dedup-isc-ft-v107-score
float64 0.3
1
| uid
stringlengths 32
32
| text
stringlengths 1
17.9k
| paper_id
stringlengths 8
11
| original_image_filename
stringlengths 7
69
|
|---|---|---|---|---|
0.456591 | 6fdd56fcd3114ec9b476b366be63140c | Venous phase of computed tomography at upper abdomen level. A 6.9 × 4.0 × 3.4 cm enhancing polypoid lesion in the stomach involving lesser curvature and gastric fundus (thin arrow), a large hepatic cyst (thick arrow) with adjacent intrahepatic duct dilation (arrow head), and right pleural effusion (*) were demonstrated | PMC10131319 | 13256_2023_3893_Fig1_HTML.jpg |
0.44248 | 1614e88e8c1a44dc864535f5f309e45f | Esophagogastroduodenoscopy. White light image showed a large polypoid mass involving the gastric fundus and upper body in retroflexion view (A, B) and forward view (C). Image-enhanced endoscopy with narrow-band imaging showed papillary mucosal appearance with regular vascular pattern (D) | PMC10131319 | 13256_2023_3893_Fig2_HTML.jpg |
0.44624 | 2c6ea9ec109349c6bb352ab9c3c13ccd | Gastric mucosa revealed chronic active gastritis with intestinal metaplasia and low-grade dysplasia (H&E staining, 4×) | PMC10131319 | 13256_2023_3893_Fig3_HTML.jpg |
0.433255 | 0f64f6d8946244249201093fc3cb054b | One-year interval of contrast-enhanced abdominal imaging demonstrated non-significant changing in size of enhancing polypoid mass lesion in the stomach involving lesser curvature | PMC10131319 | 13256_2023_3893_Fig4_HTML.jpg |
0.452483 | d42fcebb92eb4adda307ab1372351c5a | The transition from classroom-based blended learning to remote practice blended learning for a basic life support course. MCQ: multiple-choice question. | PMC10131976 | jmir_v25i1e42325_fig1.jpg |
0.498107 | 585e004b675c490687b31285194232e2 | SaveANNE Education remote practice blended learning–based basic life support course training kit, which includes (A) a remote practice basic life support course manual, (B) a Little Anne quality cardiopulmonary resuscitation manikin, and (C) the set of Automated External Defibrillator Practi-TRAINER Essentials. | PMC10131976 | jmir_v25i1e42325_fig2.jpg |
0.465639 | 15f22b85ff574d94bcfa806f6fb446d2 | Screen capture of high-quality compression-only cardiopulmonary resuscitation instructional video. | PMC10131976 | jmir_v25i1e42325_fig3.jpg |
0.432349 | 24d083b713c84485a41037151a8ded1a | Screen capture of online final assessment session for the remote practice blended learning group. | PMC10131976 | jmir_v25i1e42325_fig4.jpg |
0.418726 | d36f26250e1044e4a760c9fcb302c802 | Flowchart of data collection. BLS: basic life support; CBL: classroom-based blended learning; RBL: remote practice blended learning. | PMC10131976 | jmir_v25i1e42325_fig5.jpg |
0.471415 | c6c0d527f8a4430fb5129ccb85c8fa78 | Framework model for designing process evaluations of cluster-randomized controlled trials by Grant et al [17]. | PMC10132004 | formative_v7i1e43738_fig1.jpg |
0.452931 | c3c082ebc56d45ff981ecda95950620a | Flowchart of data collection with timing and sample for each method and link to the processes that were discussed. GP: general practitioner. | PMC10132004 | formative_v7i1e43738_fig2.jpg |
0.481748 | 1043c2d204014c72942211c0d2e0f0d8 | Flow diagram. | PMC10132211 | fmed-10-1121036-g001.jpg |
0.398518 | 2fd7b776f3aa4e26803275fcbbea86e1 | Risk of bias graph. | PMC10132211 | fmed-10-1121036-g002.jpg |
0.458723 | c6613035cb984ca192c76badd8fe00b7 | Risk of bias summary. | PMC10132211 | fmed-10-1121036-g003.jpg |
0.480014 | 99a933e1091b4cfabd98e0844ba87596 | Effects of breathing exercises on malondialdehyde levels. | PMC10132211 | fmed-10-1121036-g004.jpg |
0.510042 | 872404336ead452ba7bc5f200ed0a769 | Effects of breathing exercises on superoxide dismutase levels. | PMC10132211 | fmed-10-1121036-g005.jpg |
0.453034 | d703838c82fa4f8f9fad3d664cc78265 | Effects of breathing exercises on glutathione levels. | PMC10132211 | fmed-10-1121036-g006.jpg |
0.499562 | 6814d1e24db748d3a2e1f500b02314c8 | Effects of breathing exercises on nitric oxide levels. | PMC10132211 | fmed-10-1121036-g007.jpg |
0.51669 | c30251d620314e549bd3b75d288dd2ec | Effects of breathing exercises on vitamin C levels. | PMC10132211 | fmed-10-1121036-g008.jpg |
0.481618 | 1cbb56ed334a4fbf8ba660efc6768a97 | Effects of breathing exercises on total antioxidant capacity levels. | PMC10132211 | fmed-10-1121036-g009.jpg |
0.444448 | 8337e29f9dd84224896379b737b7aeb7 | Schematic of patient selection strategy. Notes: ICU: Intensive care unit; VAP: ventilator-associated pneumonia | PMC10132412 | 12940_2023_991_Fig1_HTML.jpg |
0.398087 | 93e6ddf7b28f4489b4ff2523b762262d | Location of Jinan in China and the air quality for Jinan city from 2014 to 2020. a location of Jinan in China; b topography of Jinan; c annual average PM2.5 levels in Jinan in 2014; d average PM2.5 in Jinan in 2020; e air quality in Jinan classified by the AQI from 2014 to 2020. The green star shape represents the location of Jinan in a | PMC10132412 | 12940_2023_991_Fig2_HTML.jpg |
0.405311 | 72d52903133542e69423af07b18e454a | Spearman’s correlation coefficients between daily air pollutants and weather conditions in Jinan, 2014-2020. Note: Max Temp: daily maximum temperature; Min Temp: daily minimum temperature. *˂0.05; **˂0.01 | PMC10132412 | 12940_2023_991_Fig3_HTML.jpg |
0.43788 | b74a992633e847c4950a3e88e282ca39 | Contour plots showing the adjusted effect of PM2.5 (a), SO2 (b) and O3 (c) on the RR of VAP on different lag days. Notes: RR: relative risk; VAP: ventilator-associated pneumonia | PMC10132412 | 12940_2023_991_Fig4_HTML.jpg |
0.406664 | 02d16140ca9f447889339adda383cc15 | Estimated exposure–response curves for short-term exposures to PM2.5. Note: a Exposure-repose curve showing the RR increase in VAP with increasing PM2.5 concentration. Gray area indicates 95% CIs. b Cumulative-repose curve showing the cumulative effect of 10 μg/m3 and 30 μg/m3 increment of PM2.5 on VAP with increasing number of lags days. Lag 0-day is the VAP diagnosis day, lag 01-day indicate the period between VAP diagnosis and 1 day prior, lag 02-day indicate the period between VAP diagnosis and 2 days prior, etc., up to 7 days prior. PM2.5: Fine particulate matter; VAP: ventilator-associated pneumonia | PMC10132412 | 12940_2023_991_Fig5_HTML.jpg |
0.464331 | 7eb40da183594714b8fb16c74ad3b8a9 | Modeling the effect of 10 μg/m3 increase in PM2.5 on the relative risk of developing VAP in subgroups of child patients. Notes: The reference groups were used when assessing effect modifications. Statistical significance is defined as P < 0.05 compared with the reference group. BMI: body mass index; RACHS: Risk Adjustment for Congenital Heart Surgery; PH: pulmonary hypertension | PMC10132412 | 12940_2023_991_Fig6_HTML.jpg |
0.37347 | a36287d73a7b4c6c87e6c9c9873a9367 | Flowchart of DTx for patients with NAFLD. DTx, digital therapeutics; NAFLD, nonalcoholic fatty liver disease. | PMC10132718 | ct9-14-e00575-g001.jpg |
0.493005 | 463a3a9c4a514b9fbd1e39a630d4aeac | Experimental setup for simulating exposure to HTV and/or noise. | PMC10133775 | MDL-114-21-g001.jpg |
0.462405 | eb0fb852b21543af99183f45896afc90 | The visual analogue scale to evaluate fatigue severity (VAS-F). | PMC10133775 | MDL-114-21-g002.jpg |
0.495338 | 0de415cb3c424c8287a31f58af1a933d | Body map for subjective measurement of muscle fatigue. | PMC10133775 | MDL-114-21-g003.jpg |
0.437939 | c5bcd0ad600040549f4171c573673348 | Sites of electrode placement on FDS muscle and reference electrode. | PMC10133775 | MDL-114-21-g004.jpg |
0.462519 | 6bf21ea29fdc4331b37702a364fbdbd8 | Transverse ultrasound image of the liver demonstrating heterogeneous lesions as indicated by the arrows. | PMC10134145 | 10.1177_2050313X231168292-fig1.jpg |
0.422936 | c273068c25e04b6eb8cd28b05c870554 | ((a) Arterial phase and (b) venous phase): enhanced computed tomography of the abdomen. Selected images of the abdomen demonstrating multifocal parenchymal (thick arrows), subcapsular (thin arrows) lesions and necrosis (arrow head) enhance during the late arterial phase (image (a)) and hypoattenuating in the portal venous phase (image (b)). These are in keeping with a multifocal HCC. | PMC10134145 | 10.1177_2050313X231168292-fig2.jpg |
0.522771 | 7a958244803447329f5b9680a2dfcc05 | (a)–(f): liver biopsy demonstrating hepatocellular carcinoma and hepatitis B virus infection. (a) Haematoxylin and eosin section show trabeculae and nests of hepatocytes invested by endothelial cells (400×). The neoplastic cells are positive for Glypican-3 (b), and capillarization of sinusoids is confirmed by CD34 (c) (400/). (d): H&E section shows resident liver tissue with hepatocytes displaying eosinophilic cytoplasm and nuclear twinning (400×). (e): H&E section shows portal tract expanded by fibrous tissue and scattered inflammatory cells (200×). (f): Immunoperoxidase stain hepatitis B core antigen nuclear staining (200×). | PMC10134145 | 10.1177_2050313X231168292-fig3.jpg |
0.494003 | 665e6be7d5d34c6aa1d5f25044e67abd | Study design overview (created with BioRender.com). CAD, coronary artery disease; CKD, chronic kidney disease; CNP, C-type natriuretic peptide; DBP, diastolic blood pressure; HDL-C, high-density lipoprotein cholesterol; IVW-MR, inverse variance weighted mendelian randomization; LDL-C, low-density lipoprotein cholesterol; NPR2, natriuretic peptide receptor 2; NPR3, natriuretic peptide receptor 3; SBP, systolic blood pressure; T2DM, Type-2 diabetes mellitus; TG, triglycerides | PMC10134514 | 12916_2023_2867_Fig1_HTML.jpg |
0.486898 | 7cce575212d540098b35c1ff753ab037 | Mendelian randomization estimates of genome-wide and NPR3-predicted height on cardiovascular disease risk overall and across subtypes. Mendelian randomization estimates are scaled per standard deviation (9.2 cm) greater height. An asterisk denotes p < 0.05. CAD, coronary artery disease; CI, confidence interval; CVD, cardiovascular disease (reflects a pooled CAD, heart failure and stroke effect estimate); NPR3, natriuretic peptide receptor 3 | PMC10134514 | 12916_2023_2867_Fig2_HTML.jpg |
0.470848 | 021989ad9d6d40719639a5706cd4da56 | Mendelian randomization analysis considering effects through blood pressure. A The association of genome-wide and NPR3-predicted height with SBP and DBP. B The association of genome-wide and NPR3-predicted SBP reduction on CVD risk. Effect estimates are interpreted as standard deviation (SD) difference per 1-SD greater height (~ 9.2 cm) for A, and difference in disease odds per 1-SD lower SBP (19.4 mmHg) for B. An asterisk denotes p < .05. CAD, coronary artery disease; CI, confidence interval; CVD, cardiovascular disease (reflects a pooled CAD, heart failure and stroke effect estimate); NPR3, natriuretic peptide receptor 3; SBP, systolic blood pressure | PMC10134514 | 12916_2023_2867_Fig3_HTML.jpg |
0.445763 | b3c2b6ae11234f1cbbb5542ef9c1a3bd | Regional plot of the genetic associations of height (upper panel) and systolic blood pressure (SBP; lower panel) within + / − 100 kb of the NPR3 gene. The x-axis shows genomic position (build hg19) for each variant, and y-axis shows the –log10(p-value) for the association. Colour denotes the linkage disequilibrium R2 with rs1173771, the most likely shared causal variant based on colocalization results | PMC10134514 | 12916_2023_2867_Fig4_HTML.jpg |
0.451129 | 8d2a1df6f64d4c27bfcfb2872268fd58 | Housing system scheme (housing systems differed between groups by floor type). | PMC10135181 | animals-13-01357-g001.jpg |
0.445474 | 5ebd5344b0bb4e1e8319fbd4b9aa571b | Predicted values of the number of attacks on other does according to housing (top) for Hyplus (left column) and Mecklenburg rabbits (right column); LSMEANs ± SE, n = 72 for each column, plotted against the body weight (bottom). | PMC10135181 | animals-13-01357-g002.jpg |
0.497228 | 13d1d9a2900d45e2b8b465affb493d12 | Predicted values of the number of skin injuries in does according to housing for Hyplus (left column) and Mecklenburg rabbits (right column); LSMEANs ± SE, n = 72 for each column. | PMC10135181 | animals-13-01357-g003.jpg |
0.442207 | 28d19b5b8d7441348e8be10b01361e28 | Predicted values of the number of skin injuries in kits according to housing (top) for Hyplus (left column) and Mecklenburg rabbits (right column); LSMEANs ± SE, n = 30 for each column, plotted against the number of kits per litter (bottom). | PMC10135181 | animals-13-01357-g004.jpg |
0.511987 | 8f37defcf45243fcbabd50dc17894dd9 | Predicted values of the number of dead kits according to housing (top) for Hyplus (left column) and Mecklenburg rabbits (right column); LSMEANs ± SE, n = 30 for each column, plotted against the number of skin injuries in kits (bottom) for Hyplus (red) and Mecklenburg rabbits (blue). | PMC10135181 | animals-13-01357-g005.jpg |
0.52047 | 94d078bc8d3f48a8940dddd20ebd6345 | Typical suture threads used in surgical procedures. (A) Smooth monofilament suture; (B) braided multifilament suture; (C) plurality of barbs on the periphery of a monofilament suture. | PMC10135495 | bioengineering-10-00419-g001.jpg |
0.452485 | f7a31ce583e94c86a730291215e8d592 | John Alcamo’s surgical suture configurations with unidirectional projections, teeth and/or depressions [16]. | PMC10135495 | bioengineering-10-00419-g002.jpg |
0.470338 | 7124b67fd7b04e0e918b7c3f9af94fbd | Taichiro Akiyama’s design of a knotless suture with molded spherical projections [17]. | PMC10135495 | bioengineering-10-00419-g003.jpg |
0.488366 | 9ceb897d5bba4a219afb7686d6aa869e | Dr. Yoon’s surgical devices with tapered or whisker-like barbs for endoscopic surgery [18,19]. | PMC10135495 | bioengineering-10-00419-g004.jpg |
0.460633 | c21640ecd7fb4326abe6df5b64f14d5a | Dr. Gregory Ruff’s conical barb design of a tissue connector [20]. | PMC10135495 | bioengineering-10-00419-g005.jpg |
0.522958 | 47742e1e1a2940e9b8482136ba95f65f | (A) Harry Buncke’s unidirectional barbed suture with barbs cut in a conical sequence and (B) a cross-sectional view of the barbed suture [22]. | PMC10135495 | bioengineering-10-00419-g006.jpg |
0.440489 | 7d19a37fa60348a5a5decbe516de5f93 | Morency and Jones’ barbed suture, fabricated from a flat sheet with the barbs cut along the lateral edges [11]. | PMC10135495 | bioengineering-10-00419-g007.jpg |
0.467242 | 1f8030d77f874c25ae19e207d0fc679e | Avelar et al. included laser markings indicating the barbed and non-barbed sections of the barbed suture [23]. | PMC10135495 | bioengineering-10-00419-g008.jpg |
0.457431 | 9e3f65518fbc487bbd531231c66d58bb | Geometry of a single barb [24]. | PMC10135495 | bioengineering-10-00419-g009.jpg |
0.458427 | 5aeb3109b94d4edb85c5a541f1412958 | STRATAFIXTM PDS plus knotless tissue control and wound closure devices: Left: Symmetrical barbs located on both sides of the suture. Right: A spiral array of barbs located around the periphery [30]. | PMC10135495 | bioengineering-10-00419-g010.jpg |
0.525087 | a29b55ea65ce4dbea078ebd92f371f2f | Top: QuillTM bi-directional barbed suture. Bottom: QuillTM unidirectional barbed suture [31]. | PMC10135495 | bioengineering-10-00419-g011.jpg |
0.431444 | 608db1a47247410ca5b9a89afdde5d79 | Different barb design for V-LocTM suture. Left: single angle cut barb. Right: dual angle cut barb [32]. | PMC10135495 | bioengineering-10-00419-g012.jpg |
0.427226 | 104abbb73b2c4716b948a8cc2feb019f | Basic MACS lift where the suture is anchored in deep temporal fascia and sutures are looped in a purse-string fashion [37]. | PMC10135495 | bioengineering-10-00419-g013.jpg |
0.577433 | 966e6cd638bf44539e38095a1337640c | Gradients of tension experienced by the surrounding tissues. Linear compression at the point where the barbs change direction (top); Accurate placement imparts a mound by adding a vertical vector to the horizontal vector (middle) and U-shaped deployment results in the forces on the barbs being opposed by the bend in the U, rather than by the opposing barbs (bottom) [10,33]. | PMC10135495 | bioengineering-10-00419-g014.jpg |
0.436459 | 7ab09e6999764943998f46c9aad5430d | A Key steps of the study projects and timing of the sending of the questionnaires. B Reported adverse drug reactions (ADRs) coding system. LIM Lareb Intensive Monitoring, RO ResearchOnline | PMC10136385 | 40264_2023_1304_Fig1_HTML.jpg |
0.488446 | 1615966f73b1489598b6b0cd593905b9 | Incision. | PMC10136736 | curroncol-30-00297-g001.jpg |
0.461127 | 19a448237035480ba701fa2118cdd17f | Exposure of the PPS tumour. | PMC10136736 | curroncol-30-00297-g002.jpg |
0.484031 | 9b4750a357c04bc291d92ce4558fe4ac | En bloc removal of the PPS tumour. | PMC10136736 | curroncol-30-00297-g003.jpg |
0.425749 | fd9032a936b148fa9c59ee429465d34b | Tumour size and macroscopical features. | PMC10136736 | curroncol-30-00297-g004.jpg |
0.473638 | 29ce4ce269ea42868eaa26487854c22c | MRI T2 weighted image showing a right parapharyngeal schwannoma arising from the cervical sympathetic chain. The schwannoma does not dislocate the big vessels in the typical anterior direction, but the big vessels’ dislocation is posterolateral. However, the parapharyngeal fat pad is dislocated in an anterior direction, and this suggests a carotid space tumour. | PMC10136736 | curroncol-30-00297-g005.jpg |
0.411765 | b4cdc56d79dd4a748e5cecd57614d1a7 | Horner syndrome. | PMC10136736 | curroncol-30-00297-g006.jpg |
0.468589 | 5ce41ec544034f12a4887f5115978dc3 | Pleomorphic adenoma of the true PPS originating from extraparotid salivary tissue. | PMC10136736 | curroncol-30-00297-g007.jpg |
0.496816 | 6deee75b2b6b4c44850eb4c22ee988d8 | The flow chart shows the criteria considered when deciding whether or not to opt for a transoral approach to the PPS. Among the clinical and radiological features of benignity, the absence of the oropharyngeal mass at the level of the neck, the absence of suspicious lymph nodes during neck palpation, radiological confirmation of the clinician neck examination and the presence of a capsule that contained the PPS tumour were considered. The transoral approach was considered infeasible in vascular tumours and in tumours that gave anterior dislocation of the big vessels. | PMC10136736 | curroncol-30-00297-g008.jpg |
0.375811 | 8c86751a78984a5591dbc8f1aea50edc | Diagram comparing EATA and TORS. | PMC10136736 | curroncol-30-00297-g009.jpg |
0.40023 | b37fbb70fe284395bd2d45a94b667dbd | Screening panel for pancreatic exocrine insufficiency. Abbreviations: MUAC, mid-upper arm circumference; PEI, pancreatic exocrine insufficiency; PERT, pancreatic enzyme replacement therapy. | PMC10136984 | cancers-15-02277-g001.jpg |
0.370667 | c55f56c3daf5482ea4dd966dad0a9eb1 | Joint survival analysis for demographic and diagnostic cohorts: both PEI and the screening panel were prognostic factors. Abbreviations: CI, confidence interval; ECOG-PS, Eastern Cooperative Oncology Group Performance Status; mHR, multivariable hazard ratio; NET, neuroendocrine tumour; PDAC, pancreatic ductal adenocarcinoma; PEI, pancreatic exocrine insufficiency; uHR, univariate hazard ratio. (A) Kaplan-Meier curve for joint demographic and diagnostic cohorts comparing PEI vs. no PEI. (B) Kaplan-Meier cure for joint demographic and diagnostic cohorts comparing Low/Medium risk screening panel vs. High-risk screening panel (C) Overall survival analysis adjusting for other prognostic factors. | PMC10136984 | cancers-15-02277-g002.jpg |
0.410877 | 7a256af34ab94f5cbdc2034f8c1c67d0 | Recommendations. Abbreviations: BMI, body mass index; PEI, pancreatic exocrine insufficiency, PERT, pancreatic enzyme replacement therapy. 1 in Table 2. 2 in Supplementary Material S4. | PMC10136984 | cancers-15-02277-g003.jpg |
0.484999 | 2656a5228f0d4226880aee8d6c4229be | Annual publication trends regarding physical literacy. | PMC10137032 | children-10-00660-g001.jpg |
0.452719 | 7f5d8853c70249eda648a62f8a029258 | Prolific co-authors. | PMC10137032 | children-10-00660-g002.jpg |
0.481906 | ddfa376afd9145a5b1abb7ae56a70f74 | Most-cited articles. | PMC10137032 | children-10-00660-g003.jpg |
0.414621 | 8574dcabfe9c4dfdaa10618e0a5c3cf1 | Countries/regions. | PMC10137032 | children-10-00660-g004.jpg |
0.426613 | 8b8fc6a1d0eb48cd9d28741ccb4f53ed | Authors’ keywords. | PMC10137032 | children-10-00660-g005.jpg |
0.441488 | 67725297109b4c598c4f20f565aa5060 | A simulation of a segmented GI tract and the motion of the endoscopic modules along that tract. (A) Spherical-shaped modules; (B) capsule-shaped modules. | PMC10137352 | diagnostics-13-01445-g001.jpg |
0.433129 | 0bb1273271ee4569b553bfb3a2d68798 | Comparison of velocity for spherical (A) and capsule (B) geometries in the GI tract. | PMC10137352 | diagnostics-13-01445-g002.jpg |
0.448761 | 4637724bf120492ca0c4dccea536052f | Comparison of pressure for spherical (A) and capsule (B) geometries in the GI tract. | PMC10137352 | diagnostics-13-01445-g003.jpg |
0.412847 | 078a60cfee7041bba57739df790e4aa8 | Circuit of 5-LED capsule. | PMC10137352 | diagnostics-13-01445-g004.jpg |
0.436813 | b12ec1b5fbfe4841ad52ef3af468cc03 | 399 Renata battery. | PMC10137352 | diagnostics-13-01445-g005.jpg |
0.46426 | 54324443bc7a485faa3e08737e2c8d7a | Three-dimensional capsule and outer cover. | PMC10137352 | diagnostics-13-01445-g006.jpg |
0.423377 | 5f27c61ba3694ce1a802eb360c971998 | Capsule cover after 3D printing. | PMC10137352 | diagnostics-13-01445-g007.jpg |
0.428641 | cbe46a597c794715bc15992f932fef86 | Recorder unit. | PMC10137352 | diagnostics-13-01445-g008.jpg |
0.391945 | 10c374e2ada3441fb5876d535cbed276 | PC software. | PMC10137352 | diagnostics-13-01445-g009.jpg |
0.441758 | 7d49b3d1acff49018e3e7bda1f5fe26b | Image after installing all components and before and after the outer cover. | PMC10137352 | diagnostics-13-01445-g010.jpg |
0.410335 | 5dec511dd0424509a5e8f275e1693c8f | Comparison between the original image and filtered Image. | PMC10137352 | diagnostics-13-01445-g011.jpg |
0.44424 | f4cdac3ff8a44fab845996cc2c4bf63d | The original image and image after camera calibration. | PMC10137352 | diagnostics-13-01445-g012.jpg |
0.422286 | 4a63780ae3414fe28d7439eb51560fbd | Comparison of velocity for the GI tract’s spherical (Left) and capsule (Right) geometries. | PMC10137352 | diagnostics-13-01445-g013.jpg |
0.436701 | 6ea3f3c6aeb1496dbbce07762eb2541d | Comparison of pressure for spherical (Left) and capsule (Right) geometries in the GI tract. | PMC10137352 | diagnostics-13-01445-g014.jpg |
0.433025 | 11433b7b4edf420e81311a490cb2d1ea | The final shape of the capsule and the capsule core. | PMC10137352 | diagnostics-13-01445-g015.jpg |
0.432563 | 37da0537f8644d03978fd9fd37885581 | Tube with flower sample and the entire module test. | PMC10137352 | diagnostics-13-01445-g016.jpg |
0.462807 | 274db8d83f784633a25921ca8a597a68 | Image capture from WCE. | PMC10137352 | diagnostics-13-01445-g017.jpg |
0.403758 | d0288b98c62f4402846f2f89a0b274f6 | Schematic illustration of the preparation process of the Co-N-C aerogel electrocatalyst. | PMC10137415 | gels-09-00313-g001.jpg |
0.458073 | c6ef7466d7fe4a11b0b32d251b915619 | (a) XRD, (b) FT-IR, and (c) N2 adsorption–desorption isotherms and the BJH pore size distributions of GA, Co-C, and Co-N-C. XPS (d) survey, (e) C 1s, and (f) N 1s spectrum of GA, Co-C, and Co-N-C. | PMC10137415 | gels-09-00313-g002.jpg |
0.47354 | d3f431ecbcc2493bbb35f39cd4d9b730 | (a–c) SEM and physical photographs of GA, Co-C, and Co-N-C, respectively. (d,e) TEM, (f) SAED, and (g) mappings of Co-N-C. | PMC10137415 | gels-09-00313-g003.jpg |
0.570186 | 6318a1e1227b42b8b912b000d1ad823d | (a) LSV, (b) the Tafel curves, (c) current density differences plotted against the scan rate, and (d) EIS for GA, Co-C, and Co-N-C. | PMC10137415 | gels-09-00313-g004.jpg |
0.490596 | 0c56120a4e5943a58d45e867016b6538 | Structural diagrams of Co-N-C for each primitive process of OER (alkaline conditions). | PMC10137415 | gels-09-00313-g005.jpg |
0.50609 | bf5e766ca7c84e75b3b62791c20037b4 | (a) Gibbs free energy variation in different aerogels for each of the OER primitive processes. (b) Gibbs free energy variation in different aerogels in each primitive process of OER (U = 1.23 V). (c) The total density of states, (d) partial density of the state of Co atom, (e) partial density of the state of N atom, and (f) partial density of the state of C atom of the Co-N-C. | PMC10137415 | gels-09-00313-g006.jpg |
0.456345 | 5fa1928fa4d141a0a30044cf21609ee1 | Schematic illustration of (a) the top of the valence band and (b) the bottom of the conduction band for spin-up electrons. Schematic illustration of (c) the top of the valence band and (d) the bottom of the conduction band for spin-down electrons. (e) Illustration of the electron density difference iso-surface for Co-N-C (blue region represents the accumulation of electrons and the yellow region represents the depletion of electrons). | PMC10137415 | gels-09-00313-g007.jpg |
0.494879 | f0c7c36407c34901bc662d284bed7e89 | Overview of cholangiocarcinoma microenvironment and the main cancer-associated fibroblast subsets. | PMC10137461 | curroncol-30-00319-g001.jpg |
Subsets and Splits
No saved queries yet
Save your SQL queries to embed, download, and access them later. Queries will appear here once saved.