question string | images list | gt string | image_indices list | sample_id string | collection string | task_type string | split string | schema_version string | pmcid string | compound_image_id string | source_figure_id string | source_record_index int64 | article_licence string | licence_scope string | licence_source string | licence_match_status string | attribution_required bool | commercial_use_allowed bool | derivatives_allowed bool | share_alike_required bool | licence_restrictions string | annotation_licence string | annotation_licence_url string | annotation_licence_scope string | redistribution_licence_status string | figure_rights_audit_status string |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
How does the presence of newborn neurons (Tuj-1+ cells) in the lesion site of canines treated with the NeuroRegen scaffold combined with MSCs compare to other groups, and what does this indicate about neuroregeneration? | [
"PMC5337930_srep43559-f2.jpg"
] | The NeuroRegen scaffold combined with MSCs resulted in a significantly higher number of newborn neurons (Tuj-1+ cells) in the lesion site compared to the control and non-functionalized scaffold groups. This indicates enhanced neurogenesis and suggests that the combination therapy promotes neural regeneration and potent... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::001 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC5337930 | PMC5337930_srep43559-f2.jpg | PMC5337930_srep43559-f2.jpg | 1 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does the distribution of CD11c+ dendritic cells correlate with the severity of experimental autoimmune encephalomyelitis (EAE) in the compound figure? | [
"PMC3533869_1742-2094-9-245-1.jpg"
] | The distribution of CD11c+ dendritic cells correlates with the severity of EAE. In mice with more severe EAE, there is increased accumulation of DCs in CNS lesions, particularly around blood vessels and demyelinating areas marked by anti-MBP antibodies. This suggests that DCs migrate to CNS lesions in response to infla... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::002 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC3533869 | PMC3533869_1742-2094-9-245-1.jpg | PMC3533869_1742-2094-9-245-1.jpg | 2 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What were the key findings and surgical interventions observed in the intraoperative and postoperative imaging of Fig-0? | [
"PMC4717593_13019_2016_408_Fig2_HTML.jpg"
] | The intraoperative imaging revealed severe stenotic changes and thickened ascending aorta with diseased aortic valve cusps and an aneurysmal change at the left ventricular apex. The surgical interventions included median sternotomy, cardiopulmonary bypass, and aortic root replacement with a 19-mm SJM Regent valve. Post... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::003 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC4717593 | PMC4717593_13019_2016_408_Fig2_HTML.jpg | PMC4717593_13019_2016_408_Fig2_HTML.jpg | 3 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does overexpression of Dectin-1 in RAW 264.7 macrophages affect the binding of *Pneumocystis carinii* and subsequent MIP-2 production? | [
"PMC2194130_20030932f7a.jpg"
] | Overexpression of Dectin-1 in RAW 264.7 macrophages significantly enhances the binding of *Pneumocystis carinii* and leads to increased MIP-2 production. This indicates a stronger inflammatory response to the fungal infection, highlighting the critical role of Dectin-1 in the immune system's recognition and response to... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::004 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC2194130 | PMC2194130_20030932f7a.jpg | PMC2194130_20030932f7a.jpg | 4 | CC BY-NC-SA | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | true | Attribution + non-commercial; derivatives must use the same licence. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the consequences of HCP-6 depletion on chromosome segregation during meiosis I and II in *C. elegans*? | [
"PMC2172564_200408061f3.jpg"
] | Depletion of HCP-6 leads to the formation of DNA bridges between segregating chromosomes during anaphase stages of both meiosis I and II, resulting in defective chromosome segregation. This effect is more pronounced during meiosis II, indicating that condensin is crucial for proper homologue segregation in meiosis I bu... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::006 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC2172564 | PMC2172564_200408061f3.jpg | PMC2172564_200408061f3.jpg | 6 | CC BY-NC-SA | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | true | Attribution + non-commercial; derivatives must use the same licence. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does single-voxel thresholding compare to mean rCBV from nine-voxel ROIs in depicting the histologic tumor fraction in recurrent GBM biopsies? | [
"PMC3379799_nos11204.jpg"
] | Single-voxel thresholding depicts the histologic tumor fraction more accurately than the mean rCBV from nine-voxel ROIs. It provides a nine-fold higher spatial resolution and better captures the variability in rCBV values, leading to a more precise identification of tumor subregions within biopsy samples. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::007 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC3379799 | PMC3379799_nos11204.jpg | PMC3379799_nos11204.jpg | 7 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key histological and immunohistochemical features that support the diagnosis of dedifferentiated liposarcoma in Fig-0? | [
"PMC5064295_rt-2016-3-6282-g002.jpg"
] | The key histological features supporting the diagnosis of dedifferentiated liposarcoma include sheets of atypical spindle cells with hyperchromatic nuclei and moderate amounts of amphophilic cytoplasm, the presence of osteosarcomatous differentiation with tumoral osteoid and osteocytes, marked atypia, necrosis, and a h... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::008 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC5064295 | PMC5064295_rt-2016-3-6282-g002.jpg | PMC5064295_rt-2016-3-6282-g002.jpg | 8 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How do apical ruffles observed in the live-imaged micro-patterned Lifeact-MDCK cells provide insights into actin dynamics and cellular processes? | [
"PMC5442143_JOA-230-766-g003.jpg"
] | Apical ruffles in live-imaged micro-patterned Lifeact-MDCK cells indicate active actin polymerization and cytoskeletal rearrangements. These ruffles suggest ongoing cellular processes such as membrane trafficking and cell motility, which are crucial for understanding cell polarity, adhesion, and morphogenesis in epithe... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::009 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC5442143 | PMC5442143_JOA-230-766-g003.jpg | PMC5442143_JOA-230-766-g003.jpg | 9 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What morphological changes are observed in RpoS-deficient spirochetes compared to wild-type spirochetes during the later stages of feeding? | [
"PMC3280991_ppat.1002532.g004.jpg"
] | During the later stages of feeding, RpoS-deficient spirochetes transform into round bodies with irregular vesicles and protoplasmic cylinders, whereas wild-type spirochetes form confluent networks. This transformation highlights the role of RpoS in maintaining normal spirochete morphology and localization within the mi... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::010 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC3280991 | PMC3280991_ppat.1002532.g004.jpg | PMC3280991_ppat.1002532.g004.jpg | 10 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What were the key findings from the autopsy that contributed to determining the cause of death in Fig-0? | [
"PMC5448248_HV-18-26-g005.jpg"
] | The autopsy findings included a massive right pulmonary hemorrhagic infarct caused by pulmonary thromboemboli, extensive pleural adhesions, and a hypertrophied left ventricle with a fibrocalcific constrictive annular band, all of which contributed to determining the cause of death. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::011 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC5448248 | PMC5448248_HV-18-26-g005.jpg | PMC5448248_HV-18-26-g005.jpg | 11 | CC BY-NC-SA | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | true | Attribution + non-commercial; derivatives must use the same licence. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the compound figure reveal about the structural characteristics and visualization techniques of amyloid fibrils? | [
"PMC9172111_d2sc00645f-f4.jpg"
] | The compound figure shows that amyloid fibrils have a cross-β-sheet structure with β-strands forming intermolecular β-sheets orthogonal to the fiber axis. Negative-stain electron microscopy (EM) visualizes these fibrils, revealing their characteristic morphology and organization. This visualization technique helps in u... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::012 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC9172111 | PMC9172111_d2sc00645f-f4.jpg | PMC9172111_d2sc00645f-f4.jpg | 12 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does onabotulinumtoxin-A (BoNT-A) injection affect the percentage of contractile material in muscle tissue, and how does HMB supplementation influence this effect? | [
"PMC8638725_JRM-53-9-2820-g003.jpg"
] | Onabotulinumtoxin-A (BoNT-A) injection significantly reduces the percentage of contractile material in muscle tissue, decreasing it from 93 ± 5% in the control group to 75 ± 16% in the BoNT-A group. HMB supplementation partially mitigates this effect, resulting in 85 ± 4% contractile material in the BoNT-A+HMB group. T... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::013 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC8638725 | PMC8638725_JRM-53-9-2820-g003.jpg | PMC8638725_JRM-53-9-2820-g003.jpg | 13 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key histopathological and functional changes observed in the LPS-induced sepsis model compared to the control group? | [
"PMC6091847_10.1177_0300060517737434-fig3.jpg"
] | In the LPS-induced sepsis model, key histopathological changes include haemorrhage, oedema, and rupture of myocardial fibers in the left ventricle anterior wall. Functionally, there is a significant decrease in cardiac output and stroke volume, an increase in lactate levels, and a greater need for fluid resuscitation. ... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::014 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC6091847 | PMC6091847_10.1177_0300060517737434-fig3.jpg | PMC6091847_10.1177_0300060517737434-fig3.jpg | 14 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What structural differences are observed between control and PRPF31-mutated iRPE cells in the compound figure? | [
"PMC9381579_41536_2022_235_Fig2_HTML.jpg"
] | In the compound figure, control iRPE cells exhibit the presence of desmosomes and basal membranes, while PRPF31-mutated iRPE cells (specifically Cys247X) lack these structures. Both cell types have apical microvilli and basal nuclei, and tight junctions are present in both, but the absence of desmosomes and basal membr... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::015 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC9381579 | PMC9381579_41536_2022_235_Fig2_HTML.jpg | PMC9381579_41536_2022_235_Fig2_HTML.jpg | 15 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does docosahexaenoic acid (DHA) treatment affect GPR120 expression in pediatric NAFLD patients, and what does this imply for potential therapeutic strategies? | [
"PMC3913708_pone.0088005.g002.jpg"
] | Docosahexaenoic acid (DHA) treatment leads to a significant increase in GPR120 expression in hepatocytes of pediatric NAFLD patients. This finding suggests that DHA might have a therapeutic role in managing NAFLD by enhancing GPR120 expression, which is associated with improved lipid metabolism and reduced inflammation... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::016 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC3913708 | PMC3913708_pone.0088005.g002.jpg | PMC3913708_pone.0088005.g002.jpg | 16 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What is the primary purpose of the T1-driven image registration pipeline illustrated in Fig-0? | [
"PMC7779564_gr1.jpg"
] | The primary purpose of the T1-driven image registration pipeline is to normalize and align Magnetization Transfer (MT) images across multiple subjects, creating a consistent study-wise template and ultimately a group template. This process ensures accurate registration, enabling reliable visualization and segmentation ... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::017 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC7779564 | PMC7779564_gr1.jpg | PMC7779564_gr1.jpg | 17 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key findings regarding the anatomical relationship between the SLF I and the cingulum as depicted in the compound figure? | [
"PMC9093186_fneur-13-794618-g0003.jpg"
] | The compound figure shows that the SLF I and the cingulum have a great proximity in their fiber tracts. The study by Wang et al. suggests that SLF I is indistinguishable from the cingulum and proposes excluding SLF I from the definition of the SLF, which now consists of dorsal (SLF II) and ventral (SLF III) segments. T... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::018 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC9093186 | PMC9093186_fneur-13-794618-g0003.jpg | PMC9093186_fneur-13-794618-g0003.jpg | 18 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How do the different dose rate calculation methods (ADR, DADR, DTDR) and their corresponding DRVHs in Fig-0 affect the interpretation of dose rate distribution in proton therapy? | [
"PMC8616118_cancers-13-05790-g002.jpg"
] | In Fig-0, the dose rate calculation methods (ADR, DADR, DTDR) reveal distinct quantitative results, with DADR yielding the highest dose rates in most voxels, followed by DTDR and ADR. The corresponding DRVHs confirm these observations, showing differences in dose rate distributions. These differences are crucial for un... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::019 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC8616118 | PMC8616118_cancers-13-05790-g002.jpg | PMC8616118_cancers-13-05790-g002.jpg | 19 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does the presence of *Legionella pneumophila* affect the digestion process of *Wolbachia magna* as shown in the compound image? | [
"PMC7829821_microorganisms-09-00174-g003.jpg"
] | The presence of *Legionella pneumophila* disrupts the digestion process of *Wolbachia magna*. When other bacterial strains are unavailable, W. magna phagocytoses L. pneumophila, leading to intracellular growth observed after 72 hours in many trophozoites. Additionally, the presence of *E. coli* does not affect W. magna... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::020 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC7829821 | PMC7829821_microorganisms-09-00174-g003.jpg | PMC7829821_microorganisms-09-00174-g003.jpg | 20 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the differential labeling by MF20 and A4.1025 reveal about the myocardial segments in the dogfish heart? | [
"PMC6558913_12983_2019_318_Fig1_HTML.jpg"
] | The differential labeling by MF20 and A4.1025 reveals distinct MyHC isoform expression patterns across various myocardial segments in the dogfish heart. MF20 uniformly labels the atrial, conal, and ventricular myocardium, whereas A4.1025 specifically labels the sinus venosus, atrium, and the apex of the ventricle, sugg... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::021 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC6558913 | PMC6558913_12983_2019_318_Fig1_HTML.jpg | PMC6558913_12983_2019_318_Fig1_HTML.jpg | 21 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How do the histological features of the seminiferous tubules differ between the cisplatin-treated group and the combined treatment group (CMBG)? | [
"PMC8074130_animals-11-01142-g009.jpg"
] | The cisplatin-treated group exhibits thickened basement membranes, reduced germinal lining, and fewer spermatozoa, indicative of testicular dysfunction. In contrast, the combined treatment group (CMBG) shows mildly thickened basement membranes, average germinal lining with full spermatogenesis, and normal interstitium ... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::022 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC8074130 | PMC8074130_animals-11-01142-g009.jpg | PMC8074130_animals-11-01142-g009.jpg | 22 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does the differential expression of ERdj8 in RGK1 and RGM1 cells affect the phagosome size, as shown in Fig-0? | [
"PMC10684771_42003_2023_5598_Fig7_HTML.jpg"
] | The higher expression level of ERdj8 in RGK1 cells, indicated by an 11% higher average fluorescence intensity, correlates with larger phagosomes (0.3–2 μm) compared to the smaller phagosomes (~0.3 μm) in RGM1 cells. This suggests that ERdj8 plays a critical role in regulating phagosomal function and size. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::023 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10684771 | PMC10684771_42003_2023_5598_Fig7_HTML.jpg | PMC10684771_42003_2023_5598_Fig7_HTML.jpg | 23 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the compound image reveal about the success of stent implantation and the status of the left anterior descending artery (LAD)? | [
"PMC10154107_JTHC-17-249-g002.jpg"
] | The compound image shows successful stent implantation and post-dilation in the LMCA and circumflex artery, with good flow and suitable stent expansion. However, it also reveals an occlusion at the ostial section of the LAD, indicating incomplete revascularization and the need for additional interventions to prevent my... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::024 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10154107 | PMC10154107_JTHC-17-249-g002.jpg | PMC10154107_JTHC-17-249-g002.jpg | 24 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key features of intraplaque neoangiogenesis observed in the compound image? | [
"PMC10741508_biomedicines-11-03275-g001.jpg"
] | The key features of intraplaque neoangiogenesis observed in the compound image include the presence of newly formed vessels with reduced or collapsed lumens, dilated branching vessels with irregular lumens, and a lack of smooth muscle actin (SMA)-positive smooth muscle cells or discontinuous coverage. Additionally, rev... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::025 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10741508 | PMC10741508_biomedicines-11-03275-g001.jpg | PMC10741508_biomedicines-11-03275-g001.jpg | 25 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does mefenamic acid (MFA) treatment affect the infarct volume and total ischemic damage in MCAO-induced ischemic stroke? | [
"PMC6374636_fnins-13-00064-g002.jpg"
] | Mefenamic acid (MFA) treatment at 1 mg/kg significantly reduces total ischemic damage by 47% and infarct volume by 80% compared to vehicle-treated controls. Additionally, MFA notably reduces edema volume by 54%, highlighting its neuroprotective effects in reducing brain damage following MCAO. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::026 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC6374636 | PMC6374636_fnins-13-00064-g002.jpg | PMC6374636_fnins-13-00064-g002.jpg | 26 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does the subcellular localization of SK2 change with different levels of SK2 overexpression in NIH3T3 cells? | [
"PMC5323123_oncotarget-07-64886-g005.jpg"
] | In NIH3T3 cells, low-level SK2 overexpression leads to plasma membrane localization, while high-level overexpression results in strong nuclear localization. This localization pattern was confirmed through immunofluorescence staining and confocal microscopy, highlighting how varying expression levels influence SK2's sub... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::027 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC5323123 | PMC5323123_oncotarget-07-64886-g005.jpg | PMC5323123_oncotarget-07-64886-g005.jpg | 27 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How do hp-lysate (HPL) and polyP affect the outgrowth of epithelial cells from corneo-scleral explants compared to control conditions? | [
"PMC9066647_c9ra04409d-f3.jpg"
] | In the presence of hp-lysate (HPL), there is a significant increase in cell density around the explants by day 1, which intensifies by days 2 and 3. PolyP induces even more extensive multilayered cell outgrowth. In contrast, under control conditions without any supplements, minimal cell outgrowth is observed. These fin... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::028 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC9066647 | PMC9066647_c9ra04409d-f3.jpg | PMC9066647_c9ra04409d-f3.jpg | 28 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key observations regarding the behavior and migration patterns of porcine brain endothelial cells (PBECs) as shown in the compound figure? | [
"PMC3694295_gr2.jpg"
] | The key observations include rapid initial attachment of capillary fragments to a collagen/fibronectin substrate within 9 hours, followed by the emergence of cell processes. Over time, endothelial cells migrate away from the initial explant site. Detailed examination using Transwell inserts reveals the formation of ad... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::029 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC3694295 | PMC3694295_gr2.jpg | PMC3694295_gr2.jpg | 29 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does dose modulation affect the image quality and radiation exposure during MDCT imaging of the left ventricle as shown in Fig-0? | [
"PMC2842564_12350_2009_9173_Fig4_HTML.jpg"
] | Dose modulation in MDCT imaging reduces radiation exposure by adjusting the tube current during acquisition. It maintains high-quality images during the end-diastolic phase when the tube current is maximal but results in increased image noise in the end-systolic phase due to reduced tube current. This technique effecti... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::030 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC2842564 | PMC2842564_12350_2009_9173_Fig4_HTML.jpg | PMC2842564_12350_2009_9173_Fig4_HTML.jpg | 30 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key histological findings and their clinical significance in the diagnosis of the paradental cyst shown in Fig-0? | [
"PMC10431234_JISP-27-434-g003.jpg"
] | The key histological findings in Fig-0 include hyperplastic cystic lining epithelium, inflamed connective tissue capsule, multinucleated giant cells, hyaline rings, and implanted vegetable/plant material confirmed by PAS-positive staining. These findings indicate a chronic inflammatory response and granulomatous reacti... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::031 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10431234 | PMC10431234_JISP-27-434-g003.jpg | PMC10431234_JISP-27-434-g003.jpg | 31 | CC BY-NC-SA | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | true | Attribution + non-commercial; derivatives must use the same licence. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does the use of contours and specific echo-types in cross-sectional views aid in the assessment of patellar tendon structure? | [
"PMC6639951_13102_2019_124_Fig4_HTML.jpg"
] | Contours and specific echo-types in cross-sectional views help in delineating and quantifying different areas within the patellar tendon. By representing varying degrees of echogenicity with distinct colors, these contours allow for the accurate measurement and comparison of tendon structure. The relative percentages o... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::032 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC6639951 | PMC6639951_13102_2019_124_Fig4_HTML.jpg | PMC6639951_13102_2019_124_Fig4_HTML.jpg | 32 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does sustained expression of D-GADD45 affect cell death in wing imaginal discs, and what role does the JNK pathway play? | [
"PMC6562583_genes-10-00378-g001.jpg"
] | Sustained expression of D-GADD45 increases apoptosis and reduces disc size in wing imaginal discs. The JNK pathway is activated by D-GADD45 upregulation, and inhibiting JNK reduces apoptosis, indicating that JNK is crucial for D-GADD45-induced cell death. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::033 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC6562583 | PMC6562583_genes-10-00378-g001.jpg | PMC6562583_genes-10-00378-g001.jpg | 33 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the series of imaging tests in Fig-0 reveal about the post-surgical status of the esophageal anastomosis? | [
"PMC10658932_fonc-13-1157563-g003.jpg"
] | The imaging tests in Fig-0 show that the esophageal anastomosis is generally healing well post-surgery. There is no leakage or obstruction, although there is slight narrowing at the upper anastomosis and delayed larynx emptying. The mucosa is smooth, and the lower edge of the anastomosis is spacious and free of ulcerat... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::034 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10658932 | PMC10658932_fonc-13-1157563-g003.jpg | PMC10658932_fonc-13-1157563-g003.jpg | 34 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key structures forming the Main Proliferative Zone (MPZ) in the compound image, and what does the distribution of proliferating cells suggest about neurogenesis in the adult mouse brain? | [
"PMC4222938_pone.0111453.g003.jpg"
] | The Main Proliferative Zone (MPZ) in the compound image includes the rostral migratory stream (RMS), lateral walls of the caudate, and supra alveus cells. The distribution of proliferating cells, as indicated by EdU-labeled nuclei and DCX-expressing cells, suggests active cell division and potential neuronal regenerati... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::035 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC4222938 | PMC4222938_pone.0111453.g003.jpg | PMC4222938_pone.0111453.g003.jpg | 35 | CC0 | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | false | true | true | false | Public domain dedication; attribution not legally required but recommended. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the lack of positive staining for vitellogenin in Figure 0 indicate about the developmental stage of the ovary? | [
"PMC2999438_f01_01.jpg"
] | The lack of positive staining for vitellogenin in Figure 0 indicates that the ovary is in a stage 1, previtellogenic, non-activated state, where it has not yet initiated the process of vitellogenesis necessary for egg development. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::036 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC2999438 | PMC2999438_f01_01.jpg | PMC2999438_f01_01.jpg | 36 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What do the diffuse increases in signal intensity and reduced muscle volume observed in the MRI sequences suggest about the underlying muscle pathology? | [
"PMC6824318_fneur-10-01138-g0001.jpg"
] | The diffuse increases in signal intensity observed on T1WI and T2WI with fat suppression sequences suggest inflammation or edema in the affected muscles, indicating conditions such as myositis or muscle injury. The high signal intensity on T2WI with fat suppression further supports active inflammatory changes. The redu... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::037 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC6824318 | PMC6824318_fneur-10-01138-g0001.jpg | PMC6824318_fneur-10-01138-g0001.jpg | 37 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What key histopathological features are evident in the compound image of subcutaneous tissue, and what is the final diagnosis based on these findings? | [
"PMC10477728_gr3.jpg"
] | The key histopathological features evident in the compound image include necrosis of the subcutis with prominent fibrosis and lipomembranous fat necrosis with chronic degenerative changes, including foci of calcium deposits. The final diagnosis is dystrophic calcification, supported by the absence of intramural calcifi... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::038 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10477728 | PMC10477728_gr3.jpg | PMC10477728_gr3.jpg | 38 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What is the clinical significance of the increased liver attenuation observed on CT in Fig-0 after nine years of amiodarone therapy? | [
"PMC10899361_11604_2023_1505_Fig10_HTML.jpg"
] | The increased liver attenuation observed on CT in Fig-0, rising from 57 HU to 97 HU over nine years of amiodarone therapy, indicates amiodarone deposition in the liver. Despite this increase, there were no signs of abnormal liver function or hepatitis. This finding highlights the need for careful differentiation betwee... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::039 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10899361 | PMC10899361_11604_2023_1505_Fig10_HTML.jpg | PMC10899361_11604_2023_1505_Fig10_HTML.jpg | 39 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How do the confocal and DIC images in Fig-0 contribute to understanding the localization of MIP-GFP within *S. cerevisiae* cells? | [
"PMC8287684_12934_2021_1610_Fig1_HTML.jpg"
] | The confocal and DIC images in Fig-0 provide a comprehensive view of MIP-GFP localization within *S. cerevisiae*. Confocal micrographs highlight the fluorescence of MIP-GFP, indicating its presence in internal membranes, cell walls, and the extracellular environment. The DIC images, when merged with the fluorescent ima... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::040 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC8287684 | PMC8287684_12934_2021_1610_Fig1_HTML.jpg | PMC8287684_12934_2021_1610_Fig1_HTML.jpg | 40 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the X-gal staining and H&E staining in the compound figure reveal about the Muc4 knockout (KO) mouse corneas? | [
"PMC10442421_41598_2023_40491_Fig1_HTML.jpg"
] | The X-gal staining in the compound figure indicates the activation of the Muc4 promoter along the corneal surface with a spiraling pattern, suggesting centripetal epithelial cell migration. H&E staining shows no significant morphological differences or inflammation between Muc4 KO and wild-type (WT) mice, confirming th... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::041 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC10442421 | PMC10442421_41598_2023_40491_Fig1_HTML.jpg | PMC10442421_41598_2023_40491_Fig1_HTML.jpg | 41 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How do the imaging findings in Fig-0 contribute to the staging and treatment planning of the patient with bladder cancer? | [
"PMC8654419_cureus-0013-00000019375-i01.jpg"
] | The imaging findings in Fig-0, including CT and T2-weighted MRI, provide critical information for staging bladder cancer. CT reveals left hydronephrosis, indicating urinary obstruction, a bladder tumor on the right lateral wall with invasion into the surrounding fibroadipose tissue, and right external iliac lymph node ... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::042 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC8654419 | PMC8654419_cureus-0013-00000019375-i01.jpg | PMC8654419_cureus-0013-00000019375-i01.jpg | 42 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What are the key findings from RNA sequencing and immunohistochemistry in the BCCAS mouse model, and how do they correlate with the observed ischemic lesions? | [
"PMC7188838_41598_2020_63183_Fig3_HTML.jpg"
] | RNA sequencing from the BCCAS mouse model reveals significant upregulation of genes such as Apoe, Cd33, and Ms4a clusters, along with APP-Aβ degradation genes, during subacute hypoperfusion. This upregulation correlates with microglia infiltration and reduced cerebral blood flow. Immunohistochemistry using markers like... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::043 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC7188838 | PMC7188838_41598_2020_63183_Fig3_HTML.jpg | PMC7188838_41598_2020_63183_Fig3_HTML.jpg | 43 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the persistence of nodules and mass shadows on chest CT after anti-infective treatment suggest about the underlying condition? | [
"PMC9210899_WJCC-10-5380-g003.jpg"
] | The persistence of nodules and mass shadows on chest CT after anti-infective treatment suggests that the underlying condition may not be primarily infectious. Further diagnostic steps, such as biopsy or additional imaging, are needed to determine the exact etiology and guide appropriate management. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::044 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC9210899 | PMC9210899_WJCC-10-5380-g003.jpg | PMC9210899_WJCC-10-5380-g003.jpg | 44 | CC BY-NC | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | false | true | false | Attribution required; non-commercial use only. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What is the purpose of using oblique coronal and sagittal reformations in conjunction with axial MRI slices for visualizing the subthalamic nuclei in this compound image? | [
"PMC8902041_fnhum-16-829198-g002.jpg"
] | Oblique coronal and sagittal reformations are used to ensure that the substantia nigra is not obscured on the selected axial MRI slice. This step is critical for confirming the accuracy of the anatomical visualization of the subthalamic nuclei (STN). By cross-checking with these reformations, radiologists can verify th... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::045 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC8902041 | PMC8902041_fnhum-16-829198-g002.jpg | PMC8902041_fnhum-16-829198-g002.jpg | 45 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What does the enrichment of Cx40 and Nav1.5 in atrial muscle bundles at HH Stage 29 suggest about the molecular diversification of these structures? | [
"PMC4264946_pone.0115207.g002.jpg"
] | The enrichment of Cx40 and Nav1.5 in atrial muscle bundles at HH Stage 29 suggests a functional diversification of these structures from the thin-walled myocardium, indicating distinct molecular profiles and roles in cardiac development and function. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::046 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC4264946 | PMC4264946_pone.0115207.g002.jpg | PMC4264946_pone.0115207.g002.jpg | 46 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How does the balance of MMP-2 and TIMP expression in SVGD (-) patients relate to the stability of the saphenous vein graft as shown in Figure 3? | [
"PMC3787554_BMRI2013-730721.003.jpg"
] | The balanced MMP-2 and TIMP expression in SVGD (-) patients, with MMP-2 being weaker (IRS score 1) and TIMP-2 and TIMP-3 being stronger (IRS scores 8 and 6, respectively), supports the stability of the saphenous vein graft. This balance suggests a protective effect against graft degradation, aligning with the stable an... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::047 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC3787554 | PMC3787554_BMRI2013-730721.003.jpg | PMC3787554_BMRI2013-730721.003.jpg | 47 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
Which superimposition technique is considered the gold standard for maximal accuracy in Fig-0? | [
"PMC4338241_pone.0118810.g001.jpg"
] | The gold standard for maximal accuracy in Fig-0 is the superimposition technique using the anterior cranial base plus foramen magnum (AC + F) due to its stable anatomical form. | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::048 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC4338241 | PMC4338241_pone.0118810.g001.jpg | PMC4338241_pone.0118810.g001.jpg | 48 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
What specific histopathological features are observed in the compound image confirming the diagnosis of oral lichen planus? | [
"PMC3677628_ISRN.DENTISTRY2013-362750.001.jpg"
] | The compound image confirms the diagnosis of oral lichen planus through the observation of hyperkeratosis, parakeratosis, degeneration of the basal cell layer, and lymphocyte infiltration in the superficial lamina propria and subjacent to the epithelium. These features are characteristic of the chronic inflammatory con... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::049 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC3677628 | PMC3677628_ISRN.DENTISTRY2013-362750.001.jpg | PMC3677628_ISRN.DENTISTRY2013-362750.001.jpg | 49 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
How do the temporal dynamics of inhibitory control differ between adolescents and adults, as depicted in Fig-0? | [
"PMC4061489_fnhum-08-00453-g002.jpg"
] | In the compound figure, adults exhibit earlier activation of the right inferior frontal gyrus (IFG) between 200 and 250 ms, while adolescents show later activation of the left IFG between 250 and 300 ms. Additionally, adolescents display heightened activation in the right temporal and inferior parietal regions, indicat... | [
"Fig-0"
] | pmc-mi-bench::compound_figure_vqa::050 | pmc_mi_bench | compound_figure_vqa | test | 1.0 | PMC4061489 | PMC4061489_fnhum-08-00453-g002.jpg | PMC4061489_fnhum-08-00453-g002.jpg | 50 | CC BY | article-level | PMC AWS Article Datasets metadata | current_pmc_aws | true | true | true | false | Must give appropriate credit; commercial reuse OK. | CC BY-NC-SA 4.0 | https://creativecommons.org/licenses/by-nc-sa/4.0/ | project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation | verified_article_level_licence | not_independently_audited |
M3LLM Data
Data for M³LLM training and evaluation on biomedical instruction-following tasks derived from PubMed Central (PMC) articles. This repository is the versioned v1.0.0 data release.
Contents
| Collection | Split | Records | Description |
|---|---|---|---|
| PMC-MI supervised instruction corpus | train | 224,401 | Six instruction formats after partitioning and release filtering |
| PMC-MI policy-refinement partition | train | 10,355 | Policy-refinement instances for Stage II after release filtering |
| PMC-MI policy-refinement partition | validation | 200 | Validation instances for Stage II |
| PMC-MI-Bench | test | 298 | Six benchmark tasks after the two author-specified exclusions |
Initial PMC-MI assembly yielded 237,137 instruction instances. The source-article separation audit excluded 117 model-development records whose PMCIDs occurred in retained PMC-MI-Bench, yielding the final 237,020-instance study corpus. This corpus contains 226,464 supervised instructions and 10,556 policy-refinement instances, comprising 10,356 optimization and 200 validation instances.
The public release applies two additional provenance and licence filters. It excludes 43 records associated with 39 PMCIDs for which redistribution-licence evidence was not verified to the release threshold and 2,021 text-only records from the unavailable raw shard 008, whose PMCID and source-figure provenance could not be recovered. The resulting release contains 224,401 supervised records, 10,355 policy-refinement training records, 200 policy-refinement validation records and 298 benchmark records. metadata/training_exclusions.jsonl records each exclusion without redistributing its instruction content.
PMCID and source-figure provenance was recovered for 38,565 text-only source records: 38,366 by monotonic semantic alignment and 199 by exact context-question-answer alignment. After article-overlap and licence filtering, 38,516 text-only records are released. The alignment method and evidence are recorded per sample in metadata/puretext_provenance.jsonl.
Repository layout
data/pmc_mi/ PMC-MI supervised instruction corpus
data/policy_refinement/ PMC-MI policy-refinement train and validation splits
data/pmc_mi_bench/ evaluator-compatible benchmark JSON arrays
data/pmc_mi_bench_hf/ equivalent streamable JSONL files
images/pmc_mi_bench.tar.gz 588 images referenced by retained benchmark records
metadata/ sample manifests, article metadata and audits
scripts/ reproducible preparation and validation scripts
The six benchmark filenames and their JSON-array format are preserved for direct use with the M3LLM-v2 evaluation code. Extract the benchmark images before evaluation:
mkdir -p M3LLM-v2/Evaluation/PMC-MI-Bench/images
tar -xzf images/pmc_mi_bench.tar.gz --strip-components=1 \
-C M3LLM-v2/Evaluation/PMC-MI-Bench/images
In text-only records, source_figure_id and the benchmark field images_puretext record provenance and are not model inputs. compound_image_id is retained as an internal compatibility field for the corresponding compound-figure identifier.
The policy-refinement files retain EasyR1-compatible fields. ground_truth_selection (and compatibility alias answer) stores reference subimage identifiers, ground_truth_response stores the structured reference trajectory and ground_truth_answer_text stores the refined reference answer.
Loading the data
from datasets import load_dataset
pmc_mi = load_dataset("KerwinFu/M3LLM-data-v1.0.0", "pmc_mi_multi_subimage_vqa")
policy = load_dataset("KerwinFu/M3LLM-data-v1.0.0", "pmc_mi_policy_refinement")
benchmark = load_dataset("KerwinFu/M3LLM-data-v1.0.0", "pmc_mi_bench_multi_subimage_vqa")
Visual PMC-MI and policy-refinement records reference source-image filenames from the MedPMC-11M image repository. The 588 images referenced by PMC-MI-Bench are included here.
Provenance and licences
Every released sample has a PMCID and article-level licence metadata. The combined evidence comprises 234,288 sample records resolved from the frozen PMC AWS inventory, 767 from official PMC JATS and 199 from the labelled earlier PMC Open Access audit. The retained article licences are CC BY, CC BY-NC, CC BY-NC-SA, CC BY-SA or CC0.
The released training data and PMC-MI-Bench are disjoint at the PMCID and stored compound-figure-identifier levels. The complete sample mapping, article-version evidence, exclusions and overlap audit are provided under metadata/.
To the extent that the authors hold the relevant rights, project-generated questions, answer options, reference answers, structured reference trajectories, task labels and dataset organisation are licensed under CC BY-NC-SA 4.0, consistent with the MedPMC release. PMC-derived images, captions and article text remain governed by their per-source licences; accordingly, this repository uses a mixed-licence declaration.
See DATA_LICENCE.md for the licence scope and reuse guidance. Preparation counts and checks are recorded in metadata/preparation_summary.json, metadata/licence_coverage_summary.json, metadata/overlap_audit.json and metadata/file_checksums.sha256.
Associated resources
- Downloads last month
- 46