a Percentages indicate proportion of the column total.
b COE: community outreach and engagement.
c MRI: magnetic resonance imaging.
ResearchMatch | Community partners | Other | Word of mouth | |
10.50 ( <.001) | –2.26 ( =.024) | –2.09 ( =.037) | 0.39 ( =.700) | |
ResearchMatch | N/A | –7.72 ( <.001) | –7.09 ( <.001) | –3.48 ( <.001) |
Community partners | –7.72 ( <.001) | N/A | –0.05 ( =.957) | 1.73 ( =.084) |
Other | –7.09 ( <.001) | –0.05 ( =.957) | N/A | 1.69 ( =.091) |
a Not applicable.
Age (years), mean (SD) | Race and ethnicity, n (%) | ||||||||
NHW | NHB | Latina | Asian | AI/AN | NH/PI | Multiple | Other | ||
43 (13.6) | 219 (85) | 18 (7) | 11 (4) | 2 (1) | 4 (2) | 1 (<1) | 2 (1) | 1 (<1) | |
ResearchMatch | 45 (12.7) | 56 (77) | 8 (11) | 5 (7) | 2 (3) | 0 (0) | 0 (0) | 2 (3) | 0 (0) |
Community partners | 43 (11.4) | 18 (75) | 4 (17) | 2 (8) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) |
Other | 43 (12.2) | 18 (95) | 0 (0) | 1 (5) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) |
36 (7.1) | 3 (75) | 0 (0) | 1 (25) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | |
Word of mouth | 44 (9.8) | 10 (100) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) |
Prefer not to answer | 40 (13.9) | 6 (86) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 1 (14) | 0 (0) | 0 (0) |
COE events | 34 (10.8) | 4 (67) | 0 (0) | 2 (33) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) |
Paper flyers | 39 (7.6) | 3 (100) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) | 0 (0) |
Total | 43 (13.1) | 337 (83) | 30 (7) | 22 (5) | 4 (1) | 4 (1) | 2 (<1) | 4 (1) | 1 (<1) |
a NHW: non-Hispanic White.
b NHB: non-Hispanic Black.
c AI/AN: American Indian/Alaska Native.
d NH/PI: Native Hawaiian/Pacific Islander.
e COE: community outreach and engagement.
Recruitment Strategy | Cost | Cost per eligible participant | Cost per completed survey | |||||
Direct | Personnel | Overhead | Total | |||||
1050.00 | 577.58 | 911.45 | 2539.03 | 9.84 | 20.48 | |||
ResearchMatch | 0.00 | 2459.71 | 1377.44 | 3837.15 | 52.56 | 62.90 | ||
Community partners | 2000.00 | 53.78 | 1134.50 | 3160.39 | 131.68 | 210.69 | ||
0.00 | 87.63 | 49.07 | 136.71 | 34.18 | 68.35 | |||
Word of mouth | 0.00 | 23.90 | 13.38 | 37.28 | 3.73 | 4.66 | ||
COE events | 0.00 | 99.58 | 55.77 | 155.35 | 25.89 | — | ||
Paper flyers | 356.68 | 571.61 | 519.84 | 1448.13 | 482.71 | 1448.13 | ||
Total | 3406.68 | 3873.79 | 4061.45 | 11,314.04 | Mean 105.80 | Mean 302.54 |
b Unable to be calculated, denominator is 0.
This paper outlines steps taken in recruitment for a web-based, survey-based observational study of women at high risk for breast cancer. We present data on a variety of different recruitment strategies, including cost-effectiveness. Although recruitment strategies varied in their yield of study participants, our study results support the feasibility of identifying and recruiting high-risk populations outside of clinical settings.
In this study, the overall rate of survey completion among eligible volunteers was 57% (232/404). Although this is comparable with other observational studies in cancer prevention and early detection that have used broad advertising strategies (eg, 191/282, 68% completion among individuals eligible for lung cancer screening recruited via targeted Facebook advertisements [ 37 ]), it is significantly higher than previously reported recruitment rates for women at high risk for breast cancer. Padamsee et al [ 38 ] described the creation of a community-based cohort of diverse women at high risk for breast cancer. Several different recruitment strategies (including ResearchMatch and targeted Facebook advertising) yielded 3275 eligibility screener responses; of those, 22% (717/3275) were deemed to be eligible, valid, and at high risk for breast cancer. McGuinness et al [ 39 ] described strategies for recruiting women at high risk for breast cancer for a randomized controlled trial of a web-based tool to support informed decision-making about chemoprevention. They used a combination of in-clinic and web-based recruitment and reported that only 9% (300/3459) of contacted individuals consented to study participation. The participant yield was much higher (18/54, 33%) among participants recruited online and via posted study flyers but still lower than the yield in our study. One potential explanation for the higher recruitment rate observed in this study is our differing inclusion criteria. Padamsee et al [ 38 ] enrolled women with ≥20% lifetime risk according to 1 of 3 risk prediction models (ie, Gail, Claus, and Tyrer-Cuzick). Given their focus on chemoprevention, McGuinness et al [ 39 ] sought to recruit women with a history of LCIS or elevated 5-year breast cancer risk (ie, ≥1.67%). Our inclusion of women with pathogenic genetic mutations associated with increased breast cancer risk, who are often highly motivated to participate in research [ 40 ], may have bolstered our recruitment rate.
In our study, targeted Facebook advertisements resulted in the most completed survey responses. However, Facebook advertisements were not the most efficient recruitment strategy. Advertising via community partners and “other” recruitment strategies resulted in the greatest proportions of eligible participants as well as high conversion rates to completed surveys. If we consider that participants reporting “other” recruitment strategies included members of Facebook groups for parents of children with AT, both of these recruitment strategies focused on audiences that were enriched with eligible individuals. Identifying forums where eligible individuals may view study advertisements may be one method that researchers can use to increase the efficiency of recruitment in future studies. However, it must be noted that recruiting via community partners was also relatively expensive per eligible participant and completed survey; Facebook advertisements were a cheaper option. Researchers should consider available resources—including financial resources, personnel resources, and time—when selecting strategies for recruiting high-risk women for future studies.
Furthermore, recruiting exclusively via community partners and dedicated support groups may result in samples that systematically differ from the larger population of interest. In order to view study advertisements posted by our community partners, individuals must subscribe to the organization’s mailing list or “follow” them on social media. It is very likely that these individuals not only identify with the organization’s mission but are also highly engaged and informed. Such individuals may also differ from the larger target population in terms of sociodemographic characteristics. Web-based recruitment for research studies can result in samples that are less racially and ethnically diverse than samples recruited using traditional methods [ 41 ]. As has been observed in prior studies, our sample was primarily non-Hispanic White. Yet web-based recruitment does not necessarily mean that resulting samples will be demographically homogenous. The subsample of high-risk women recruited on the web by McGuinness et al [ 39 ] was 29% (15/51) non-Hispanic Black and 27% (14/51) Hispanic or Latina. Padamsee et al [ 38 ] recruited high-risk women online, 35% (251/717) of whom were Black. Therefore, it is possible to identify and recruit racially and ethnically diverse high-risk women via web-based strategies. However, strategies for advertising must be carefully developed, preferably with input from members of the target group(s), and specific resources must be allocated for advertising and recruitment [ 42 , 43 ].
Unexpectedly, the recruitment strategy with the lowest rate of eligible participants was the National Institutes of Health–sponsored registry ResearchMatch. The proportion of eligible participants identified via ResearchMatch was significantly lower than those identified via Facebook advertisements, community partners, “other” methods, and word of mouth. The primary reason for ineligibility of participants identified via ResearchMatch was that they were not at high risk for breast cancer as defined by this study (474/573, 83% of ineligible respondents). Unlike other recruitment strategies (eg, targeted Facebook advertisements and community partners), ResearchMatch did not allow us to focus on users with specific interests; we were able to specify only the age range and medical conditions of the participants. Therefore, it is likely that we reached a more general audience with ResearchMatch than other recruitment strategies. However, ResearchMatch was associated with one of the highest rates of survey completion among eligible participants, perhaps reflecting the high level of motivation to participate in research among individuals who have chosen to register for a research participant database. In short, recruiting via ResearchMatch required our team to screen nearly 600 ineligible participants, incurring personnel costs of about US $53 per eligible participant and about US $63 per completed survey response. Again, this highlights how researchers must balance cost, effort, and potential yield of various recruitment strategies.
Taken together, these results suggest that respondents identified through different recruitment mechanisms effectively represent different subpopulations. For example, respondents who heard about the study via Facebook were most likely to have a personal history of breast cancer. In contrast, respondents who heard about the study via ResearchMatch and Twitter were most often at average risk for breast cancer. Regarding demographic characteristics, individuals recruited via COE events and community partners were more racially and ethnically diverse than respondents recruited via other methods. These patterns shed light on which recruitment methods would be most effective for reaching which groups, akin to audience segmentation approaches that are ubiquitous in marketing research and have been increasingly applied in health settings [ 44 , 45 ]. By identifying the unique characteristics of population segments, future research can focus recruitment resources on specific subpopulations of interest.
The results presented here must be interpreted cautiously in light of limitations. First, we did not track the number of personnel hours associated with each recruitment strategy during the recruitment period but estimated them retrospectively at the end of the study. Thus, our estimate may over- or underrepresent the number of person-hours associated with using various recruitment platforms. In future studies, personnel time should be tracked during the recruitment period in order to accurately estimate the costs associated with recruitment. Relatedly, we estimated overhead costs based on our institutional indirect rate. This is an approximate cost of conducting this study in our setting, which is fairly generalizable to other academic and nonprofit settings, but may not be generalizable to all business contexts. Second, although the study team reviewed each survey response for validity, it is possible that some of the survey responses were fraudulent [ 26 ]. This is particularly common in studies that provide compensation for survey responses, such as this one. Future studies might incorporate additional methods to ensure data integrity, such as attention checks or CAPTCHA algorithms [ 26 , 46 , 47 ]. Third, given that recruitment occurred outside of clinical settings, breast cancer risk factors were assessed via self-report. Our assessment of eligibility thus may be subject to reporting biases. Relatedly, lifetime risk—a key eligibility criterion—was estimated using the relatively short NCI BCRAT due to concerns about participant burden [ 22 ]. Other, more in-depth risk assessment models have better predictive ability [ 13 , 23 , 24 ] and might be used in future research. Fourth, results cannot be generalized to breast cancer survivors, who may be at high risk for breast cancer, but were excluded from this study. Fifth, data were collected during the COVID-19 pandemic, which significantly affected recruitment of participants for research studies. For example, our community partners adjusted their activities and priorities in response to the emergent pandemic-related needs. Similarly, our institution was restricted in the types and frequency of community outreach events that could be hosted. We also attempted to recruit participants via paper flyers in mammography clinic settings, but receipt of cancer screening significantly declined during the early months of the COVID-19 pandemic [ 48 , 49 ]. While rates of screening mammography rebounded by mid-2021 [ 50 ], it is still unclear whether the results presented here would generalize outside of the acute pandemic timeframe, and replication of this study may be needed. Finally, conclusions about the effectiveness of recruitment strategies were drawn based on proportion of eligible respondents and the number of participants who ultimately completed the study survey; we did not capture individuals’ perspectives on advertising materials or strategies, nor the proportion of responders versus nonresponders among individuals who viewed the advertisements. Future studies are needed to more thoroughly evaluate barriers and facilitators to recruitment of high-risk women for research studies.
Using a variety of web-based and in-person methods, we successfully identified and recruited women at high risk for breast cancer outside of clinical settings, supporting the feasibility of recruiting and retaining this unique population for participation in behavioral research. However, additional research is needed to identify best practices for recruiting a more demographically diverse group of high-risk women. Although our study focused on women at high risk for breast cancer, results may also provide insight into identification and recruitment of other high-risk populations eligible for risk-based cancer screening (eg, lung cancer screening). Researchers seeking to recruit individuals at high risk for cancer may choose from a variety of recruitment strategies but must balance the associated costs and participant yield.
This work was supported by grants from the Breast Cancer Research Foundation (ASPO-19-002, principal investigator [PI]: CCC) and the National Cancer Institute (K08CA270402, PI: CCC). This work was also supported by the Participant Research, Interventions, and Measurement (PRISM) Core at the H. Lee Moffitt Cancer Center & Research Institute, a comprehensive cancer center designated by the National Cancer Institute and funded in part by Moffitt’s Cancer Center Support grant (P30CA076292, PI: Cleveland).
Data are publicly available in the Open Science Framework [ 51 ].
CCC participated in the conceptualization, funding acquisition, formal analysis, visualization, interpretation, and writing—original draft. JDR and MM participated in the investigation, data curation, project administration, and writing—review and editing. BLN participated in the conceptualization, resources, supervision, and writing—review and editing. SCO participated in the conceptualization, supervision, and writing—review and editing. STV participated in the conceptualization, funding acquisition, resources, supervision, and writing—review and editing.
CCC has received research funding from Pfizer. BLN has a research equipment loan agreement with Hologic Inc. and has received reimbursement for business-related travel from the National Comprehensive Cancer Network. SCO has received research funding from Pfizer and Gilead Sciences, Inc. No other authors have conflicts of interest to disclose.
ResearchMatch recruitment email.
Example study recruitment flyer.
American College of Radiology |
ataxia telangiectasia |
Breast Cancer Risk Assessment Tool |
community outreach and engagement |
institutional review board |
lobular carcinoma in situ |
magnetic resonance imaging |
National Cancer Institute |
Edited by T de Azevedo Cardoso; submitted 09.11.23; peer-reviewed by J McGuinness, T Padamsee; comments to author 28.02.24; revised version received 22.04.24; accepted 17.07.24; published 02.09.24.
©Claire C Conley, Jennifer D Rodriguez, McKenzie McIntyre, Bethany L Niell, Suzanne C O'Neill, Susan T Vadaparampil. Originally published in the Journal of Medical Internet Research (https://www.jmir.org), 02.09.2024.
This is an open-access article distributed under the terms of the Creative Commons Attribution License (https://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work, first published in the Journal of Medical Internet Research (ISSN 1438-8871), is properly cited. The complete bibliographic information, a link to the original publication on https://www.jmir.org/, as well as this copyright and license information must be included.
The physics behind the most annoying thing that could ever happen to you: a paper cut, the physics behind a very annoying thing that could ever happen to you: a paper cut.
Scientists have figured out what type of paper is the most prone to cut skin. Kaare Jensen, associate professor of physics at the Technical University of Denmark, explains.
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New research involving the uc college of medicine may lead to finding effective therapies faster.
Researchers from the University of Cincinnati College of Medicine and Cincinnati Children’s Hospital have found a new method to increase both speed and success rates in drug discovery.
The study, published Aug. 30 in the journal Science Advances, offers renewed promise when it comes to discovering new drugs.
“The hope is we can speed up the timeline of drug discovery from years to months,” said Alex Thorman, PhD, co-first author and a postdoctoral fellow in the Department of Environmental and Public Health Sciences in the College of Medicine.
Researchers combined two approaches for screening potential new drugs. First, they used a database from the Library of Integrated Network-based Cellular Signatures (LINCS) to screen tens of thousands of small molecules with potential therapeutic effects simultaneously. Then they combined the search with targeted docking simulations used to model the interaction between small molecules and their protein targets to find compounds of interest. That sped up the timing of the work from months to minutes — taking weeks of work required for initial screening down to an afternoon.
“Accuracy will only improve, hopefully offering new hope to many people who have diseases with no known cure, including those with cancer."
Alex Thorman, PhD Co-first author and postdoctoral fellow
Thorman said this faster screening method for compounds that could become drugs accelerates the drug research process. But it’s not only speed that is crucial.
He added that this newer approach is more efficient at identifying potentially effective compounds.
“And the accuracy will only improve, hopefully offering new hope to many people who have diseases with no known cure, including those with cancer,” Thorman said.
It can also create more targeted treatment options in precision medicine, an innovative approach to tailoring disease prevention and treatment that takes into account differences in people's genes, environments and lifestyles.
“An accelerated drug discovery process also could be a game changer in the ability to respond to public health crises, such as the COVID-19 pandemic,” said Thorman. “The timeline for developing effective drugs could be expedited.”
Feature image at top: Collection of prescription drug bottles and pills. Photo/Provided.
The University of Cincinnati is leading public urban universities into a new era of innovation and impact. Our faculty, staff and students are saving lives, changing outcomes and bending the future in our city's direction. Next Lives Here.
Other co-first authors included Jim Reigle, PhD, a postdoctoral fellow at Cincinnati Children’s Hospital, and Somchai Chutipongtanate, PhD, an associate professor in the Department of Environmental and Public Health Sciences in the College of Medicine.
The corresponding authors of the study were Jarek Meller, PhD, a professor of biostatistics, health informatics and data sciences in the College of Medicine, and Andrew Herr, PhD, a professor of immunobiology in the Department of Pediatrics in the College of Medicine.
Other co-investigators included Mario Medvedovic, PhD, professor and director of the Center for Biostatistics and Bioinformatics Services in the College of Medicine, and David Hildeman, PhD, professor of immunobiology in the College of Medicine. Both Herr and Hildeman have faculty research labs at Cincinnati Children’s Hospital.
This research was funded in part by grants from the National Institutes of Health, a Department of Veterans Affairs merit award, a UC Cancer Center Pilot Project Award and a Cincinnati Children’s Hospital Innovation Fund award.
Those involved in the research are also co-inventors on three U.S. patents that are related to their work and have been filed by Cincinnati Children’s Hospital.
August 30, 2024
Researchers from the University of Cincinnati College of Medicine and Cincinnati Children’s Hospital have found a new method to increase both speed and success rates in drug discovery. The study, published Aug. 30 in the journal Science Advances, offers renewed promise when it comes to discovering new drugs.
October 31, 2023
U.S. News & World Report highlighted recent research led by the University of Cincinnati and Northwell Health that found the drug metformin can help prevent or reduce weight gain in youth taking medication to treat bipolar disorder.
July 12, 2024
University of Cincinnati researcher Rachael Nolan and justice advocate Chazidy Robinson are collaborating to learn more about post-incarceration syndrome and implementing programs to help those experiencing its effects.
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Research on stability control system of two-wheel heavy-load self-balancing vehicles in complex terrain.
2.1. wheel-legged balancing robot, 2.2. terrain recognition, 2.3. self-balancing control strategy, 3.1. establishment and analysis of kinematic models, 3.2. research on control strategy of self-balancing two-wheeled vehicle, 3.3. terrain recognition and stability analysis, 3.3.1. la-mobilenet network, 3.3.2. stability analysis, 4. experiments and results, 4.1. terrain recognition results, 4.2. two-wheeled self-balancing vehicle experimental results, 5. conclusions, author contributions, institutional review board statement, informed consent statement, data availability statement, conflicts of interest.
Click here to enlarge figure
i | ||||
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1 | 0 | 0 | ||
2 | 0 | 0 | ||
3 | 0 | |||
4 | 0 |
Method | Accuracy | Recall | F1-Score | Precision |
---|---|---|---|---|
VGG16 [ ] | 0.8844 | 0.8036 | 0.7834 | 0.7896 |
Resnet50 [ ] | 0.9539 | 0.9380 | 0.9413 | 0.9515 |
ShuffleNetV2 [ ] | 0.9393 | 0.9040 | 0.9114 | 0.9397 |
MobileNetV3 [ ] | 0.9335 | 0.8881 | 0.8941 | 0.9241 |
EfficientNet [ ] | 0.9189 | 0.8733 | 0.8790 | 0.9407 |
InceptionV3 [ ] | 0.9317 | 0.9410 | 0.9395 | |
DenseNet [ ] | 0.9380 | 0.9477 | ||
LA-MobileNet | 0.9609 | 0.9515 | 0.9602 |
Method | Accuracy | Recall | F1-Score | Precision |
---|---|---|---|---|
MobileNetV3 | 0.9335 | 0.8881 | 0.8941 | 0.9241 |
MobileNetV3+Auxloss | 0.9515 | 0.9386 | 0.9304 | 0.9439 |
MobileNetV3+CA | 0.9568 | 0.9274 | 0.9328 | 0.9537 |
LA-MobileNet |
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Yan, C.; Li, X. Research on Stability Control System of Two-Wheel Heavy-Load Self-Balancing Vehicles in Complex Terrain. Appl. Sci. 2024 , 14 , 7682. https://doi.org/10.3390/app14177682
Yan C, Li X. Research on Stability Control System of Two-Wheel Heavy-Load Self-Balancing Vehicles in Complex Terrain. Applied Sciences . 2024; 14(17):7682. https://doi.org/10.3390/app14177682
Yan, Chunxiang, and Xiying Li. 2024. "Research on Stability Control System of Two-Wheel Heavy-Load Self-Balancing Vehicles in Complex Terrain" Applied Sciences 14, no. 17: 7682. https://doi.org/10.3390/app14177682
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The five stories that have resonated most with our readers this year.
HBR’s top five most popular articles of 2024 (so far), present an opportunity to reflect on the work you’ve done in the preceding months, and chart any necessary course changes. The list includes a case study of how Starbucks lost its way (and how it could pivot); a guide to how to shift your leadership style based on situation; and a playbook for assessing the quality of the questions you ask at work.
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In order to train more powerful large language models, researchers use vast dataset collections that blend diverse data from thousands of web sources.
But as these datasets are combined and recombined into multiple collections, important information about their origins and restrictions on how they can be used are often lost or confounded in the shuffle.
Not only does this raise legal and ethical concerns, it can also damage a model’s performance. For instance, if a dataset is miscategorized, someone training a machine-learning model for a certain task may end up unwittingly using data that are not designed for that task.
In addition, data from unknown sources could contain biases that cause a model to make unfair predictions when deployed.
To improve data transparency, a team of multidisciplinary researchers from MIT and elsewhere launched a systematic audit of more than 1,800 text datasets on popular hosting sites. They found that more than 70 percent of these datasets omitted some licensing information, while about 50 percent had information that contained errors.
Building off these insights, they developed a user-friendly tool called the Data Provenance Explorer that automatically generates easy-to-read summaries of a dataset’s creators, sources, licenses, and allowable uses.
“These types of tools can help regulators and practitioners make informed decisions about AI deployment, and further the responsible development of AI,” says Alex “Sandy” Pentland, an MIT professor, leader of the Human Dynamics Group in the MIT Media Lab, and co-author of a new open-access paper about the project .
The Data Provenance Explorer could help AI practitioners build more effective models by enabling them to select training datasets that fit their model’s intended purpose. In the long run, this could improve the accuracy of AI models in real-world situations, such as those used to evaluate loan applications or respond to customer queries.
“One of the best ways to understand the capabilities and limitations of an AI model is understanding what data it was trained on. When you have misattribution and confusion about where data came from, you have a serious transparency issue,” says Robert Mahari, a graduate student in the MIT Human Dynamics Group, a JD candidate at Harvard Law School, and co-lead author on the paper.
Mahari and Pentland are joined on the paper by co-lead author Shayne Longpre, a graduate student in the Media Lab; Sara Hooker, who leads the research lab Cohere for AI; as well as others at MIT, the University of California at Irvine, the University of Lille in France, the University of Colorado at Boulder, Olin College, Carnegie Mellon University, Contextual AI, ML Commons, and Tidelift. The research is published today in Nature Machine Intelligence .
Focus on finetuning
Researchers often use a technique called fine-tuning to improve the capabilities of a large language model that will be deployed for a specific task, like question-answering. For finetuning, they carefully build curated datasets designed to boost a model’s performance for this one task.
The MIT researchers focused on these fine-tuning datasets, which are often developed by researchers, academic organizations, or companies and licensed for specific uses.
When crowdsourced platforms aggregate such datasets into larger collections for practitioners to use for fine-tuning, some of that original license information is often left behind.
“These licenses ought to matter, and they should be enforceable,” Mahari says.
For instance, if the licensing terms of a dataset are wrong or missing, someone could spend a great deal of money and time developing a model they might be forced to take down later because some training data contained private information.
“People can end up training models where they don’t even understand the capabilities, concerns, or risk of those models, which ultimately stem from the data,” Longpre adds.
To begin this study, the researchers formally defined data provenance as the combination of a dataset’s sourcing, creating, and licensing heritage, as well as its characteristics. From there, they developed a structured auditing procedure to trace the data provenance of more than 1,800 text dataset collections from popular online repositories.
After finding that more than 70 percent of these datasets contained “unspecified” licenses that omitted much information, the researchers worked backward to fill in the blanks. Through their efforts, they reduced the number of datasets with “unspecified” licenses to around 30 percent.
Their work also revealed that the correct licenses were often more restrictive than those assigned by the repositories.
In addition, they found that nearly all dataset creators were concentrated in the global north, which could limit a model’s capabilities if it is trained for deployment in a different region. For instance, a Turkish language dataset created predominantly by people in the U.S. and China might not contain any culturally significant aspects, Mahari explains.
“We almost delude ourselves into thinking the datasets are more diverse than they actually are,” he says.
Interestingly, the researchers also saw a dramatic spike in restrictions placed on datasets created in 2023 and 2024, which might be driven by concerns from academics that their datasets could be used for unintended commercial purposes.
A user-friendly tool
To help others obtain this information without the need for a manual audit, the researchers built the Data Provenance Explorer. In addition to sorting and filtering datasets based on certain criteria, the tool allows users to download a data provenance card that provides a succinct, structured overview of dataset characteristics.
“We are hoping this is a step, not just to understand the landscape, but also help people going forward to make more informed choices about what data they are training on,” Mahari says.
In the future, the researchers want to expand their analysis to investigate data provenance for multimodal data, including video and speech. They also want to study how terms of service on websites that serve as data sources are echoed in datasets.
As they expand their research, they are also reaching out to regulators to discuss their findings and the unique copyright implications of fine-tuning data.
“We need data provenance and transparency from the outset, when people are creating and releasing these datasets, to make it easier for others to derive these insights,” Longpre says.
“Many proposed policy interventions assume that we can correctly assign and identify licenses associated with data, and this work first shows that this is not the case, and then significantly improves the provenance information available,” says Stella Biderman, executive director of EleutherAI, who was not involved with this work. “In addition, section 3 contains relevant legal discussion. This is very valuable to machine learning practitioners outside companies large enough to have dedicated legal teams. Many people who want to build AI systems for public good are currently quietly struggling to figure out how to handle data licensing, because the internet is not designed in a way that makes data provenance easy to figure out.”
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Cold plasma of ionospheric origin has recently been found to be a much larger contributor to the magnetosphere of Earth than expected 1 , 2 , 3 . Numerous competing mechanisms have been postulated to drive ion escape to space, including heating and acceleration by wave–particle interactions 4 and a global electrostatic field between the ionosphere and space (called the ambipolar or polarization field) 5 , 6 . Observations of heated O + ions in the magnetosphere are consistent with resonant wave–particle interactions 7 . By contrast, observations of cold supersonic H + flowing out of the polar ionosphere 8 , 9 (called the polar wind) suggest the presence of an electrostatic field. Here we report the existence of a +0.55 ± 0.09 V electric potential drop between 250 km and 768 km from a planetary electrostatic field ( E ∥ ⊕ = 1.09 ± 0.17 μV m −1 ) generated exclusively by the outward pressure of ionospheric electrons. We experimentally demonstrate that the ambipolar field of Earth controls the structure of the polar ionosphere, boosting the scale height by 271%. We infer that this increases the supply of cold O + ions to the magnetosphere by more than 3,800%, in which other mechanisms such as wave–particle interactions can heat and further accelerate them to escape velocity. The electrostatic field of Earth is strong enough by itself to drive the polar wind 9 , 10 and is probably the origin of the cold H + ion population 1 that dominates much of the magnetosphere 2 , 3 .
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Data availability.
Endurance ephemeris data and all science data presented in this article are available at the Space Physics Data Facility of NASA ( https://spdf.gsfc.nasa.gov/data_orbits.html ) through the Coordinated Data Analysis Web (CDAWeb) tool ( https://cdaweb.gsfc.nasa.gov/ ) by selecting ‘Sounding Rockets’ from the data sources.
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We thank the 100+ strong team of engineers, scientists and technicians who made the Endurance rocketship mission a success. We thank A. P. Collinson for the useful discussions in preparing and editing the paper. Endurance was funded through the NASA grant 80NSSC19K1206. EISCAT support was supported through the National Environment Research Council grant NE/R017000X/1. EISCAT is an international association supported by research organizations in China (CRIRP), Finland (SA), Japan (NIPR and ISEE), Norway (NFR), Sweden (VR) and the UK (UKRI).
Authors and affiliations.
Heliophysics Science Division, NASA Goddard Space Flight Center, Greenbelt, MD, USA
Glyn A. Collinson, Alex Glocer, Robert Pfaff, Aaron Breneman, Robert Michell, Hassanali Akbari, Ellen Robertson, Jacob Miller, Timothy Cameron, Dennis Chornay, Paulo Uribe, Long Nguyen, S. Adkins, H. Akbari, A. Barrie, A. Breneman, T. Cameron, D. Chornay, G. Collinson, A. Glocer, S. Martin, R. Michell, L. Nguyen, N. Paschalidis, R. Pfaff, C. Pirner, Z. Rawlings, E. Robertson, T. Rosnack, M. Samara, C. Tucker, P. Uribe, M. Wallace, D. Zarro & E. Zesta
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The Endurance mission and its overall methodology were conceived by G.A.C. and A. Glocer, who acquired the funding, administered the science team and drafted this paper. The instruments were developed by G.A.C., R.P., A. Barjatya, R. Clayton, A. Breneman, J.C., R.M., L.D., E.R., D.S., L.N., P.U., T.C., A. Ghalib, H.V., N.G. and S.D. Data analysis was performed by G.A.C., A. Glocer, R.P., A. Barjatya, R. Conway, A. Breneman, J.C., F.E., D.M., S.I., H.A., L.D., A.K., D.S., S.X. and J.M.
Correspondence to Glyn A. Collinson .
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The authors have no competing interests.
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Extended data fig. 1 layout of the endurance spacecraft showing scientific instruments used in this study..
View from above looking aft. Magnetic field into page on upleg and out of page on downleg.
Data calibrated but uncorrected for spacecraft potential. a , PES Scan 72 showing standard resolution (black) and high resolution (red). b , PES Scan 72 zoomed in to the He-II photopeaks showing a gaussian fit (blue) to the primary N 2 A 2 Π u dominated photopeak. c , d , The same for PES Scan 38.
Upleg, top panels; downleg, bottom panels. a , d , Peak energy of N 2 A 2 Π u dominated photopeak as measured. b , e , Energy of photopeak after correction for S/C potential from SLP. c , f , Potential drop below Endurance (as Fig. 2a,b ).
Area denotes ±1σ error. a , Colour-coded timeline of Endurance mission (as per Fig. 1a , Fig. 2a ). b , Altitude versus time. c , Total Electron density (cm −3 ). d , Electron temperature (K). e , Potential difference between Endurance and ambient plasma. The periodic (70 s) firing of the ACS thrusters (amber, panel a ) temporarily perturbed the plasma environment around the spacecraft. The resulting erroneous measurements by SLP have been cut from the dataset.
a , Colour-coded timeline of Endurance mission (as per Fig. 1a , Fig. 2b ). b , Mean potential between the two pairs of electric field probes.
a,b , Plasma density; c,d , Electron temperature. e,f , Ion temperature; g,h , Ion velocity. These plots were made by time-averaging measurements from the upleg and downleg portion of the flight. Error bars represent the standard deviation. EISCAT data were truncated above 500 km in Fig. 3 owing to the large error bars but are shown here in full. The good agreement between independent measurements of \({n}_{e}\) and \({t}_{e}\) by EISCAT and SLP give good confidence in our SLP data analysis.
a , Planetary KP index; b , planetary AP index. Both indexes show low activity (G0).
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Collinson, G.A., Glocer, A., Pfaff, R. et al. Earth’s ambipolar electrostatic field and its role in ion escape to space. Nature 632 , 1021–1025 (2024). https://doi.org/10.1038/s41586-024-07480-3
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DOI : https://doi.org/10.1038/s41586-024-07480-3
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B e more productive . That is how Chat GPT , a generative-artificial-intelligence tool from Open AI , sells itself to workers . But despite industry hopes that the technology will boost productivity across the workforce, not everyone is on board. According to two recent studies, women use Chat GPT between 16 and 20 percentage points less than their male peers, even when they are employed in the same jobs or read the same subject.
The first study, published as a working paper in June, explores Chat GPT at work. Anders Humlum of the University of Chicago and Emilie Vestergaard of the University of Copenhagen surveyed 100,000 Danes across 11 professions in which the technology could save workers time, including journalism, software-developing and teaching. The researchers asked respondents how often they turned to Chat GPT and what might keep them from adopting it. By exploiting Denmark’s extensive, hooked-up record-keeping, they were able to connect the answers with personal information, including income, wealth and education level.
Across all professions, women were less likely to use Chat GPT than men who worked in the same industry (see chart 1). For example, only a third of female teachers used it for work, compared with half of male teachers. Among software developers, almost two-thirds of men used it while less than half of women did. The gap shrank only slightly, to 16 percentage points, when directly comparing people in the same firms working on similar tasks. As such, the study concludes that a lack of female confidence may be in part to blame: women who did not use AI were more likely than men to highlight that they needed training to use the technology.
Another potential explanation for the gender imbalance comes from a survey of 486 students by Daniel Carvajal at Aalto University and Catalina Franco and Siri Isaksson at the Norwegian School of Economics ( NHH ). It also found a gender gap: female students enrolled in the NHH ’s only undergraduate programme were 18 percentage points less likely to use Chat GPT often. When the researchers separated students by admission grades, it became clear that the gap reflected the behaviour of mid- and high-performing women (see chart 2). Low performers were almost as likely as men to use the technology.
Why might this be? The researchers probed what was going on with some clever follow-up questions. They asked students whether they would use Chat GPT if their professor forbade it, and received a similar distribution of answers. However, in the context of explicit approval, everyone, including the better-performing women, reported that they would make use of the technology. In other words, the high-achieving women appeared to impose a ban on themselves. “It’s the ‘good girl’ thing,” reckons Ms Isaksson. “It’s this idea that ‘I have to go through this pain, I have to do it on my own and I shouldn’t cheat and take short-cuts’.”
A lack of experience with AI could carry a cost when students enter the labour market. In August the researchers added a survey of 1,143 hiring managers to their study, revealing that managers value high-performing women with AI expertise 8% more than those without. This sort of premium does not exist for men, suggesting that there are rewards for women who are willing to relax their self-imposed ban.
Tera Allas of McKinsey, a consultancy, worries that by the time AI is firmly embedded into modern working life, it might be designed to appeal more to men, who are its main users—potentially shutting women out in the long term. But not everyone is as concerned. Despite the fact that the early internet was dominated by men, for example, young American women were more online than their male counterparts by 2005. On top of this, Danielle Li of the Massachusetts Institute of Technology notes that the studies do not actually show whether men’s current Chat GPT use translates into better or more productive work. At the moment, the technology may be more of a digital toy, she says. Perhaps, then, high-achieving women are simply better at avoiding distraction. ■
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Volume 69, 2018, review article, attitudes and attitude change.
This review covers research on attitudes and attitude change published between 2010 and 2017. We characterize this period as one of significant progress toward an understanding of how attitudes form and change in three critical contexts. The first context is the person, as attitudes change in connection to values, general goals, language, emotions, and human development. The second context is social relationships, which link attitude change to the communicator of persuasive messages, social media, and culture. The third context is sociohistorical and highlights the influence of unique events, including sociopolitical, economic, and climatic occurrences. In conclusion, many important recent findings reflect the fact that holism, with a focus on situating attitudes within their personal, social, and historical contexts, has become the zeitgeist of attitude research during this period.
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Most cited most cited rss feed, job burnout, executive functions, social cognitive theory: an agentic perspective, on happiness and human potentials: a review of research on hedonic and eudaimonic well-being, sources of method bias in social science research and recommendations on how to control it, mediation analysis, missing data analysis: making it work in the real world, grounded cognition, personality structure: emergence of the five-factor model, motivational beliefs, values, and goals.
The attitude-behavior relationship is of great import to many areas of psychology. Indeed, psychologists across disciplines have published thousands of articles on the topic. The majority of this research implies the attitude-behavior relationship is linear. However, observations from 4,101 Mechanical Turks and 321,876 online reviews demonstrate that this relationship is systematically nonlinear . Across diverse topics, measures, and contexts, as attitudes move from extremely negative to extremely positive, the corresponding shift in behavior tends to be relatively flat at first (as attitude move from extremely to moderately negative), to steepen when attitudes cross neutral and shift from negative to positive, and to taper off again as attitudes move from moderately to extremely positive. This result can be explained based on research on categorical perception. The present research suggests a fundamental pivot in how researchers construe, study, and assess the attitude-behavior relationship.
Attitudes and behavior.
Attitudes refer to overall evaluations of people, groups, ideas, and other objects, reflecting whether individuals like or dislike them. Attitudes have been found to be good predictors of behavior, with generally medium-sized effects. The role of attitudes in guiding behavior may be the primary reason why people’s social lives often revolve around expressing and discussing their attitudes, and why social psychology researchers have spent decades examining attitudes.
Two central questions in the study of attitudes concern when and how attitudes predict behavior. The “when” question has been addressed over decades of research that has identified circumstances under which attitudes are more or less likely to predict behavior. That is, attitudes are stronger predictors of behaviors when both constructs are assessed in a corresponding or matching way, when attitudes are stronger, and among certain individuals and in certain situations and domains.
The “how” question concerns influential models in the attitudes literature that provide a better understanding of the processes through which attitudes are linked with behaviors. For instance, these models indicate that other constructs need to be taken into account in understanding the attitude-behavior link, including intentions to perform a behavior, whether individuals perceive themselves to be in control of their behavior, and what they believe others around them think the individual should do (i.e., norms). The models also describe whether attitudes relate to behavior through relatively deliberative and controlled processes or relatively automatic and spontaneous processes. Overall, the long history of research on attitude-behavior links has provided a clearer prediction of when attitudes are linked with behaviors and a better understanding of the processes underlying this link.
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Htoo htoo kyaw soe.
Department of Community Medicine, Melaka-Manipal Medical College, Melaka, Malaysia
Mila nu nu nu htay, khine lynn phyu.
1 Department of Pediatrics, Melaka-Manipal Medical College, Melaka, Malaysia
Scientific research not only promotes health and combats diseases of an individual, but also it can strengthen the effectiveness of health systems. Hence, understanding of scientific methods becomes a crucial component in the medical profession.
This study was conducted to assess the knowledge, attitudes, and barriers toward research among undergraduate medical and dental students.
This cross-sectional study was conducted among 295 undergraduate Bachelor of Medicine and Bachelor of Surgery (MBBS) and Bachelor of Dental Surgery (BDS) students from a private medical college in Malaysia.
We purposively selected 360 students attending the 3 rd , 4 th , and 5 th year in MBBS course and BDS course in September 2015. A total of 295 students who were willing to provide written informed consent were included in this study. We collected data using a validated, self-administered, structured questionnaire which included 20 questions about knowledge toward scientific research, 21 attitude items in regard to scientific research, a list of 10 barriers toward conducting medical research, and 5 questions of confidence to conduct the medical research.
Data were analyzed using descriptive statistics, independent t-test, ANOVA, and multiple linear regression.
Among the students, 56.9% had moderate knowledge while the majority (83.3%) had moderate attitude toward scientific research. The majorly cited barriers were the lack of time (79.9%), lack of knowledge and skills (72.1%), lack of funding (72.0%) and facilities (63.6%), and lack of rewards (55.8%). There was a significant association between age, academic year, and knowledge of research as the older age group, and 4 th - and 5 th -year students had higher knowledge score. The students of higher attitude score had better-perceived barriers score toward research with regression coefficient 0.095 (95% confidence interval 0.032–0.159).
Even though the students had the positive attitudes toward scientific research, a supportive and positive environment is needed to improve skills and knowledge of research and to overcome the barriers toward the conduct of scientific research.
Research is important to the scientific progress,[ 1 ] and it is also crucial to the understanding of problems which affects the health of individuals, communities, and health systems.[ 2 ] Research involves systematic investigation or experimentation to discover the new knowledge[ 2 ] and revision of current knowledge.[ 3 ] In 2007, developed countries had 3655.8 researchers per million inhabitants when only 580.3 researchers in the developing world.[ 4 ] A total number of scientific publications were 315,742 in the developing countries when it was doubled in developed. In Malaysia, the gross domestic expenditure on research and development per GDP ratio had increased from 0.49% in 2000 to 0.64% in 2006.[ 4 ] As a result, publications output has risen rapidly in the past decade from 805 scientific publications in the year 2000 to 2712 publications in the year 2008, in which 300 publications of medical research and 535 publications of clinical medicine.[ 4 ]
Research is vital to developmental activities and it had been carried out in all academic and developmental institutions.[ 5 ] In medical education, health research training is an essential component to help developing physician's research skills,[ 6 ] including literature search, critical appraisal, independent learning, and writing research papers.[ 7 ] Training for research skills and experience of research in an early time in the medical profession is associated with continued professional academic work and may also help resident's career decisions.[ 7 ] While many undergraduate programs include research methodology course,[ 8 ] medical training in many developing countries does not emphasize its importance in medical practice and this course is not included in the medical curriculum.[ 7 ] Compulsory research course along with a mandatory research project has a positive impact on student's knowledge and attitudes toward research.[ 9 , 10 ] Moreover, it provides necessary skills to the future research in their career[ 3 ] and strengthens lifelong learning.[ 11 ] Moreover, research by a student can significantly affect the published output of the institution, and to a further extent, also of the country.[ 7 , 12 ]
Several studies have been carried out in many countries to evaluate knowledge and attitudes toward scientific research among health professionals and medical students.[ 9 , 10 , 13 , 14 , 15 , 16 ] Evidence also showed that existence of barriers brings the gap between theory of scientific research and practice of conducting it.[ 17 ] Furthermore, lack of skills training, infrastructure and facilities, mentorship, and lack of time and motivation were cited as the major hurdles.[ 6 , 9 , 13 , 14 , 18 , 19 ] In Malaysia, knowledge, attitudes, and barriers toward conduct of medical research and evidence-based medicine were investigated among health professionals such as doctors, specialists, pharmacists, nurses, and physiotherapists;[ 20 , 21 , 22 , 23 , 24 ] however, there is limited information on this topic among undergraduate medical and dental students.
Research is mandatory and it is one part of the core curriculum in the Bachelor of Medicine and Bachelor of Surgery (MBBS) and Bachelor of Dental Surgery (BDS) course in our private medical college. The aim of the course is to introduce principles of scientific research and biostatistics using various problem-solving exercises and to provide the skills that can effectively contribute in various institutional research projects. In the final year, students require performing research projects which is mentored by the faculty members. While conducting research projects, students learn to identify the research question, generate research hypotheses, critically appraise literature, design the study, collect and analyze the data, and write a detailed project report. Although it is not compulsory, students are also encouraged to publish their researches in medical journals and do presentations in conferences. This study aims to assess the knowledge and attitudes toward scientific research and to identify the barriers to participation in scientific research among undergraduate medical and dental students, expect promoting research skills and increasing published outputs of the college.
We conducted a cross-sectional study among undergraduate medical and dental students in September 2015 in the private medical college in Malaysia. Approximately 800 students were attending in the MBBS and BDS program. The sample size was calculated using the formula for single population proportion with the margin of error 5%, the assumption of 95% confidence level,[ 25 ] and 80.2% of moderate knowledge.[ 6 ] The minimum sample size required was 245; however, we purposively selected 360 students attending the 3 rd , 4 th and 5 th year in MBBS course and BDS course. The students who were willing to provide written informed consent were included in this study.
We collected data using a self-administered, structured questionnaire within a span of 4 months. The questionnaire was adapted from the previous studies.[ 9 , 14 , 26 ] The questionnaire consisted of sociodemographic, previous experience of scientific research, knowledge and attitudes toward research, and perceived barrier conducting research. In this study, 20 questions including single best answer type of multiple-choice questions and true/false questions were used for assessing knowledge. Five-point Likert scale (strongly agree, agree, neutral, disagree, and strongly disagree) was used to assess the attitudes toward research. Attitudes part consisted of 21 items including 11 positive and 10 negative statements. Ten items of perceived barriers with three-point Likert scale (agree, disagree, and undecided) were also included. After modification of the questionnaire, we carried out a pilot study with 30 students to check for validity, reliability, clarity, and understanding of the questionnaire. Content validity was checked with experts and face validity was checked for clarity and understanding of the questionnaire. The Cronbach's alpha coefficient of knowledge questions was 0.648, of attitude questions was 0.824, and of barriers questions was 0.683.
After checking and coding the questionnaire, we used Microsoft Excel for data entry and SPSS version 12 (SPSS Inc, Chicago, IL) for data analysis. Regarding knowledge, the correct answer was scored one and wrong/not sure answer was scored zero (higher score indicates better knowledge). For attitudes, for positive items, strongly agree was scored five and strongly disagree was scored one, while for negative items, strongly agree was scored one and strongly disagree was scored five (higher score indicates better attitude). Regarding perceived barrier, disagree was scored three, score one for agree, and score two for undecided (higher score indicates lesser perceived barrier). The total score was computed by taking the sum for all of these. We categorized knowledge and attitudes into three levels such as good (>80% of the maximum possible total score), moderate (60%–80% of the maximum possible total score), and poor (<60% of the maximum possible total score).
For quantitative variables, mean and standard deviation (SD) were calculated and for qualitative variables, frequency and percentage were described. We used independent sample t -test and one-way ANOVA to determine the knowledge, attitudes, and perceived barriers toward research between different age groups, gender, ethnicity, and academic years. We also performed multiple linear regression to find the relationship between knowledge, attitudes, and perceived barriers after adjusting other covariates. All the statistical tests were two-sided and the level of significance was set at 0.05.
Before data collection, the purpose of the study was explained to the respondents. Participation was strictly voluntary and autonomy of the respondents was respected. Written informed consent was taken from each participant. Confidentiality was maintained and anonymity of respondents was ensured. In addition, data were kept secured and available only to the statistician. Approval for this study was taken from Research Committee of our college.
A total of 295 students participated in this study and response rate was 81.94%. Among them, 62.4% were from MBBS program and 37.6% were BDS students while 59.3% of the participants were from 3 rd year, 33.9% from 4 th year, and 6.8% from 5 th year. The mean age of the participants was 22.99 years (SD 1.05) and the majority (97.3%) of them was Malaysian nationality. 59.5% of them were female students [ Table 1 ].
Demographic characteristics among medical and dental students ( n =295)
In this study, only 4% of the students had good knowledge while 56.9% had moderate knowledge. The majority (83.3%) had moderate attitude and 11.3% of the students had good attitude. The mean of perceived barriers was 17.84 out of 30 (higher score indicates lesser perceived barrier). Nearly 13.4% of the students had performed presentations in conference and 5.8% published research articles [ Table 2 ]. Percentage of answers on attitude questions among undergraduates is shown in Table 3 .
Knowledge, attitudes, perceived barriers toward research and previous research experience among medical and dental students
Percentage of answers on attitude questions among medical and dental students
In regard to barriers, majority of the students had stated lack of time (79.9%), lack of knowledge/skills (72.1%), and lack of funding (72%). Other barriers revealed lack of facilities (63.6%), lack of rewards (55.8%), inaccessible to relevant medical and other electronic databases (44.0%), lack of interest (37.5%), inefficient faculty staff to deliver necessary knowledge and skills (26.6%), lack of proper mentoring (20.5%), and opportunity to conduct (20.2%) [ Table 4 ].
Perceived barriers to participation in research among medical and dental students
Most of the students had limited or somewhat confidence in creating a clinical question (37.6% limited and 47.4% somewhat), search for literature (34.8% limited and 45.5% somewhat), critical appraisal (38.1% limited and 44.3% somewhat), access clinical expertise from instructor (41% limited and 40.7% somewhat), and using evidence-based processes (38.3% limited and 40.3% somewhat) [ Table 5 ].
Confidence of doing research activities among undergraduate students
Table 6 shows that there was a significant association between age, academic year, and knowledge. Age >23 years had higher mean knowledge score than age 22–23 years and <20 years. As regards the academic year, 4 th -year and 5 th -year students had higher knowledge score than 3 rd -year students. There was also a significant relationship between ethnicity and attitudes toward research as Indian had higher attitude score than Chinese and Malay. Moreover, age was significantly associated with perceived barriers and age >23 years had the highest mean barriers score among all age groups. There were no significant relationship between gender, ethnicity, and knowledge; no significant association between age, gender, academic year, and attitudes; and no significant relationship between gender, ethnicity, academic year, and perceived barriers toward research [ Table 6 ].
The relationship between demographic characteristics and knowledge, attitudes, and perceived barriers toward research
We performed multiple linear regression to determine the relationship between knowledge, attitudes, and perceived barriers toward research after adjusting the other covariates such as age, gender, ethnicity, and the academic year. We assessed model fit and found that there were linearity, independence of residuals, homoscedasticity, and no evidence of multicollinearity, and the assumption of normality was met. The multiple linear regression model was statistically significant with F (10,240) = 3.337, P 0.001, and adjusted R 2 = 0.078. There was no significant relationship between knowledge and barriers toward research. However, there was a significant positive relationship between attitudes and barriers with regression coefficient of 0.095 (95% confidence interval 0.032–0.159), P = 0.003 [ Table 7 ].
Multiple linear regression analysis of relationship between knowledge, attitudes, and perceived barriers toward research
We conducted the cross-sectional study to assess the knowledge, attitudes, and the barriers toward the conduct of scientific research among undergraduate medical and dental students in our private medical college. Understanding of scientific methods becomes a crucial component of the medical profession. Although every health professional is not inspired to perform research to acquire new knowledge, he or she should be able to know principles of scientific research.[ 3 , 14 ] In this study, we found that 56.9% of the students had moderate and 39.1% had poor level of knowledge, with a mean score 12.14 of maximum 20. Previous studies done among undergraduate students showed poor-to-moderate level of knowledge toward health research.[ 9 , 10 , 14 , 19 ] Similarly, the study done among postgraduate trainees revealed poor level of knowledge toward research as 80.2% of them was in the first two quartiles of knowledge score.[ 6 ] Moreover, attitude toward health research is one of the important predictors of evidence-based practice and health care research utilization.[ 27 , 28 , 29 , 30 ] Systematic review of attitudes to science in medicine revealed that 49.5% of the students had positive attitudes,[ 31 ] and observational studies done among health professionals and medical students also demonstrated moderate and positive attitudes toward research.[ 6 , 10 , 14 , 19 , 27 ] In this study, the response rate was 81.94% which reflects the positive attitudes of students toward scientific research as 83.3% of the students had moderate attitude and 11.3% had good attitude. The students also demonstrated positive attitudes toward science and scientific methodology in medicine. Similar to other studies,[ 6 , 9 , 10 ] many of our participants showed somewhat to extensive confidence in conducting research activities such as creating clinical questions and searching and appraising literature, but many of them expressed limited confidence in accessing clinical expertise from the instructor and utilizing evidence-based processes. If the health professionals had perceived ability to perform research activities, they are more likely to involve in medical research.[ 27 ] In our college, research methodology course is compulsory in the medical curriculum and it is given in the 3 rd year in MBBS and 4 th year in BDS program. A previous study done by Bonner and Sando had also shown that if the health professionals had not taken research training or course, they felt lack of skills to perform research.[ 13 ]
The relationship between individual characteristics such as age, gender, year of education, and knowledge of and attitudes toward health research had been studied.[ 9 , 10 , 13 , 14 , 15 ] It was shown that knowledge was negatively correlated with age of the students,[ 9 ] and the number of years spent in medical college was significantly associated with knowledge of research after adjusting for age.[ 10 ] In our study, the mean score of both knowledge and attitude was highest in oldest age group and we found that age was significantly related to knowledge but not with attitudes. The academic year of the student was also significantly associated only with knowledge toward research. Apart from compulsory research methodology course, final-year students are also needed to perform the research projects, which are mentored by the faculty members. While conducting these projects, students learn to identify a research question, generate research hypotheses, critically appraise literature, design the study, collect and analyze the data, and write a detailed project report. Similar to the study conducted among the licensed nurses by Bonner and Sando,[ 13 ] we found that senior year students had a better understanding, higher mean score of knowledge, and a positive attitude. Intensive training of research principles and mandatory participation in research activities can lead to the significant improvement in content knowledge and positive impact on attitudes toward future research.[ 9 , 10 , 15 ] Though the results of the relationship between gender and knowledge were not consistent with previous studies,[ 9 , 10 , 16 ] in this study, we found that female students had higher knowledge score and males had higher attitude score, but it was not significant. There was no significant association between ethnicity and knowledge, but it was significantly associated with attitudes toward research. The mean score of both knowledge and attitude scale was highest in Indian followed by others, Chinese and Malay. Our findings were different from the previous study done among Malaysians showed Malay had the highest level of interest in science-, technology-, and innovation-related issues and more positive attitudes toward scientific research than Chinese and Indian.[ 32 ]
Although the emphasis is given to promote scientific research, the presence of barriers bring the gap between theory and practice.[ 17 ] The barriers to participate in scientific research can be classified as extrinsic[ 33 ] such as lack of training in research methodology, lack of time due to overburdened with educational activities, lack of rewards and incentives, lack of infrastructure and facilities, inadequate support by organization/institute, access to library and publications, and inadequate supervision and mentorship,[ 5 , 6 , 9 , 13 , 14 , 17 , 18 , 19 , 20 ] and intrinsic[ 33 ] including lack of motivation and lack of appropriate knowledge and skills in scientific methods and statistics.[ 9 , 17 , 14 , 19 , 20 , 21 ] In this study, the most common obstacles stated by the students were lack of time, lack of knowledge/skills, lack of funding and facilities, and lack of rewards. Moreover, the students mentioned limited access to the relevant medical and other electronic databases made them difficult to discover knowledge gap and initiate their research activities. We also found that the students who had higher attitude score had better-perceived barriers score toward research. Previous studies showed that attitudes toward research involvement and utilization are essential in evidence-based medicine[ 27 ] and adoption of negative attitudes could make difficulty in implementation of scientific research.[ 17 ] It has been accepted that supportive positive environment can bring successful researcher and have an impact on research output including publications.[ 3 ] We found that 13.4% of the students had ever done oral and poster presentations and some of them received awards in national student conferences. However, only 5.8% of the students had ever published research papers in indexed journals which were lower than previous studies.[ 6 , 7 , 31 ]
There are some limitations in this study. The response rate of the final year students was lowest (6.8%) because they were given study break at the time of data collection. This study was conducted in one private medical institution; therefore, the findings cannot be applicable to other institutions with the different environment. This was a cross-sectional study; therefore, we could neither observe the changes over time nor inference of causality. In this study, we did not include other barriers such as organizational, strategic, and policy barriers, communication barriers, and cultural and language barriers; therefore, further study should explore on these aspects. A qualitative approach will also offer a better understanding of obstacles toward research participation of undergraduate students. As the faculty members are the most important resources, the perception of faculty members toward scientific research and toward student's research should also be studied.
The undergraduate medical and dental students had the moderate level of knowledge and positive attitudes toward the conduct of medical research. Lack of time, skills, funding, and facilities and limited access to relevant medical journals and databases were the major barriers. These barriers need to be addressed by providing proper supervision, good mentorship, research funding and awards, and providing access to electronic databases to encourage the undergraduate students participating in research activities. It is recommended to organize research workshops, frequent research presentations, and journal clubs to provide knowledge and skills needed for the medical students to implement the scientific research in the future.
Conflicts of interest.
There are no conflicts of interest.
We would like to acknowledge to all students who participated in this study and the volunteer students who helped for data collection. We would like to thank Professor Dr. Soe Moe for her valuable suggestion in concept and design of this study. We also would like to thank the management of Melaka-Manipal Medical College (MMMC) and Research Ethics Committee (MMMC) to grant the approval of this study.
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