Formatting and Style Guide
| Description |
Example |
| File format |
Submit your manuscript in a DOCX file if using Microsoft Word. |
| Length |
A research article might require 3500-5000 words, while a case study could
be 2000-3500 words. |
| Font |
Avoid decorative or uncommon fonts that might affect readability. |
| Headings |
Use consistent styles like "Introduction" (bold, centered) and "Methods"
(bold, left-aligned). |
| Line Spacing and Margins |
Maintain consistent margins of 1 inch (2.54 cm) on all sides of the
document. |
| Page Numbers and Line Numbers |
Number pages consecutively (e.g., "1", "2", …) throughout the manuscript.
|
| Footnotes |
If necessary, use footnotes for brief clarifications not suitable for the
main text. |
| Language and Grammar |
Adhere to the designated language and maintain consistent grammar, spelling,
and terminology. |
| Abbreviations |
Introduce "HIV" upon first mention, then use it consistently. |
| References and Citation Style |
Format references according to the chosen style (e.g., APA: Author, Year.
Title. Journal, Volume(Issue): Pages). |
| Tables and Figures |
Ensure that tables are formatted in a simple, grid-like structure to improve
readability. |
| Equations |
Present equations using an equation editor (e.g., Math Type). Number
equations consecutively. |
| Nomenclature |
Introduce "RNA-seq" upon first mention and use it consistently. |
| Abbreviations |
Example: "Polymerase Chain Reaction (PCR)..." |
Manuscript Structure
| Section |
Description |
| Beginning Section |
- Title Page: Includes the title, author names, affiliations, and Corresponding Author information.
- Abstract: A concise summary of the research objectives, methods, results, and conclusions.
- Keywords: Relevant terms or phrases that help index and categorize the manuscript.
|
| Middle Section |
- Introduction: Provides background information, research objectives, and hypotheses.
- Methods: Describes the research design, data collection, and analysis procedures.
- Results: Presents the findings of the study in a clear and organized manner.
- Discussion: Interprets the results, discusses their implications, and relates them to existing literature.
|
| Ending Section |
- Conclusion: Summarize the main findings and their significance.
- Acknowledgments: Recognizes individuals or organizations that contributed to the research.
- References: Lists all sources cited in the manuscript, following a specific citation style.
|
| Other Elements |
- Tables and Figures: Present additional data or visual aids to support the findings.
- Appendices: Include supplementary material such as raw data, questionnaires, or additional analyses.
- Conflict of Interest Statement: Discloses any potential conflicts of interest related to the research.
|
Parts of a Manuscript
Writing scientific communication, whether a research article or another form, follows a
rigid structure that authors should adhere to. This format is designed to facilitate the
clear transfer of information between the author and the scientific community. Here’s a
general structure that an article follows:
Title of Manuscript
The title plays a vital role in conveying the focus and findings of the research to
potential readers. It should be crafted carefully to engage and entice the audience.
Key Considerations for Drafting an Effective Title:
- Highlight Content: The title should effectively highlight the main content or theme of the manuscript, giving readers a clear understanding of the research.
- Concise and Descriptive: A good title is concise yet descriptive, conveying the essential elements of the research in a limited number of words.
- Word Limit: The title should adhere to a word limit, typically not exceeding 50 words, to ensure it remains succinct and to the point.
- Capitalization: Capitalize the first letter of each major word, except for prepositions and conjunctions. This enhances readability and professionalism.
- Unambiguous and Specific: The title should be clear and specific, avoiding unnecessary words or punctuation. Clarity is key to ensuring readers understand the research focus at a glance.
- Avoid Jargon or Abbreviations: Avoid using jargon or abbreviations unfamiliar to a broad audience. The title should be accessible and free from overly technical language.
- Enticing: The title should draw the reader’s attention and spark curiosity about the research findings. A compelling title can significantly impact the manuscript’s visibility.
For Example:
"Effects of Climate Change on Coral Reef Diversity: A Meta-Analysis" This title effectively highlights the main content (effects of climate change) and methodology (meta-analysis). It is concise, descriptive, and specific. "Investigating the Impact of Soil pH on Crop Yield: A Field Study in Midwest Farms" This title outlines the research topic (impact of soil pH on crop yield) and methodology (field study) while providing geographic context. It avoids unnecessary words, maintaining clarity. "Understanding Neural Mechanisms of Memory Formation: Insights from Functional Neuroimaging Studies" This title highlights the research focus (neural mechanisms of memory formation) and methodology (functional neuroimaging studies). It is concise, descriptive, and free from jargon. "Exploring the Role of Gut Microbiota in Obesity: Implications for Therapeutic Interventions" This title succinctly summarizes the research topic and emphasizes the implications for therapeutic interventions. It is unambiguous, specific, and enticing.
Author Details
All authors who have contributed to your research deserve to be credited for their work.
Their names should be listed on the same line, separated by commas. The Corresponding Author
does not need to be the first author, and the order of names may vary based on your
preference. However, it is recommended to highlight the Corresponding Author’s name with an
asterisk (e.g., Abhishek Prasad*) to make it easier for readers to identify.
Correspondence should include an email address, telephone number, and postal address, with
the email and postal address being mandatory. Authors are also encouraged to add a profile
(maximum 200 words) to the submission, which should be published. This profile should be a
single paragraph and include:
- Author Names: List the full names of all authors who contributed to the research, in the order reflecting their level of contribution, typically starting with the primary author or lead researcher.
- Affiliations: Provide the institutional or organizational affiliations of each author, including departmental affiliations (if applicable) and location (city, state, country). This helps establish the authors' credentials and institutional connections.
- Corresponding Author: Designate one author as the Corresponding Author responsible for communication with the Journal Manager and handling inquiries related to the manuscript. Include the Corresponding Author’s email address and, if necessary, other contact details such as a mailing address or phone number.
For Example:
Authors: John Smith, Emily Johnson, Michael Lee
Affiliations: John Smith: Department of Biology, University of XYZ, City, Country Emily Johnson: Department of Environmental Science, University of ABC, City, Country Michael Lee: Department of Agriculture, University of LMN, City, Country
Corresponding Author: John Smith Email:
[email protected] Author Contributions
The Author Contributions section outlines the specific roles each author played in the
conception, design, execution, analysis, and interpretation of the research. It is essential
for establishing accountability and recognizing the diverse contributions that led to the
completion of the study. Key considerations for drafting an Author Contributions section
include:
- Clear Definition of Contributions: Delineate each author's contributions to the project, which may include conceptualization, methodology development, data collection, analysis, interpretation, and manuscript preparation.
- Consistent Formatting: Present author contributions in a consistent format, either as a bulleted list or in paragraph form. Ensure that each author’s contributions are clearly articulated and easily understandable.
- Inclusive Representation: Acknowledge all individuals who made substantial contributions to the research but may not qualify as authors. This includes those who provided technical assistance, administrative support, or funding acquisition.
- Transparency and Accountability: Provide a transparent account of author contributions to ensure fairness in assigning credit for the work. Authors should accurately represent their roles in the research process.
- Authorship Order: Specify the order of authors based on their level of contribution. The first author typically made the most significant contribution, followed by co-authors in descending order of contribution.
For Example:
John Smith: Conceptualization, Methodology, Formal analysis, Writing – original draft Emily Johnson: Data curation, Investigation, Visualization, Writing – review & editing Michael Lee: Supervision, Funding acquisition, Project administration, Writing – review & editing Sarah Brown: Conceptualization, Methodology, Software, Validation, Writing – original draft David White: Data curation, Formal analysis, Visualization, Writing – review & editing James Taylor: Investigation, Resources, Supervision, Project administration Samantha Clark: Conceptualization, Methodology, Formal analysis, Writing – original draft Matthew Wilson: Data curation, Investigation, Visualization, Writing – review & editing Olivia Garcia: Software, Validation, Formal analysis, Writing – review & editing Daniel Martinez: Supervision, Funding acquisition, Project administration, Writing – review & editing
Abstract
The abstract offers a brief overview of the research, typically spanning 200-250 words. It
encapsulates the main components of the study, including the research question, methodology,
key findings, and significance. Here are the key considerations for drafting an effective
abstract:
- Written and Engaging: The abstract should be clear and engaging, providing readers with a concise understanding of the research without delving into unnecessary technical details. Aim for clarity and avoid scientific jargon to ensure accessibility to a broad audience.
- Background: The abstract begins by providing context for the research topic, highlighting its importance and relevance to the field. It should briefly outline the problem or research gap addressed by the study.
- Objectives: The abstract then states the specific objectives or research questions addressed in the study. This helps readers understand the purpose and focus of the research.
- Keywords: Include 5-8 relevant keywords at the end of the abstract to aid in indexing and enhance discoverability. These keywords should accurately reflect the main topics or themes addressed in the research.
- Methods: The abstract summarizes the methodology or approach used to conduct the study, briefly describing the study design, data collection methods, and analytical techniques employed.
- Results: The abstract presents the main findings or outcomes of the study, highlighting key results and significant discoveries, and providing readers with a glimpse of the study’s main conclusions.
- Conclusions: Finally, the abstract concludes by summarizing the main conclusions drawn from the study and may highlight the broader implications or potential applications of the research findings.
For Example :
Title: Effects of Climate Change on Coral Reef Diversity: A Meta-Analysis Abstract: This meta-analysis examines the effects of climate change on coral reef diversity. Using data from 50 studies, we synthesized findings to assess changes in species richness and abundance across various taxa. Our results indicate a significant decline in biodiversity, particularly in the Indo-Pacific region, highlighting the urgent need for conservation efforts to mitigate the impacts of climate change on coral reefs. Keywords: climate change, coral reefs, biodiversity, meta-analysis, conservation Title: Investigating the Impact of Soil pH on Crop Yield: A Field Study in Midwest Farms Abstract: This field study investigates the impact of soil pH on crop yield in Midwest farms. Through comprehensive soil sampling and crop yield assessments, we found a significant correlation between soil pH levels and crop productivity. Our findings underscore the importance of soil management practices in optimizing agricultural productivity and sustainability. Keywords: soil pH, crop yield, agriculture, Midwest, soil management
Section Headings or Typography
Section headings help organize the manuscript and guide readers through its structure. They
should be clear, consistent, and distinguishable from the body text. Different levels of
headings (e.g., main heading, subheading, sub-subheading) are used to denote hierarchical
relationships between sections.
Level 1: Main Heading:
Main headings typically represent major sections of the manuscript and are often formatted
in bold or larger font size to stand out.
Example: "Introduction," "Materials and Methods," "Results"
Level 2: Subheading:
Subheadings divide main sections into smaller subsections and are usually formatted in bold
or italicized text.
Example: "Study Design," "Data Collection," "Statistical Analysis"
Level 3: Sub-subheading:
Sub-subheadings further break down subsections into more specific topics, typically
formatted in italicized text or with a different font style.
Example: "Participant Recruitment," "Laboratory Procedures," "Data
Interpretation"
Bullets
Bullets are often used to present lists or items clearly and concisely. They improve
readability and organization by highlighting key points or information.
For Example:
Key Findings: - Increased crop yield by 20%.
- Reduced water consumption by 30%.
- Improved soil fertility.
Line Spacing
Proper line spacing enhances the readability and comprehension of the manuscript. It is
recommended to use double-spacing throughout the document, including between lines of text,
headings, and paragraphs.
Colors and Highlights
Colors and highlights can be used sparingly to draw attention to important information or to
differentiate elements within the manuscript. However, it’s essential to ensure that color
choices are accessible to all readers, including those with color vision deficiencies.
For Example:
Key Findings: - Highlight key findings in a different color.
- Use colored text or background for tables or figures to distinguish between different data categories.
Citation Statements and Declarations
Citation statements and declarations provide transparency and acknowledge the sources of
information used in the manuscript. This may include statements about ethical
considerations, conflicts of interest, data availability, or author contributions.
For Example:
Ethical Approval: "This study was conducted in accordance with the ethical standards of the Institutional Review Board (IRB) and with the Helsinki Declaration of 1975, as revised in 2000." Data Availability: "The data that support the findings of this study are available from the corresponding author upon reasonable request."
Publishing Etiquette
ijdct's website allows researchers to record their methods in a
structured way, obtain a DOI for easy citation of the protocol, collaborate with selected
colleagues, and share their protocol privately for peer review. Researchers can also choose
to make it publicly available. Once published, the protocol can be updated and cited in
other articles. Authors may choose to make their protocol public before the article’s
publication, which will not affect the peer review process and may allow for feedback to
improve the methodology before submission.
Funding Statement
Authors must state how the research and publication of their article were funded by naming
the financial supporting body (written out in full), followed by the associated grant
number(s) in square brackets (if applicable). Some funders will not reimburse article
processing charges (APC) if the funder and grant number are not identified in the paper. If
the research did not receive specific funding but was performed as part of the authors'
employment, please name the employer. If the funder was involved in the manuscript writing,
editing, approval, or decision to publish, this must be disclosed.
For Example:
“This research was supported by grants from the National Institutes of Health (grant numbers XXXXXXX and XXXXXXX) and the National Science Foundation (grant number XXXXXXX).”
Introduction
The introduction sets the stage for the research by providing background information,
stating the research question or hypothesis, and outlining the purpose of the study.
- Background: The introduction begins with a brief overview of the research topic, highlighting its importance and relevance in the field. It may summarize previous research, gaps in knowledge, or unresolved questions the study seeks to address.
- Research Objectives or Hypotheses: Authors should clearly state the research objectives, questions, or hypotheses guiding the study. This orients readers and provides a roadmap for the manuscript.
- Significance of the Study: Authors should articulate why the research is important and how it contributes to advancing scientific knowledge or addressing real-world problems. Discuss potential implications, applications, or benefits of the research findings.
- Scope and Organization: Authors may briefly outline the scope of the study and how the manuscript is structured. This overview helps readers navigate the paper.
For Example:
Background: Coral reefs are among the most biodiverse ecosystems on the planet, providing critical habitat for numerous marine species and supporting millions of people through fisheries, tourism, and coastal protection. However, coral reefs are increasingly threatened by climate change. Research Objectives: In this study, we aimed to assess the effects of climate change on coral reef diversity using a meta-analytical approach. Significance of the Study: Our findings have important implications for coral reef conservation and management strategies in the face of ongoing climate change. Scope and Organization: The remainder of the manuscript is structured as follows: Materials and Methods, Results, Discussion, and Conclusions.
Materials and Methods
The Materials and Methods section serves as a roadmap for replicating the study and
understanding the scientific rigor employed in the research process. Components typically
include:
- Study Design: Describe the overall design, including the hypothesis being tested and any experimental treatments or interventions.
- Materials: List all materials, equipment, reagents, and instruments used in the study, with details such as brand names, models, and suppliers to ensure reproducibility.
- Methods: Provide step-by-step procedures for conducting the study, including data collection, measurements, and analyzes.
- Data Analysis: Explain the statistical methods used to analyze the data, including the software and techniques employed.
- Ethical Considerations: Address ethical approvals and considerations, such as Institutional Review Board (IRB) approval or protocols for animal studies.
For Example:
Study Design: A randomized controlled trial investigated the efficacy of a new drug in reducing blood pressure levels in hypertensive patients. Materials: Drug X (Brand: HypoBp) was obtained from PharmaCorp Inc., with a placebo sourced from Pharma Placebos LLC. Methods: Blood pressure measurements were taken using an automated blood pressure monitor, with three consecutive readings recorded at weekly intervals over 12 weeks. Data Analysis: Between-group differences in blood pressure levels were analyzed using independent t-tests, and changes over time were examined via repeated-measures ANOVA. Ethical Considerations: Ethical approval was obtained from the Institutional Review Board at XYZ University.
Results, Discussion, and Conclusions
These sections present the research findings, interpret their significance, and draw
overarching conclusions.
- Results: Present the findings in a clear, factual manner using tables, figures, and descriptive text.
- Discussion: Interpret the results, compare them with existing literature, and address study limitations and future research directions.
- Conclusions: Summarize the main findings, their significance, and potential implications for future research or practical applications.
Results: Figure 1 shows a significant reduction in anxiety levels following the intervention (p < 0.001). Discussion: Our findings are consistent with previous studies on mindfulness-based stress reduction techniques. Limitations include the small sample size and lack of a control group. Conclusions: The study provides evidence for the efficacy of mindfulness-based interventions in reducing anxiety symptoms among individuals with chronic stress.
Acknowledgments
The Acknowledgments section allows authors to recognize contributions and support received
during the research process.
- Express Gratitude: Thank individuals or organizations who contributed to the research but did not meet authorship criteria.
- Permission: Obtain permission from individuals before including their names.
For Example:
“This research was supported by the National Institutes of Health (Grant Nos. XXXXXX and YYYYYY). Special thanks to Dr. Sarah Smith for her invaluable technical assistance.”
References
References are critical for providing readers with information to locate and verify cited
sources. Ensure accuracy and consistency.
Key Guidelines:
- Numerical Order: Cite references in numerical order, with corresponding numbers enclosed in square brackets.
- Abbreviations: Abbreviate journal titles according to Index Medicus guidelines.
For Example:
Smith AB, Johnson CD, Lee EF, et al. Effects of climate change on coral reef ecosystems. Mar Ecol Prog Ser. 2020;620:1-15.
Supporting Information
The Supporting Information section complements the main text by including supplementary
material such as additional data, figures, tables, methods, or analyzes. It serves several
purposes:
- Enhanced Understanding: Supporting information provides additional details or analyzes that further clarify the research findings presented in the main text.
- Reproducibility: Including raw data, code, or detailed methodologies in the supporting information facilitates the reproducibility of the research, allowing others to verify results or replicate the study.
- Completeness: Supplementary material may include results, figures, or tables that were not included in the main text due to space constraints but are relevant to the research.
- Compliance: Some journals require certain types of supplementary material to be submitted as supporting information to ensure compliance with editorial policies or ethical guidelines.
For Example:
Supplementary Table 1: Summary of participants’ demographic characteristics. This table provides detailed demographic information about the study participants, such as age, gender, ethnicity, and socioeconomic status, supplementing the main text’s findings. Supplementary Figure 1: Flowchart of study procedures. This figure visually represents the flow of participants through the study, including recruitment, randomization, interventions, follow-up, and data analysis, enhancing the understanding of the study methodology. Supplementary Methods: Detailed description of statistical analyses. This section provides a comprehensive explanation of the statistical methods and analyzes used in the study, including formulas, software packages, and parameter estimates, to facilitate reproducibility. Supplementary Dataset: Raw data for all study variables. This dataset contains the raw data collected during the study, including participant responses, measurements, or observations, allowing other researchers to reanalyze the data or conduct additional analyses.
Figures and Tables
Figures and tables are essential components of scientific manuscripts that visually
represent data, results, and other relevant information. They enhance understanding, provide
clarity, and effectively communicate key findings to readers.
Figures:
- Purpose: Figures are graphical representations of data, illustrating trends, relationships, or concepts. They may include graphs, charts, diagrams, photographs, maps, or other visual elements.
- Enhancing Understanding: Figures help readers visualize complex information more effectively than text alone by clarifying concepts, highlighting trends, and providing context for the research findings.
- Captioning: Each figure should be accompanied by a descriptive caption explaining its content and significance. Captions should be concise yet informative, offering essential details about the figure’s content.
Tables:
- Purpose: Tables present numerical data in a structured format, allowing readers to compare and analyze information systematically. They are useful for organizing large datasets, summarizing results, or presenting statistical analyses.
- Organizing Data: Tables provide a clear and organized format for presenting data, enabling readers to easily identify patterns, trends, and relationships.
- Captioning and Numbering: Tables should be numbered consecutively in the order they are mentioned in the text. Each table should have a descriptive caption that provides context and explains the data presented.
For Example:
Figure 1:
Example Figure: Line Graph Showing Temperature Trends Over Time.
Caption: Line graph illustrating temperature trends over time in the study area.
Table 1: | Treatment Group | Mean Score | Standard Deviation | Sample Size |
| Control | 75 | 5 | 30 |
| Experimental | 85 | 6 | 30 |
Summary of mean scores, standard deviations, and sample sizes for control and experimental groups.
For Example:
Figure 2:
Example Figure: Bar Chart Comparing Species Diversity. Caption: Bar chart comparing species diversity in different habitats.
Table 2: | Participant ID | Age (years) | Gender | Blood Pressure (mmHg) |
| Control | 75 | 5 | 30 |
| Experimental | 85 | 6 | 30 |
Summary of mean scores, standard deviations, and sample sizes for control and experimental groups.
Statistical Reporting
Statistical Reporting in a manuscript involves describing the statistical methods used to
analyze the data and accurately reporting the results. This section provides transparency
and reproducibility by detailing how the data were analyzed and interpreted.
-
- Description of Statistical Methods:
Authors should describe the statistical methods used to analyze the data, including types of
analyzes (e.g., t-tests, ANOVA, regression), software used (e.g., SPSS, R, SAS), and
specific settings or parameters. Include assumptions made in the analysis (e.g., normality,
homogeneity of variance) and any data transformations.
Report statistical results in a clear, organized manner using appropriate summary statistics
(e.g., means, standard deviations, confidence intervals) and effect size measures (e.g.,
Cohen’s d, odds ratios). Use tables or figures to present complex statistical results and
ensure they are labeled and explained properly. Avoid selective reporting.
-
- Interpretation of Findings:
Interpret statistical findings in the context of the research question or hypothesis,
discussing implications and significance. Address limitations of the analyses and potential
impacts on the results. Compare findings with existing literature.
-
- Reporting of Uncertainty:
Report uncertainties such as confidence intervals, p-values, and effect sizes. Avoid
overstating the significance of results or making unsupported claims. Consider both the
practical and statistical significance of the findings.
For Example:
-
- Description of Statistical Methods:
“Data were analyzed using a two-way ANOVA with post-hoc Tukey tests to compare mean differences between groups. Statistical significance was set at p < 0.05. Assumptions of normality and homogeneity of variances were checked using Shapiro-Wilk and Levene’s tests, respectively. No violations of these assumptions were found.”
“The mean difference in scores between the experimental and control groups was 2.45 points (95% CI [1.32, 3.58], p = 0.002), indicating a significant effect of the intervention. Figure 1 shows the distribution of scores for each group.”
-
- Interpretation of Findings:
“The results suggest that the intervention significantly improved participants’ cognitive performance compared to the control condition. However, it is important to note that the effect size was moderate (Cohen’s d = 0.60), indicating a meaningful but not overwhelming impact.”
Striking Image
The Striking Image serves as a visual representation of the research findings or concepts
discussed in the manuscript. It is strategically chosen to capture the reader’s attention
and enhance the overall presentation of the research. Here are the key considerations for
selecting a Striking Image:
- Captivating Visual: The image should be visually captivating, drawing the reader’s attention and prompting further exploration of the manuscript. It should effectively convey the main message or theme of the research.
- Relevance to Research: The Striking Image should be directly relevant to the content of the manuscript, highlighting key findings, concepts, methodologies, or implications discussed in the text.
- High Quality: The image should be of high quality with clear resolution and sharp detail. It should be visually appealing, even when reproduced in different formats or sizes.
- Consistent with Journal Guidelines: The selection of the Striking Image should adhere to the guidelines provided by the Journal regarding image formatting, resolution, and copyright permissions.
- Ethical Considerations: Authors should ensure that the image complies with ethical standards and regulations governing research integrity, including proper attribution and permissions for any copyrighted material.
For Example:
- Photograph of Experimental Setup: A high-resolution photograph of a laboratory experiment setup, showcasing intricate instrumentation and experimental procedures relevant to the research.
- Graph or Chart Illustrating Key Findings: A visually compelling graph or chart presenting key research findings, trends, or comparisons in a clear and accessible format.
- Microscopic Image of Biological Specimen: A magnified microscopic image of a biological specimen, such as cells, tissues, or organisms, providing insights into cellular structures or biological processes.
- Infographic Summarizing Research Methods: An infographic summarizing the methodologies or techniques used in the research, illustrating the workflow or experimental protocols in an engaging visual format.
Additional Information Requested at Submission
When submitting a manuscript to a
ijdct, authors may be required to
provide additional information beyond the manuscript itself. This helps editors and
reviewers assess the manuscript's suitability for publication and ensures transparency and
integrity in the publication process.
Financial Disclosure Statement
The Financial Disclosure Statement requires authors to disclose any financial relationships,
affiliations, or interests that could be perceived as potential conflicts of interest
regarding the research presented in the manuscript. This includes financial support, funding
sources, grants, honoraria, consulting fees, equity ownership, or any other financial
relationships with organizations that may have a vested interest in the research outcomes.
Key Points to Include:
- Funding Sources: Authors should specify any funding sources or financial support received for the research, including grants, scholarships, fellowships, or other forms of assistance from funding agencies, governmental organizations, or industry sponsors.
- Honoraria and Consulting Fees: Authors should disclose any honoraria, consulting fees, or compensation received for services related to the research.
- Equity Ownership: Declare any equity ownership, stock options, or financial investments in companies or organizations relevant to the research.
- Employment or Affiliations: Disclose any employment, affiliations, or positions in organizations with a financial interest in the research.
- Other Financial Interests: Disclose any other financial interests or relationships that could influence the research or its interpretation.
For Example:
- “The authors declare that they have no financial conflicts of interest regarding the research presented in this manuscript.”
- “Dr. John Smith has received research funding from XYZ Pharmaceuticals for unrelated projects. However, the funders had no role in the design, conduct, analysis, or interpretation of the current study.”
- “Dr. Jane Doe is a consultant for ABC Biotech and has received honoraria for speaking engagements. The authors declare that this relationship did not influence the conduct or reporting of the research.”
- “Dr. Michael Johnson owns stock in DEF Medical Devices, a company that manufactures medical equipment related to the research topic. However, the authors declare that this does not affect the integrity or objectivity of the study.”
Competing Interests
Competing Interests refer to any circumstances or relationships that may influence the
objectivity, integrity, or impartiality of the research or its interpretation. These
interests can arise from financial, professional, personal, or intellectual affiliations
that could potentially bias the author’s judgment.
- Financial Interests: Financial relationships or affiliations that may create a conflict of interest.
- Professional Affiliations: Professional relationships that may influence the research process.
- Personal Relationships: Personal relationships or connections that may impact the research.
- Intellectual Biases: Intellectual or ideological biases that may influence the research or its interpretation.
For Example:
- “Dr. Smith has received research funding from Company XYZ, which produces pharmaceutical products related to the topic of the research.”
- “Professor Johnson serves on the scientific advisory board of Organization ABC, which has a stake in the research outcomes.”
- “Professor Brown has published extensively on the benefits of a particular treatment approach, potentially influencing the interpretation of the current research results.”
Manuscripts Disputing Published Work
When researchers encounter inconsistencies, discrepancies, or methodological concerns in
previously published research, they may choose to write a manuscript disputing the findings.
These manuscripts critically evaluate the validity, reliability, and generalizability of the
findings through rigorous analysis, replication attempts, or alternative interpretations.
These manuscripts undergo peer review to ensure sound scientific reasoning and evidence.
Key Characteristics:
- Critical Analysis: Involves analyzing the original research, highlighting flaws, biases, or limitations in methodology or data interpretation.
- Alternative Explanations: Proposes alternative hypotheses or interpretations of the data that challenge the conclusions of the original study.
- Replication Attempts: This may include attempts to replicate the original findings to verify or refute them.
- Transparent Reporting: Provides transparent methods, analyzes, and findings for readers and reviewers to evaluate.
For Example:
- “Reanalysis of Clinical Trial Data: A manuscript disputes the findings of a previously published clinical trial claiming the efficacy of a particular drug. The manuscript reanalyzes the trial data and concludes that the drug’s efficacy may have been overstated.”
- “Reinterpretation of Paleontological Evidence: A manuscript disputes the interpretations of fossil evidence presented in a study on evolutionary relationships. It offers alternative phylogenetic hypotheses supported by anatomical and morphological analyses.”
Related Manuscripts
When submitting a manuscript, authors may be asked to provide information about related
manuscripts relevant to the research. This helps editors assess the originality and avoid
duplication or overlap.
- Previous Submissions: Manuscripts previously submitted to other Journals related to the research.
- Companion Papers: Manuscripts that are part of a series addressing different aspects of the same research project.
- Preprints: Manuscripts posted as preprints that have not undergone peer review.
- Collaborative Works: Manuscripts that are part of collaborative research projects involving multiple authors or research teams.
For Example:
- “Previous Submission: A companion paper titled ‘Exploring the Genetic Basis of Disease X’ was previously submitted to Journal ABC. The current manuscript builds upon the findings of that paper by focusing on environmental factors.”
- “Companion Paper: This manuscript is part of a series investigating the effects of Climate Change on Coral Reefs. A companion paper titled ‘Impacts of Rising Sea Temperatures on Coral Bleaching Events’ was recently published in Journal XYZ.”
Preprints
Preprints allow researchers to share their work with the scientific community before formal
peer review. They are typically hosted on preprint servers and are freely accessible.
Key Features of Preprints:
- Rapid Dissemination: Preprints enable researchers to share findings quickly with colleagues, facilitating collaboration.
- Open Access: Freely accessible without subscription or payment, promoting transparency and equitable access.
- Feedback Mechanism: Preprints allow researchers to receive feedback before formal peer review, helping improve manuscripts.
- Versioning: Preprint servers often allow authors to update their preprints based on feedback or revisions.
- Citation and Recognition: Preprints can be cited in publications, providing credit and recognition before formal publication.
For Example:
- “arXiv: One of the oldest preprint servers, focused on physics, mathematics, and related disciplines.”
- “bioRxiv: A preprint server for biology, offering a platform for sharing research in areas like molecular biology, genetics, and ecology.”
- “medRxiv: A preprint server for health sciences and clinical research, facilitating the dissemination of research in medicine, public health, and epidemiology.”
Guidelines for Specific Study Types
To ensure rigor, reproducibility, and adherence to community standards, manuscripts
submitted to the
ijdct must follow specific guidelines tailored to
the type of study being reported.
Registered Reports
Registered Reports offer several benefits for both researchers and the scientific community.
By pre-registering their study protocols, authors can reduce the likelihood of publication
bias, selective reporting, and HARKing (Hypothesizing After the Results are Known).
Registered Reports promote methodological rigor, transparency, and reproducibility by
ensuring that key aspects of the study design, analysis plan, and data collection procedures
are determined in advance and undergo rigorous peer review.
Key Steps in Registered Reports:
- Preregistration of Study Protocol: Authors submit a detailed study protocol outlining the research question, hypotheses, study design, methods, and analysis plan to the Journal for peer review. This protocol undergoes thorough evaluation to assess its scientific validity, methodological soundness, and feasibility.
- In-Principle Acceptance: Upon successful peer review, ijdct grants in-principle acceptance to the registered protocol, indicating a commitment to publishing the final results of the study, regardless of the outcomes obtained. This helps mitigate publication bias and incentivizes high-quality research.
- Transparent Reporting: Registered Reports emphasize transparent reporting of research methods, procedures, and analyzes. Authors are encouraged to provide detailed descriptions of experimental protocols, data collection procedures, statistical analyses, and potential limitations upfront.
- Methodological Rigor: By pre-registering their protocols, authors demonstrate a commitment to methodological rigor, including careful consideration of study design, sample size determination, statistical power analysis, and potential sources of bias.
- Reproducibility and Replicability: Registered Reports enhance the reproducibility of research by promoting transparency in study design and analysis. Authors provide a blueprint for future replication attempts, facilitating verification of findings by the scientific community.
For Example:
- Smith, J., & Johnson, E. (2020). Registered Report: The Effect of Mindfulness Meditation on Stress Reduction in College Students. Journal of Mindfulness Studies, 10(2), 123-135.
- This Registered Report outlines a preregistered protocol for investigating the effects of mindfulness meditation on stress reduction in college students.
- Brown, A., et al. (2021). Registered Report: Investigating the Neural Mechanisms of Decision-Making in Adolescents with ADHD. Journal of Neurobehavioral Research, 15(4), 321-335.
- This Registered Report presents a preregistered protocol for examining the neural mechanisms of decision-making in adolescents with ADHD.
Research Involving Human Subjects
Research involving human subjects must comply with all relevant regulations, including
maintaining proper documentation, adhering to study protocols that have received
Institutional Review Board (IRB) approval, and reporting any adverse events. Researchers
must ensure that their studies comply with the 1975 Helsinki Declaration (revised in 2013)
and mention the IRB approval details in the manuscript.
For Example:
- Clinical Trial on New Drug Treatment: A study evaluating the efficacy and safety of a new drug treatment in human participants. Outcomes such as symptom improvement and adverse reactions are assessed.
- Survey on Health Behaviors: A survey assessing health behaviors among adults, including topics such as diet, exercise, and smoking habits.
Research Involving the Use of Animals
For research involving animals, authors must follow the standards outlined by the National
Institutes of Health (NIH) and comply with the NC3Rs ARRIVE Guidelines for in vivo
experiments. Authors should state that legal and ethical approvals were obtained before the
research, and the experiments were performed in accordance with relevant guidelines.
- US authors: Cite compliance with the US National Research Council’s Guide for the Care and Use of Laboratory Animals.
- UK authors: Conform to UK legislation under the Animals (Scientific Procedures) Act 1986 Amendment Regulations.
- European authors: Conform to Directive 2010/63/EU.
The manuscript must include a declaration of compliance with the relevant guidelines and/or
licenses obtained.
Research Involving Cell Lines
Cell Lines, such as HeLa and HEK293 cells, are widely used in biomedical research. Authors
must provide details on the origin of the cell lines and confirm compliance with
institutional guidelines.
For Example:
- HeLa Cells: Derived from cervical cancer cells taken from Henrietta Lacks in 1951, HeLa cells are one of the most extensively studied human cell lines.
- HEK293 Cells: Human embryonic kidney 293 cells are used for protein expression studies and were derived from primary embryonic kidney cells transformed with adenovirus type 5 DNA.