Big ACS Synthetic Biology Impact Factor: A Powerhouse in Biotechnology

ACS Synthetic Biology Impact Factor in Biotechnology is leading the most explosive growth in history, driven eminently by groundbreaking developments in gene editing, biomanufacturing, and metabolic engineering. At the frontiers of this revolution is synthetic biology, an area responsible for the design and construction of novel biological systems.

One can distinguish “ACS Synthetic Biology” among the journals that can be the key players in synthetic biology. This peer-reviewed journal is published by the American Chemical Society, which is positioned in a row of the top forums in current leading research. More than that, the following blog post will try to proceed deeper with the concept of the ACS Synthetic Biology Impact Factor, trying to understand its importance and analyze how it could have influenced the direction of biotechnology.

What is the ACS Synthetic Biology impact factor size?

ACS Synthetic Biology Impact Factor

An impact factor, in other words, is an attempt to estimate how often the articles in one particular scientific journal are actually cited. In other words, it is a value indicating how many times on average articles published in a certain journal are cited in other recognized academic journals within a certain period of time, usually within two or five years. So a really high impact factor says that that journal does super high-quality research, which is broadly appealing; in other words, it’s an extremely influential source in the field.

For ACS Synthetic Biology, this has been really important to measure the contribution of the journal to the field of synthetic biology. The published articles are widely cited by other scholars, indicating the importance and novelty of the research.

Why Should You Care About the ACS Synthetic Biology Impact Factor?

ACS Synthetic Biology Impact Factor

The several reasons that amount to a huge weight of the ACS Synthetic Biology impact factor are:

Credibility and Visibility:

A high-impact factor is indicative of the credibility and visibility that a journal carries amongst the members of the scientific community. This may rise with the publication of the research in ACS Synthetic Biology, thus increasing the credibility and reputation of the author, as well as of their institution.

Visibility and Dissemination:

Just like in the case of ACS Synthetic Biology, research documented in high-impact journals enjoys maximum visibility and dissemination. Such wide visibility to an audience provides a pool for the scientists to engage in collaboration; this, in the end, fosters the forward march of science.

Funding and Career Advancement:

Most funding agencies and academic institutions tend to consider the impact factor of publications among many other factors during the review of grant proposals and job applications. High-impact journals like ACS Synthetic Biology will provide a good platform to the author for publishing their work, hence increasing the chances of having the work funded and the career advanced.

Benchmarking Progress:

The impact factor allows the researcher and the institution to compare the influence that different journals have in the respective subject categories. Strategic decisions in the publication process may be taken, while at the same time ensuring that research reaches the most relevant audience.

Rising Impact: The Contribution of ACS Synthetic Biology to Biotechnology

ACS Synthetic Biology Impact Factor

The Impact Factor of ACS Synthetic Biology has been on a slow increase trend over the years, which could indicate continued dedication by the journal to publishing quality papers that advance the field of synthetic biology. Here is the summary of what contributions ACS Synthetic Biology has made:

Gene Editing Technologies:

The journal will consider pioneering research on the new frontiers of CRISPR-Cas and other gene editing tools that push forward their application to the fields of disease modeling and therapeutic development.

Metabolic Engineering:

ACS Synthetic Biology Impact Factor

ACS Synthetic Biology publishes research related to the design and manipulation of cellular metabolism to develop new biofuels, biomaterials, and pharmaceuticals.

Real-World Synthetic Biology Applications:

This journal represents research in the domain of synthetic biology, implemented in the real world, and used for agriculture and environmental improvement, remediation, and bio-manufacturing.

Therefore, ACS Synthetic Biology has taken a principal role in molding the future of biotechnology through impactful research published within these wide-ranging areas.

Frequently Asked Questions about the ACS Synthetic Biology Impact Factor

Q: What is the current Impact Factor for ACS Synthetic Biology?

A: It does vary a little bit between sources, but from the most recent data that I could find, the impact factor of ACS Synthetic Biology is approximately 5.1.

Q: How do I obtain the latest impact factor for ACS Synthetic Biology?

The current impact factor data can be found on various sites specifically designed for the measurement of scientific journals: Web of Science, Scopus, and Scimago Journal & Country Rank.

Q: Is the impact factor the only key characteristic of a journal?

A: An impact factor is a useful measure, but it’s not the only way of identifying a good journal. Other attributes that would be taken into account include the nature of peer review and thematic scope, editorial board.

Q: Where can I learn more about ACS Synthetic Biology?

A: For more on the editorial policy, guidelines for submission and the latest publications on ACS Synthetic Biology, visit the official website at


The impact factor of ACS Synthetic Biology is a true reflection of the journal’s standing as the platform for state-of-the-art research in the area of synthetic biology. Through the publication of impactful papers and collaboration within its field, ACS Synthetic Biology is expanding the limits of biotechnology, shaping an exciting future. If you want to send feedback about our post feel free to contact us here or at our facebook page.

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