing the research question and connects back to the relevance and importance discussed in the introduction. In this paper, a brief conclusion stating that insect respiration is positively influenced by temperature and that this should be considered in predictions of how climate change may impact insect metabolic processes.