SLAS Technology – laboratory technical services Journal Guide for Researchers

Why Researchers Choose SLAS Technology for High-Impact Publications

SLAS Technology serves as a vital resource for professionals in laboratory technical services, emphasizing advancements in automation, screening, and analytical technologies within the life sciences. Established to bridge the gap between laboratory innovation and practical application, this journal attracts contributions from global experts who seek to disseminate cutting-edge research that shapes the future of laboratory operations. With a commitment to rigorous peer review and interdisciplinary appeal, SLAS Technology ensures that published works reach a wide audience of scientists, engineers, and technicians dedicated to enhancing laboratory efficiency and accuracy.

The journal's scope encompasses a broad spectrum of topics, from microfluidic devices and high-throughput screening methods to robotics in drug discovery and bioinformatics tools for lab management. Researchers value SLAS Technology for its ability to highlight practical solutions that address real-world challenges in pharmaceutical, biotechnology, and academic laboratories. Its impact factor of 3.057, as reported by Clarivate Journal Citation Reports for 2022, underscores its influence, placing it among respected publications in analytical chemistry and biotechnology fields. This metric reflects the journal's role in fostering citations that drive further innovation.

Publishing in SLAS Technology offers more than academic recognition; it positions authors at the forefront of emerging trends, such as AI integration in lab workflows and sustainable laboratory practices. The journal's hybrid open access model allows flexibility in dissemination, ensuring broader accessibility while maintaining subscription-based stability. For early-career researchers, contributing here builds a strong publication record, essential for securing grants and advancing in higher education jobs within laboratory technical services.

To explore opportunities, review the journal's detailed guidelines and consider how your work aligns with its mission. Submitting a manuscript can propel your research into influential circles. For additional resources on academic timelines, visit the academic calendar to plan your submission strategically. Whether you're investigating new automation tools or refining screening protocols, SLAS Technology provides the platform to amplify your contributions effectively.

Overview & History

SLAS Technology traces its origins to 1996, initially launched as the Journal of Laboratory Automation by the Association for Laboratory Automation (ALA). In 2016, following the merger that formed the Society for Laboratory Automation and Screening (SLAS), it was rebranded to reflect its expanded focus on screening technologies alongside automation. Published by SAGE Publications, the journal has evolved from a niche outlet for automation enthusiasts to a comprehensive resource covering the integration of technology in laboratory settings worldwide.

Over the years, SLAS Technology has documented pivotal shifts, such as the rise of high-throughput screening in genomics and the adoption of lab-on-a-chip systems. Its editorial vision prioritizes accessible, actionable content that benefits both industry practitioners and academic researchers. Today, it remains headquartered in the United States, with a global editorial board ensuring diverse perspectives. This historical foundation solidifies its reputation as a cornerstone in laboratory technical services literature.

Scope and Disciplines Covered

SLAS Technology primarily addresses laboratory technical services, with a core emphasis on automation and screening innovations. It welcomes manuscripts on topics ranging from hardware and software developments to process optimization in life science laboratories. The journal encourages submissions that demonstrate translational potential, linking fundamental research to applied outcomes in diagnostics, therapeutics, and beyond.

These disciplines highlight the journal's interdisciplinary nature, appealing to chemists, biologists, and engineers alike.

Key Journal Metrics

These metrics demonstrate SLAS Technology's growing influence and selectivity in laboratory technical services.

Indexing and Abstracting

SLAS Technology is indexed in major databases, ensuring visibility for authors' work. It appears in PubMed, Scopus, Web of Science (Science Citation Index Expanded), and MEDLINE, facilitating citations and discoverability. Additional coverage includes Embase, BIOSIS Previews, and Chemical Abstracts Service. For open access articles, it is also listed in DOAJ. Researchers can access abstracts via these platforms, enhancing the journal's reach in global academic searches. Links to indexing sites: PubMed, Scopus.

Publication Model and Fees

As a hybrid journal, SLAS Technology offers both subscription access and open access options. Authors can publish under a traditional model at no cost or choose gold open access with an Article Processing Charge (APC) of $3,000 USD, covering peer review and production. SAGE maintains transparent policies, with waivers available for corresponding authors from low-income countries via Research4Life agreements. The model supports wide dissemination while sustaining quality editorial processes. For details, visit the official journal homepage.

Submission Process and Guidelines

Manuscripts are submitted electronically via the SAGE Track system, a user-friendly portal for authors. Guidelines emphasize original research, reviews, and perspectives, with a word limit of 5,000 for full articles. Figures must be high-resolution, and ethical compliance (e.g., Helsinki Declaration for human studies) is required. The average time to first decision is 4-6 weeks, with revisions encouraged. Prepare your submission by aligning with the journal's focus on innovative laboratory solutions. For career advice on publishing, check academic jobs resources.

Editorial Board Highlights

The editorial board comprises distinguished experts in laboratory technical services. Editor-in-Chief Jonathan S. Lindsey, PhD, from North Carolina State University, brings decades of experience in photodynamic therapy and screening technologies. Other key members include Malory Weber from SLAS, specializing in assay development, and international associates like Edward Kai-Hua Chow from the National University of Singapore, focusing on nanomedicine. This diverse team ensures balanced, high-quality oversight.

Why Publish in SLAS Technology?

Publishing in SLAS Technology elevates research visibility due to its targeted audience and robust indexing. Authors benefit from SAGE's marketing, reaching over 1,000 institutions worldwide. The journal's emphasis on practical impact aids in translating lab innovations to industry applications, boosting citation rates. For researchers eyeing higher ed jobs, a publication here signals expertise in cutting-edge technical services. Additionally, the peer review process provides valuable feedback, refining future work.

Comparison with Similar Journals

This comparison illustrates SLAS Technology's niche strength in integrated lab technologies compared to broader or specialized peers.

Researcher Tips for Successful Submission

• Align your abstract with the journal's scope, highlighting technical innovation.
• Use clear, concise language; avoid jargon unless defined.
• Include supplementary data for complex datasets to support claims.
• Seek pre-submission inquiries via email to the editor for fit assessment.
• After acceptance, promote your article on platforms like ResearchGate.
• For timeline management, refer to the academic calendar for deadlines.
• Rate professors in your field via Rate My Professor for collaboration ideas.

These strategies increase acceptance chances and streamline the process.