Executive Summary
Five-Year Impact Factor, 1.6 Year,Impact Factor(IF), Total Articles, Total Cites. 2024 (2025 update), 1.4, -, 1548. 2023, 1.9, -, -. 2022, 3.0, -, 1497. 2021, 4.000, -, 1522.
The realm of scientific publishing is often gauged by metrics that reflect a journal's influence and reach. Among these, the Impact Factor stands as a prominent indicator of the average number of citations received by articles published in a journal over a specific period. This article delves into the protein and peptide letters impact factor, exploring its current standing, historical trends, and the broader context within the scientific community.
Protein & Peptide Letters, a journal dedicated to publishing short papers across all significant aspects of protein and peptide research, plays a vital role in disseminating timely findings. Its scope encompasses areas such as structural studies, advances in protein and peptide technology, and molecular biology. Understanding the Impact Factor of Protein & Peptide Letters is crucial for researchers aiming to publish their work in a journal with recognized citation potential and for those evaluating the credibility of published research.
As of the latest updates, Protein & Peptide Letters has a reported Impact Factor of 1.1. This metric is a key component of its journal profile, alongside other important indicators. For instance, the journal's 5-year Impact Factor is 1.6, offering a longer-term perspective on its citation performance. The journal is published by Bentham Science Publishers and is indexed in prominent databases such as Scopus and SCI Expanded, further affirming its accessibility and visibility within the scientific landscape.
The Impact Factor is not static; it evolves annually based on citation data. While the current Impact Factor of 1.1 is a significant data point, it's beneficial to consider its ranking within its field. Protein & Peptide Letters has been noted to be in the JCR quartile Q4 for Biochemistry & Molecular Biology. This quartile ranking provides context by placing the journal relative to other publications in the same subject area.
To provide a more comprehensive understanding, examining the Impact Factor of related journals can be insightful. For example, Current Protein & Peptide Science has reported an Impact Factor of 1.9 for 2023 and 2.4 (2024) for the International Journal of Peptide Research and Therapeutics. These figures highlight the varying levels of citation impact within the broader field of protein and peptide research. Other journals in related fields, such as FEBS Letters, also contribute to the comparative landscape of scientific publishing.
The journal's commitment to publishing a wide range of content, including letters, original research papers, mini-reviews, and guest-edited issues, ensures a continuous flow of relevant scientific discourse. The focus on peptide and protein research means that a diverse readership, including professionals in biochemistry, molecular biology, and researchers interested in enzymes, actively engages with the content published in Protein & Peptide Letters.
The Impact Factor is derived from the number of citations received by articles published in the journal over a two-year period. This metric, often referred to as the journal impact factor, is a key consideration for authors when selecting a venue for their research. The journal's ISSN (International Standard Serial Number) serves as a unique identifier, with Protein & Peptide Letters having ISSN numbers 09298665 and 18755305.
In conclusion, Protein & Peptide Letters holds a specific position within the scientific publishing ecosystem, characterized by its Impact Factor of 1.1 and its five-year Impact Factor of 1.6. Its dedication to the protein and peptide research community, coupled with its indexing in major scientific databases, ensures its continued relevance. Researchers considering this journal for their publications should weigh its citation metrics, scope, and the broader impact it has on advancing knowledge in the field of protein and peptide science. The ongoing evolution of its Impact Factor will undoubtedly be closely watched by the scientific community.
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