8.2 Conflicts of Interest
8.2.1 What Is a Conflict of Interest?
The classical situation in which a researcher’s decision-making may be compro
mised because of certain financial interests is called a conflict of interest
(COI). Conflicts of interest are more common in the bio-medical and pharmaceuti
cal sciences, where large financial gains are at stake, and the development of new
medication is a costly affair. In the social sciences, financial conflicts of interest do
exist but the temptations differ from those of the bio-medical and pharmaceutical
science.
Let’s start with an example from the pharmaceutical sciences. Resnik (1998)
cites a classic case of a scientist who researched the effects of a certain medication
on the alleviation of common cold symptoms. The scientist also owned stock in a
company that produced the same medication he was researching (a tablet of zinc
lozenges). When their findings showed a positive result, the company’s stock soared,
from which the researcher benefited. This raised a serious question: Was the
researcher’s scientific judgement being influenced by the expectation of a finan
cial profit?
In the social sciences, direct financial gains are rarer. Rather, the problem lies
in indirect gains, having to do with the formation of dependency on the research
itself. Soudijn (2012) quotes the case of a Dutch psychologist, who set up a project
offering help to clients suffering from phobias. The clients received free treatment
(in the form of experimental therapy, given by his students) on the condition that
they agreed to participate in the research project. Thus, the clients became reliant
on the research as a means of free therapy. These dependency relationships obfus
cate the research project to the point that by today’s standards, the data would no
longer be considered valid, and although the research participants did not profit
from the research financially, financial gains (free therapy for the client) posed a
COI in this case.
Whether these influences actually impair a researcher’s judgement is not of
importance in our understanding of a COI. It is the potential to cloud or impair
judgement that defines the problem.
In any conflict of interest, objectivity as one of sciences’ key values is at stake:
• How do I know your conclusions are not biased?
• How can I trust your judgement?
In the coming sections, we discuss cases from within the social sciences where
differing financial interests were at stake to differing degrees (Box 8.2). Note that
not every situation with financial interests at stake automatically leads to a conflict
of interest. Furthermore, it can be difficult to establish whether a researcher acts in
bad faith or not.
181
8.2 Conflicts of Interest
Box 8.2: Funding Bias
Often regarded as a specific form of COI, the term funding bias indicates the
tendency found in scientific studies to support the interests of the study’s
f
inancial sponsor. Funding bias is
Research ethics addresses the ethical principles and values applied to research. This includes ethical treatment of human and animal subjects, preventing misuse of research results, and addressing scientific misconduct. The key principles of research ethics are respect for persons, beneficence, and justice. Respect for persons means respecting individual autonomy and protecting vulnerable populations. Beneficence means research should do no harm and maximize benefits while minimizing risks. Justice means fairness in who bears risks and benefits from research. Research ethics aims to ensure ethical and responsible conduct of research through guidelines, oversight bodies, and codes of conduct.
This document discusses conflicts of interest in drug research. It defines conflicts of interest and provides examples of financial and non-financial conflicts. Significant financial interests that must be disclosed include salaries, equity, patents, and intellectual property if they exceed $10,000 or 5% ownership. Conflicts can occur at all stages of research and compromise integrity. Recommendations include adopting disclosure policies, managing conflicts through oversight committees, and restricting industry payments and gifts to researchers and medical institutions. Transparency and accountability are important principles to mitigate conflicts of interest in medical research.
This document discusses ethics in research. It begins by defining ethics and explaining why ethics are important in research to promote aims like knowledge, trust, and accountability. It discusses issues like plagiarism, honesty, integrity, confidentiality, and responsible publication. It provides examples of unethical research behaviors like falsifying data, failing to give credit to others' work, misrepresenting information, sabotaging colleagues' work, and more. The overall document outlines key ethical issues and considerations for conducting research.
Research ethics outlines principles to ensure research involving people is conducted safely and for the benefit of society. It requires researchers to obtain informed consent, protect privacy and confidentiality, avoid deception and harm, disclose conflicts of interest, and protect personal data. Upholding these ethical standards promotes collaborative work, accountability, and builds public trust and support for research.
Rmc0001 research publications & ethics - module 3 (5)KURMAIAHA20PHD1086
This document discusses publication ethics and responsible research practices. It provides definitions and guidelines around topics like plagiarism, authorship, peer review, and conflicts of interest. It also describes organizations that establish standards and best practices for publication, such as the Committee on Publication Ethics and the World Association of Medical Editors. Finally, it discusses issues like misconduct, causes of unethical behavior, and predatory publishers.
Research ethics and problems encountred by reseachers ErTARUNKASHNI
Definition of research ethics
Objective of research ethics
Importance of research ethics
Principles of research ethics
Do’s and don'ts of research ethics
Problems encountered by researchers
This document summarizes recommendations from a workshop aimed at improving patient engagement in research. The workshop included 142 representatives from patient and research communities. Participants recommended that research evaluations: 1) pre-define engagement goals by research phase; 2) establish feedback channels for all partners; and 3) assess perceptions of engagement value before and after research. Additional metrics should measure engagement quality and diversity objectively and subjectively. Funding applicants should integrate engagement evaluations, and funding could depend on evaluation results. Incentivizing co-learning and including patient experts could strengthen engagement. Evaluations should link engagement quality to research quality and impact.
This document discusses research ethics and the ethical issues researchers must consider. It defines research ethics as principles guiding how researchers interact with participants, colleagues, and society. Researchers must get informed consent, avoid pressure on participants, respect participant autonomy, protect vulnerable groups, ensure anonymity and confidentiality, avoid harm, be objective, not take advantage of easy groups, and be open. Following ethics promotes respecting participants, advancing knowledge, trust, accountability, and public support. Violations can damage participant cooperation, public confidence, and researcher integrity. Ethics apply to all research stages and contribute to quality.
This document introduces the concept of evidence-based practice and its importance for management decision making. It argues that decisions should be based on the best available evidence from multiple sources, rather than just personal experience or popular ideas. Evidence-based practice involves asking questions, finding relevant evidence, critically evaluating it, weighing the evidence, making decisions based on it, and assessing the outcomes. Evidence can come from scientific research, organizational data, practitioner experience, and stakeholder values. Relying solely on personal judgment leads to biases and ineffective practices. Evidence-based practice helps improve decision making and outcomes.
Reflections on Research and Evaluation Reality Jan 2016John Wren
This PPT presents personal reflections on the challenging environment many researchers and evaluators in government agencies face. The reflections come from 15 years of experience, and observing and listening and talking to colleagues in NZ and Australia.
This document discusses ethical dilemmas that can arise in the workplace and how to address them. It begins by defining ethics and explaining why ethics are important in the workplace, such as building credibility and trust. It then describes types of ethical dilemmas like double binds and fairness dilemmas. Examples of common unethical workplace behaviors are provided like lying, stealing, and favoritism. The document recommends steps organizations can take like establishing clear policies, training employees, and having an ethics hotline. It emphasizes treating all employees equally and with respect. Overall, the document stresses the importance of ethics for business success and having open communication to resolve any ethical issues.
MGMT 560 – Organizational Leadership Ethics and ProfesDioneWang844
MGMT 560 – Organizational Leadership
Ethics and Professional Codes of Conduct
*
Dilbert
Ethicsa system of moral principles: the ethics of a culture
the rules of conduct recognized in respect to a particular class of human actions or a particular group, culture, etc.: medical ethics; Christian ethics
that branch of philosophy dealing with values relating to human conduct, with respect to the rightness and wrongness of certain actions and to the goodness and badness of the motives and ends of such actions
Formal vs InformalFormal EthicsCode of ConductOathBoard of EthicsInformal EthicsNo formal governing bodyNo accountability, other than from clientNo formal repercussions
Making an Ethical Decision
Recognize the ethical dilemma
Ask yourself, is this the start of a slippery slope
One slip allows the next slip to happen more easily
Would you want your decision to the problem broadcast to the world?
Ethical SituationsMaintaining the integrity of company databases in the face of requests to use the data inappropriately
Providing truthful information on the status of projects, budgets and profits even when there are problems – being accountable for success and failure
Standing firm on a decision despite its unpopularity
Reporting suspected unethical behavior of others despite personal discomfort
Not developing personal relationships with vendors/ customers/outside agencies – potential conflict of interest issues
Principles for Creating Ethical Cultures
Principle 1: The only way to sustain Compliance is through Culture
– Employees want to be part of organizations whose values mirror their own
– Organizations need to reduce fear, encourage accountability and live by a common set of values that build trust
Principles for Creating Ethical Cultures
Principle 2: Corporate culture reflects the values of the leaders
If Leaders do not embody the ethical standards, then no one else will
Principles for Creating Ethical Cultures
Principle 3: Measurement matters – if you can’t measure it, you can’t manage it
Leadership needs to measure integrity risk and monitor progress in managing it
Culture must become a metric
Web of NeedsNeeds encountered in IT practice:User needsPersonal needsOrganizational needsNeeds of societyOthers?Framework for Ethical Analysis
Identify web of needs for project
Identify strands of web where conflict is likely to occur
Resolve conflict issues with concerned parties
Agreed needs set recorded and input into requirements analysis
ref. Taylor, M.J. & Moynihan E., Analysing IT Ethics
Ref. D. Gebler, Creating an Ethical Culture
*
Level 1 – Financial Stability: Organizations that are consumed with surviving Leaders may exercise excessive control – an environment of fear Unethical or illegal conduct can be rationalized Leaders must know and stand within clear ethical b ...
last and final ppt on research and publication.pptxmamtajain61
This document discusses research ethics and publication ethics. It begins by defining ethics and outlining some key ethical principles like autonomy, beneficence, and justice. It then discusses objectives of research ethics like protecting participants and ensuring research benefits society. Several ethical principles of research are described, including honesty, integrity, informed consent, and protecting anonymity. Advantages of adhering to research ethics include increased trust and accountability. The document concludes by defining publication ethics and some important guidelines like authorship criteria, plagiarism, peer review, and transparency.
Research ethics are important for promoting collaboration between researchers and expanding knowledge. Upholding values like mutual respect and fairness is essential in research because it depends on collaboration. Additionally, ethical standards are needed because research involves coordination between many people in different disciplines and institutions.
Research methodology ethical issues in research an assignmentMaiJoy
This document discusses six key ethical considerations in research: 1) informed consent, 2) invasion of privacy and maintaining confidentiality, 3) deception, 4) protection from harm, 5) data protection, and 6) managing conflicts of interest and affiliation. Violating any of these ethics can have negative consequences like jeopardizing future participation in research, damaging the reputation of the researcher and sponsor, and weakening public trust in the research process. Upholding strong ethical standards is important for conducting research responsibly and building trust.
The failure of researchers to link evidence to policy and practice produces evidence that no one uses, impedes innovation, and leads to mediocre or even detrimental development policies. To help improve the definition, design, and implementation of policy research, researchers should adopt a strategic outcome-oriented approach.
Social media is a powerful and widespread source of information and connectivity. Many in research are wondering whether and how to use social media to improve awareness and retention for their clinical trials. Quorum Review's Regulatory Attorney, Dominic Chiarelli, presents about the power of social media and practical tips for how to best harness social media in research.
Presentation from the popular Fast Track Impact training on how to facilitate impact in research institutions. Find our more at www.fasttrackimpact.com/resources
Scaling up Innovation: Why Theories of Change MatterBrandon Muramatsu
by Elaine Seymour, University of Colorado at Boulder. Presented at the Workshop on Disseminating CCLI Innovations: Arlington, VA, February 18-19, 2010. Workshop organized by Joe Tront, Flora McMartin and Brandon Muramatsu.
Similar to Conflict of interest presentation phD 2024 (20)
702_ Essentials of Botanical extraction.pptxdrxrajdeep
Factors to be considered in selecting solvents of extraction
Various factors enumerated below should be taken into consideration when choosing a solvent of extraction.[3,9,15] (i) Selectivity. The ability of a chosen solvent to extract the active constituent and leave the inert material. (ii) Safety. Ideal solvent of extraction should be nontoxic and nonflammable. (iii) Cost. It should be as cheap as possible. (iv) Reactivity. Suitable solvent of extraction should not react with the extract. (v) Recovery. The solvent of extraction should be quickly recovered and separated from the extract. (vi) Viscosity. Should be of low viscosity to allow ease of penetration. (vii) Boiling temperature. Solvent boiling temperature should be as low as possible to prevent degradation by heat.[3,9,15]
Go to:
Methods used in Extraction of Medicinal Plants
Quite numbers of procedures were technically used in the extraction of medicinal plants. Some newer methods are still evolving, whereas the existing ones are undergoing modifications.[2,5] The choice of an appropriate way of extraction is very vital, which in some cases depends on the intended use of an extract.
Factors to be considered in choosing extraction method
(a) Stability to heat. Heat-stable plant material is extracted using Soxhlet extraction or microwave-assisted extraction, whereas plant materials that are not heat stable are extracted using maceration or percolation.[2,11] (b) Nature of solvent. If the solvent of extraction is water, maceration is a suitable method but for volatile solvent percolation and Soxhlet extraction are more appropriate.[2,11] (c) Cost of the drug. Cheap drugs are extracted using maceration, whereas costly drugs are preferably extracted using percolation.[2,11] (d) Duration of extraction. Maceration is suitable for plant material requiring long exposure to the menstruum, whereas techniques such as microwave- or ultrasound-assisted extraction are used for a shorter duration.[2,11] (e) Final volume required. Large volume products such as tinctures are prepared by maceration, whereas concentrated products are produced by percolation or Soxhlet extraction.[2,11] (f) Intended use. Extracts intended for consumption by human are usually prepared by maceration, whereas products intended for experimental testing are prepared using other methods in addition to maceration.[2,11]
Commonly used methods in the extraction of medicinal plants
(i) Maceration. This is an extraction procedure in which coarsely powdered drug material, either leaves or stem bark or root bark, is placed inside a container; the menstruum is poured on top until completely covered the drug material. The container is then closed and kept for at least three days.[1,2,3,4,11,16] The content is stirred periodically, and if placed inside bottle it should be shaken time to time to ensure complete extraction. At the end of extraction, the micelle is separated from marc by filtration or decantation. Subsequently, the micell
MODERN EXTRACTION TECHNOLOGIES notes.pptdrxrajdeep
Preparation of medicinal plants for experimental purposes is an initial step and key in achieving quality research outcome. It involves extraction and determination of quality and quantity of bioactive constituents before proceeding with the intended biological testing. The primary objective of this study was to evaluate various methods used in the preparation and screening of medicinal plants in our daily research. Although the extracts, bioactive fractions, or compounds obtained from medicinal plants are used for different purposes, the techniques involved in producing them are generally the same irrespective of the intended biological testing. The major stages included in acquiring quality bioactive molecule are the selection of an appropriate solvent, extraction methods, phytochemical screening procedures, fractionation methods, and identification techniques. The nitty-gritty of these methods and the exact road map followed solely depends on the research design. Solvents commonly used in extraction of medicinal plants are polar solvent (e.g., water, alcohols), intermediate polar (e.g., acetone, dichloromethane), and nonpolar (e.g., n-hexane, ether, chloroform). In general, extraction procedures include maceration, digestion, decoction, infusion, percolation, Soxhlet extraction, superficial extraction, ultrasound-assisted, and microwave-assisted extractions. Fractionation and purification of phytochemical substances are achieved through application of various chromatographic techniques such as paper chromatography, thin-layer chromatography, gas chromatography, and high-performance liquid chromatography. Finally, compounds obtained are characterized using diverse identification techniques such as mass spectroscopy, infrared spectroscopy, ultraviolet spectroscopy, and nuclear magnetic resonance spectroscopy. Subsequently, different methods described above can be grouped and discussed according to the intended biological testing to guide young researchers and make them more focused.
Keywords: Chromatography, extraction, fractionation, isolation, medicinal plants
Go to:
Introduction
Medicinal plants are extracted and processed for direct consumption as herbal or traditional medicine or prepared for experimental purposes. The concept of preparation of medicinal plant for experimental purposes involves the proper and timely collection of the plant, authentication by an expert, adequate drying, and grinding. This is followed by extraction, fractionation, and isolation of the bioactive compound where applicable. In addition, it comprises determination of quantity and quality of bioactive compounds.[1,2,3,4,5] Recently, plant as a source of medicine is gaining international popularity because of its natural origin, availability in local communities, cheaper to purchase, ease of administration, and perhaps less troublesome. Also, herbal medicine may be useful alternative treatment in case of numerous side effects and drug resistance.[1,2,3,4,5] Extrac
Research publications and ethics phD.pptxdrxrajdeep
Medicinal and aromatic plants, especially those with ethnopharmacological uses, have been utilized as a natural source of remedies and healthcare for millennia [1,2,3]. Initially, these popular medications were primitive formulations such as powders, tinctures, macerations, teas, infusions, percolation products, poultices, decoctions, tinctures, inhalations, and other herbal preparations [4,5,6]. The precise dose of the plant and the mode of administration for specific diseases have been transmitted by oral tradition from one generation to another, and traditional pharmacopeias eventually documented knowledge of medicinal plants [4,7,8]. Multiple disciplines of study and diverse investigation methods have been included in drug discovery from medicinal plants. Botanists, ethnobotanists, ethnopharmacologists, and plant ecologists often gather and identify the plants of interest [9]. New technological developments enable plants to be transformed into “factories” that create natural medical compounds for use in the production of biotech pharmaceuticals, medications, and treatments [10]. The application of plants as drugs has recently required the separation of active ingredients, starting with the early-19th-century isolation of morphine from Papaver somniferum [11,12]. The identification of early pharmaceuticals, such as digitoxin, cocaine, pilocarpine, codeine, and quinine, that are derived from medicinal plants marked a remarkable achievement in the field of medicine [13]. These compounds have been separated and analyzed for their medicinal characteristics and are still acknowledged for their therapeutic uses in the present day. Furthermore, apart from these initial findings, several additional molecules originating from plants have been identified in more recent times. These compounds have undergone extensive research and development and have subsequently been commercialized as pharmaceutical medications [14]. Scientists’ investigation of medicinal plants has been crucial in uncovering early drugs, each possessing distinct pharmacological characteristics. Paclitaxel, obtained from Taxus brevifolia, is used in the treatment of lung, ovarian, and breast cancer. The compound artemisinin, derived from the traditional Chinese herb Artemisia annua, is used to battle malaria, which is resistant to many drugs [15]. Silymarin, derived from the seeds of Silybum marianum, is used for the treatment of hepatic disorders. Digitoxin, extracted from the foxglove plant, has been used in the management of cardiac ailments, specifically, congestive heart failure [16]. Cocaine, first known for its anesthetic effects, was traditionally used for local anesthesia and constriction of blood vessels. Pilocarpine, derived from the jaborandi plant, has been used in medicine for its ability to stimulate salivation and perspiration [17]. Codeine, an opioid alkaloid derived from the opium poppy, gained significant popularity due to its pain-relieving and cough-suppressing qual
ppt for IA AUS.pptxnnnnnnnnnnnnnnnnnnnnndrxrajdeep
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Predatory publishing
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For Wikipedia's rules about predatory publishing, see Wikipedia:Reliable sources § Predatory journals.
Predatory publishing, also write-only publishing[1][2] or deceptive publishing,[3] is an exploitative academic publishing business model, where the journal or publisher prioritizes self-interest at the expense of scholarship. It is characterized by misleading information, deviates from the standard peer review process, is highly non-transparent, and often utilizes aggressive solicitation practices.[4]
"Think. Check. Submit." poster by an international initiative to help researchers avoid predatory publishing
The phenomenon of "open access predatory publishers" was first noticed by Jeffrey Beall around 2012, when he described "publishers that are ready to publish any article for payment".[5] However, criticisms about the label "predatory" have been raised.[6] A lengthy review of the controversy started by Beall appears in The Journal of Academic Librarianship.[7]
Predatory publishers are so regarded because scholars are tricked into publishing with them, although some authors may be aware that the journal is poor quality or even fraudulent but publish in them anyway.[a] New scholars from developing countries are said to be especially at risk of being misled by predatory publishers.[9][10][11] A 2022 report found, that "nearly a quarter of the respondents from 112 countries, and across all disciplines and career stages, indicated that they had either published in a predatory journal, participated in a predatory conference, or did not know if they had. The majority of those who did so unknowingly cited a lack of awareness of predatory practices; whereas the majority of those who did so knowingly cited the need to advance their careers."[12]
According to one study, 60% of articles published in predatory journals receive no citations over the five-year period following publication.[13][14]
Actors seeking to maintain the scholarly ecosystem have sought to minimize the influence of predatory publishing through the use of blacklists such as Beall's List and Cabell's blacklist, as well as through whitelists such as the Directory of Open Access Journals. Nevertheless, identifying (and even providing a quantitative defition) of predatory journals remains difficult, because it is a spectrum rather than binary phenomenon.[15] In the same issue of a journal it is possible to find articles, which meet the highest criteria for scientific integrity, and articles, which have one or more unethical issues.
History
Characteristics
Causes and impact
Response
See also
Explanatory notes
References
Further reading
External links
Last edited 4 days ago by Achmad Rachmani
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Content is available under CC BY-SA 4.0 unless otherwise noted.
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Violation of publication ethics by Rajdeepdrxrajdeep
Certainly! Violation of publication ethics is a critical issue within academic and scientific communities, encompassing various forms of misconduct that can undermine the integrity and reliability of research. This comprehensive exploration will delve into different types of publication ethics violations, their consequences, and measures to prevent such breaches.
### Introduction
Publication ethics forms the foundation of scholarly integrity, ensuring that research is conducted and disseminated in a transparent, honest, and responsible manner. Violations of these ethics not only damage individual reputations but also erode trust in the scientific enterprise as a whole. This essay aims to explore the various dimensions of publication ethics violations, highlighting their impact on research integrity and suggesting strategies for prevention.
### Types of Publication Ethics Violations
#### 1. Plagiarism
Plagiarism involves using someone else's ideas, words, or work without proper acknowledgment. It can range from direct copying to paraphrasing without citation. Plagiarism undermines academic honesty and misrepresents the originality of research contributions.
#### 2. Fabrication and Falsification
Fabrication refers to inventing data or results that do not exist, while falsification involves manipulating research data or methods to achieve desired outcomes. Both practices distort the truth and compromise the reliability of research findings.
#### 3. Duplicate Publication
Publishing the same research findings in multiple journals without disclosure is considered duplicate publication. This practice misleads readers and wastes valuable resources by inflating the perceived impact of research.
#### 4. Authorship Issues
Issues related to authorship include ghost authorship (where someone who contributed significantly is not listed) and guest authorship (where someone who did not contribute significantly is listed). Proper attribution of authorship is crucial for accountability and recognition.
#### 5. Conflict of Interest
Conflicts of interest arise when financial or personal considerations could unduly influence research conduct or reporting. Failure to disclose such conflicts can compromise the objectivity and credibility of research.
### Consequences of Publication Ethics Violations
#### 1. Damage to Academic Integrity
Violations erode trust in researchers, institutions, and the scholarly publishing process. They undermine the credibility of scientific findings and hinder the advancement of knowledge.
#### 2. Legal and Professional Repercussions
Depending on the severity and context, publication ethics violations can lead to legal consequences, such as lawsuits for copyright infringement or fraud. Professionally, researchers may face sanctions such as retraction of papers, funding withdrawal, or even dismissal from academic positions.
#### 3. Wasted Resources
Duplicate publication and research misconduct waste valuable resources, in
Address conflicts promptly and directly, encourage open communicationMichael Saltzstein
Address conflicts promptly and directly, encourage open communication, listen to all parties involved, seek common ground, and work towards a mutually acceptable solution while maintaining respect and professionalism. #MichaelSaltzstein
Digital blogging your voice in the online worldlastvaishali
A blog is an online source of information such as news, a diary or a journal that is updated frequently or periodically following a consistent schedule.
Digital blogging your voice in the online world
A Closer Look at the Role of Darshan Hiranandani .pptx" is likely a PowerPoint presentation providing insights into Darshan Hiranandani's impactful contributions and leadership in sectors such as real estate and energy infrastructure. It likely highlights his strategies, innovations, and influence on economic development in India.
Digital online blog for hello fashion in worldlastvaishali
A fashion blog can cover many topics, such as specific items of clothing and accessories, beauty tips, trends in various apparel markets (haute couture, prêt-à-porter, etc.), celebrity fashion choices, and street fashion trends. They cover fashion at all levels, from the largest fashion design houses to the smallest independent designers.
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Gone are the days of worrying about limited range or unreliable connections in your alarm
system. RBF, a cutting-edge two-way radio protocol developed by Roombanker, delivers a
powerful solution.
2. CONFLICT OF INTEREST
Conflict of interest in research exists when the individual has interest
in the outcome of the research that may lead to a personal advantage
and that might therefore in actuality or appearance compromise the
integrity of research.
A conflict of interest exists when two or more contradictory interest
relate to an activity by an individual or an institution. The conflict
lies in the situation and not in any behavior or lack of behavior of
the individual. That means that a COI is intrinsically not a bad thing.
Increased involvement of academician in research has raised
potential of COI.
COI arises from opportunities when a faculty or other members
might have to benefit financially from the outcome of research.
Granting agencies wants assurance from the institution that member
involved in research will not utilize the funds to promote financial
gain for themselves or for families.
4. Reviewer when receives a
research paper where the
author is his friend,
develops a personal
interest, which results into
a COI
Representing a family
member in court
Benefit related to outcome
of work
Author has any religious
belief on political opinion
related to the topic of
research
Personal fees received by
authors as honorarium or
royalties consultation fee
etc.
Advertising a client to
invest in a company
owned by your spouse
EXAMPLES
5. CHARACTERISTICS OF CONFLICT OF INTEREST IN RESEARCH
Financial Interests: Research funded by organizations that might gain
from favorable results, like pharmaceutical companies, could influence
the findings in a way that favors their interests.
Personal Relationships: Researchers have personal relationships with
individuals or organizations that could influence their objectivity in
conducting or reporting research.
Professional Ambitions: Researchers might focus on achieving career
goals or gaining recognition, which can make them prioritize specific
outcomes in their research.
Bias in reporting: Researchers sometimes only share results that
support what they already thought would happen, while they might not
talk about data that does not fit those ideas.
Influence in Design: people or groups with a personal stake may shape
how a study is set up, how its done, or how the results are explained to
benefit themselves.
Lack of Transparency: Failure to disclose potential conflict of interest
can undermine the credibility and transparency of research findings.
6. WHY DOES CONFLICTS OF INTEREST IN RESEARCH
MATTER?
Bias in Research Design: COIs can lead researchers to design
studies in ways that are more likely to produce favorable outcomes
for their personal or financial interests.
Data Manipulation: Researchers with COIs might consciously or
unconsciously manipulate data to align with desired outcomes,
compromising the validity of the research.
Selective Reporting: COIs can result in selective reporting of
results, where only positive findings are published, while negative or
inconclusive data are suppressed.
Public Trust: The public relies on research to be unbiased and
accurate. COIs can erode this trust, leading to skepticism about
scientific findings.
Peer Trust: Trust among colleagues is crucial for teamwork and
advancing knowledge. Conflicts of interest can harm this trust,
making researchers hesitant to share data or collaborate.
Institutional Reputation: Institutions that fail to manage COIs may
suffer damage to their reputation, affecting funding opportunities
and partnerships.
7. WHY DO AUTHORS MUST DISCLOSE THE CONFLICT OF
INTEREST?
Maintaining trust
Protecting
objectivity
Preserving
academic
integrity
Regulatory
requirement
Ethical
responibility
8. WHY DO AUTHORS MUST DISCLOSE THE CONFLICT OF
INTEREST?
Maintaining trust: Readers trust authors to provide unbiased and accurate
information. Disclosure of COI helps maintaining this trust by revealing any
potential biases or influences that could affect the content of the work.
Ethical responsibility: Authors have an ethical responsibility to be transparent
about any relationships, financial interest or affiliations that could potentially bias
their work. Failure to disclose COI can lead to accusations of dishonesty or
misconduct.
Protecting objectivity: Disclosing COI helps to protect the objectivity of the work.
It allows readers to evaluate the information provided with full awareness of any
biases or influences that may exist.
Regualtory requirement: In many fields, there are regulatory requirements or
journal publication guidelines that mandate disclosure of COI.
Providing academic integrity: In academic and scientific research, transparency
is crucial for maintaining the integrity of the research process.
9. HOW TO RESOLVE CONFLICT OF INTEREST IN
RESEARCH?
Disclosure
Institutional Policies
Transparency
Education and
training
Independent monitoring
and Public trust
10. HOW TO RESOLVE CONFLICT OF INTEREST IN RESEARCH?
Disclosure: Researchers should fully disclose any potential conflicts of
interest (COIs) to their institutions, funding agencies and stakeholders.
Disclosures should be made in writing and updated regularly.
Institutional Policies: Research institutions should have policies and
committees to review COI disclosures. These bodies assess the risk and
decide on appropriate management plans.
Transparency: Researchers should include COI statements in publication
and presentation.
Education and Training: Regular training for researchers on COI policies
and ethical standards. Awareness and education can help researchers
navigate potential COIs more effectively.
Independent Monitoring: Involve independent reviewers or oversight
committees to evaluate the research protocol and findings. These reviewers
should be free from the conflicts of interest identified in the study.
Public Trust: Prioritize maintaining public trust and credibility in research
findings by proactively addressing conflicts of interest. Upholding ethical
standards enhances the reputation of researchers and institutions.
11. • Transparency and trust
• Improved decision making
• Stimulating debate and
discussion
• Identifying potential risks
• Encouraging collaboration
• Innovation and creativity
• Affects teamwork that may
impact the organization
• Quality of work may be
compromised
• It can lead to hostility
among co-workers
• Work performance may
deteriorate if left
unchecked
• It can lead to legal
consequences
• Damage relationships with
internal and external
stakeholders-employees,
clients and customers
Advantages Disadvantages
12. CONCLUSION
Resolving conflicts of interest in research is essential to uphold
the integrity and trustworthiness of scientific endeavors. By
identifying, disclosing, and managing COIs effectively,
researchers and institutions can maintain ethical standards and
ensure the validity of their work.
While conflicts of interest in research can provide certain
advantages, such as increased funding opportunities and
practical applications, they also pose significant disadvantages.
These include risks to research integrity, trust, ethical
standards, and the overall quality and impact of scientific work.
To balance these pros and cons, it's crucial to identify, disclose,
and manage conflicts of interest effectively. This helps
maximize benefits while minimizing potential drawbacks to
scientific work.