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0.474967 |
fb65884f62d548a283d06eb832605920
|
FTIR analysis of synthesized AgNPs showing that various functional groups are associated with AgNPs where (a) is FTIR of AgNPs and (b) is the FTIR for the cell-free extract.
|
PMC9129982
|
OMCL2022-1646687.003.jpg
|
0.48077 |
a78f002b371545e6b49c8d0166e90f6c
|
SEM analysis of AgNPs while EDX confirms the presence of element Ag.
|
PMC9129982
|
OMCL2022-1646687.004.jpg
|
0.503794 |
a11dc09184ef42a28a0e612cc7ec1fb9
|
TEM analysis of synthesized AgNPs showing that particles are spherical in shape and well dispersed and their size ranges from 7.18 nm to 13.24 nm.
|
PMC9129982
|
OMCL2022-1646687.005.jpg
|
0.438951 |
1b6309077f784150b584cd3dda51ef70
|
TGA of synthesized AgNPs showed the thermostability of AgNPs.
|
PMC9129982
|
OMCL2022-1646687.006.jpg
|
0.439414 |
dee078ddf3e04c39a102414a0ebbc79d
|
Antibacterial activity of AgNPs against MRSA and MRSE showed that AgNPs possess good antibacterial activity as well as synergistic effect against various antibiotics. Van: vancomycin; VanNP: Van+AgNPs; Caf: ceftriaxone; CafNP: ceftriaxone+AgNPs; Gen: gentamycin; GenNP: gentamycin+AgNPs.
|
PMC9129982
|
OMCL2022-1646687.007.jpg
|
0.389052 |
3ad1746fe45d4c74bf836881c267270b
|
Antioxidant activity of synthesized AgNPs showed excellent antioxidant property.
|
PMC9129982
|
OMCL2022-1646687.008.jpg
|
0.402988 |
da9cde16cd034829bdddddd9d8b102d7
|
Alpha-amylase inhibition of AgNPs in a dose-dependent manner along positive control acarbose (a) while (b) showed IC50 of AgNPs and acarbose showing AgNPs able to inhibit the alpha-amylase efficiently. The readings are shown as triplicates.
|
PMC9129982
|
OMCL2022-1646687.009.jpg
|
0.534597 |
acf2c39773124334974d13b1e870e487
|
Alpha-glucosidase inhibition of AgNPs in a dose-dependent manner along with positive control voglibose (a) while (b) showed IC50 of AgNPs and voglibose. The AgNPs were able to inhibit the alpha-glucosidase efficiently. The readings are shown as triplicates.
|
PMC9129982
|
OMCL2022-1646687.010.jpg
|
0.517038 |
37bc8650c05a4ed6941599bcc0b8f37c
|
Graphical representation showing the anticancer effect of AgNPs against Hep-2 liver cancer cells in a dose-dependent manner. The readings are shown as triplicates.
|
PMC9129982
|
OMCL2022-1646687.011.jpg
|
0.382201 |
65f0e51dbb45417b8d0c9aecb3b949e9
|
Anticancer activity of AgNPs on Hep-2 cells in a dose-dependent manner: (a) metformin; (b) cells at 10 μg/ml; (c) cells at 20 μg/ml and 40 μg/ml; (d) cells at 40 μg/ml; (e) cells at 60 μg/ml; (f) cells at 80 μg/ml; (g) untreated cells.
|
PMC9129982
|
OMCL2022-1646687.012.jpg
|
0.478192 |
eea3bf07284e4f75aaa513d0ddd4538a
|
Comparative glucose uptake of the Hep-2 cells treated with AgNPs and the expression of FSC-H signal through fluorescence microscopy showing that the treated cells with AgNPs increase the uptake of glucose significantly as compared with nontreated cells.
|
PMC9129982
|
OMCL2022-1646687.013.jpg
|
0.448842 |
793bd39e2ba44f99a791296b357c8656
|
Glucose uptake study of AgNPs against HepG2 cells using BD FACSCalibur. 2-NBDG histogram of the gated HepG2 singlets distinguishes cells at the M1 and M2 phases (here M1 refers to the negative expression/region and M2 refers to the positive expression/region). Gating of M1 and M2 phases is approximate and can be refined using software (CellQuest Pro Software, version 6.0) analysis.
|
PMC9129982
|
OMCL2022-1646687.014.jpg
|
0.410322 |
8a3888fd64ee4af489cb611cf70e746f
|
(a) Graphical representation of 2-NBDG expression. (b) Overlaid 2-NBDG expression of HepG2 cells in treated and untreated conditions.
|
PMC9129982
|
OMCL2022-1646687.015.jpg
|
0.401252 |
042970a2aa514e859c840436093fc438
|
Presurgery and postsurgery OCT images of patients with MH and MD. (a) Presurgery image of MH and MD. (b) Image of MH closure at 23-month follow-up postsurgery. (c) Presurgery image showing MH, foveoschisis, and MD. (d) Image showing retinal reattachment but not MH closure at the 25-month follow-up postsurgery. MD = macular detachment, MH = macular hole, and OCT = optical coherence tomography.
|
PMC9129984
|
JOPH2022-9293347.001.jpg
|
0.507651 |
f908ba503e4c4008a30fa5eff523eca0
|
The relationship of presurgery AMM and postsurgery VA (logMAR). It showed a notable increasing trend from A1 to A4 (P = 0.002, one-way analysis of variance) and significant differences between A3 or A4 and A1 or A2 (PA1-A3 = 0.034, PA2-A3 = 0.007, PA1-A4 = 0.009, and PA2-A4 = 0.006, Fisher's least significant difference) (∗). AMM = atrophic myopic maculopathy and VA = visual acuity.
|
PMC9129984
|
JOPH2022-9293347.002.jpg
|
0.419373 |
c4027abeeddb4c7a8b42dee4b13495bb
|
Presurgery and postsurgery OCT images of patients with postoperative intraretinal cysts. (a) Presurgery image showing foveoschisis with MD. (b) Image of intraretinal cyst at 21 months postsurgery. (c) Presurgery image of MH with MD. (d) Image of intraretinal cyst at 24 months postsurgery. MD = macular detachment, MH = macular hole, and OCT = optical coherence tomography.
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PMC9129984
|
JOPH2022-9293347.003.jpg
|
0.41753 |
ebc83e24983e41228f17519a43cdfdac
|
Axial slice CT paranasal sinus at the level of sphenoid sinus with white arrow showing
mucosal thickening within the dominant left sphenoid sinus.
|
PMC9130846
|
10.1177_2050313X221097757-fig1.jpg
|
0.417467 |
e4011c6b420c4c99b68ec5df3a54d1bf
|
(a) Axial slice CT paranasal sinus at the level of sphenoid sinus with white arrow
showing contrast-enhanced lesion within the right sphenoid sinus with involvement of
cavernous sinus. (b) Note the bony dehiscence on coronal slice at the superior sphenoid
wall, pointed out with black arrow.
|
PMC9130846
|
10.1177_2050313X221097757-fig2.jpg
|
0.415074 |
3ee070500da64e6dbb6ab61db1cf48fb
|
(a, b) Axial and coronal slice CT paranasal sinus at the level of sphenoid sinus with
white arrow showing hyperdensities within the mucosal thickening in the left sphenoid
sinus. (c) The axial slice clearly demonstrated the pathological involvement of left
orbital apex (obliterated fat, black arrow) as compared to the normal right side.
|
PMC9130846
|
10.1177_2050313X221097757-fig3.jpg
|
0.3652 |
f179a236eec548c4aa7ec27fc7b4f271
|
Magnetic resonance venography and digital subtraction angiography images. A and B: The left sigmoid sinus and the left transverse sinus are not obviously visualized, nor are the right and right venous ends of the superior sagittal sinus; C and D: The abnormal signal in the left sigmoid sinus and transverse sinus and abnormal enhancement indicate venous sinusitis and thrombosis.
|
PMC9131242
|
WJCC-10-4161-g001.jpg
|
0.45517 |
4afef5d3a48d47ef98afbdf8140cedcc
|
Hematoxylin and eosin staining of bone marrow. Scale bars = 80 µm; × 200 magnification. The arrows show immune cells. A and B: Hematoxylin and eosin staining shows that bone marrow hematopoietic cell hyperplasia is significantly active, erythroid hyperplasia is significantly active, and granulocyte hyperplasia is reduced; C and D: Net dyeing showing that fibrous tissue hyperplasia in focal areas between trabecular bones is obvious.
|
PMC9131242
|
WJCC-10-4161-g002.jpg
|
0.42746 |
aba0ab1a913c414aa37b1e54b84cecb8
|
Thrombosis gene test: SERPINC1 (NM-000488).
|
PMC9131242
|
WJCC-10-4161-g003.jpg
|
0.448355 |
3188c3df9ddf414b920bfea1340d6842
|
Flowchart for defining the study population in the United States between February 1, 2020, and August 31, 2020.
|
PMC9132142
|
publichealth_v8i5e29343_fig1.jpg
|
0.434155 |
c13be4ac77d949148f61ac4ebdd28cf3
|
Kaplan-Meier cumulative probability of death due to COVID-19 for (A) women and (B) men.
|
PMC9132142
|
publichealth_v8i5e29343_fig2.jpg
|
0.511654 |
58559896396e482dbc9fa39506c19bce
|
Forest plot showing hazard ratios for each risk factor from the fully adjusted Cox proportional hazards model (n=1,271,033). The values for race were separately ascertained by fitting a Cox proportional hazards model using only those with known race (n=1,045,152) and adjusted for all other covariates. eGFR: estimated glomerular filtration rate.
|
PMC9132142
|
publichealth_v8i5e29343_fig3.jpg
|
0.431386 |
937b78bbbde3455b830d708b5ffb1a9c
|
Log-linear relationship between log hazard ratios and age, which was fitted using a restricted cubic spline with 4 knots. The plot was obtained from the fully adjusted model (excluding race) by setting all covariates other than age to the respective reference levels.
|
PMC9132142
|
publichealth_v8i5e29343_fig4.jpg
|
0.414231 |
ac6ce7bfd30448ad91be153881fe8086
|
Forest plot showing the hazard ratios (HRs) for each risk factor from the fully adjusted Cox proportional hazards model among COVID-19 patients (n=116,426). The values for race were separately ascertained by fitting a Cox proportional hazards model using only those with known race (n=89,027) and adjusted for all other covariates. The number of COVID-19–related deaths is slightly different from the full cohort (3136 among COVID-19 patients vs 3315 among the full cohort) due to failing or censoring on the same day as being diagnosed with COVID-19. eGFR: estimated glomerular filtration rate.
|
PMC9132142
|
publichealth_v8i5e29343_fig5.jpg
|
0.40093 |
feccb1500d4a4e1591e0ffdcabf9f1ae
|
Chest CT findings in an 18-year-old woman with multisystem inflammatory syndrome in children (MIS-C) who presented with fever and hypoxia. Axial chest CT in lung window demonstrates pulmonary edema with ground-glass opacities, interlobular septal thickening (arrows) and small pleural effusions (arrowheads)
|
PMC9132751
|
247_2022_5393_Fig10_HTML.jpg
|
0.435718 |
ae13b2de836d4c1b8e350108b7a3c697
|
Abdominal US findings in a 9-year-old girl with multisystem inflammatory syndrome in children (MIS-C) who presented with fever and abdominal pain. a Transverse US image of the right lower quadrant shows multiple enlarged lymph nodes (N), with thickening and increased echogenicity of the surrounding mesenteric fat (*). P psoas muscle. b Sagittal US image of the right lower quadrant shows thick-walled bowel (arrowheads)
|
PMC9132751
|
247_2022_5393_Fig11_HTML.jpg
|
0.411788 |
94eafaec156a4dbebb8f621ebab2cf57
|
Abdominal CT findings in a 13-year-old boy with multisystem inflammatory syndrome in children (MIS-C) who presented with fever, abdominal pain and tachycardia. Coronal contrast-enhanced abdominal CT image demonstrates multiple enlarged right lower quadrant lymph nodes (arrows) and stranding of the surrounding mesenteric fat (arrowheads). A small amount of pelvic ascites is also present (*)
|
PMC9132751
|
247_2022_5393_Fig12_HTML.jpg
|
0.435045 |
895da737f98849879307afec5e15a2a9
|
Mural thickening in a 16-year-old boy with multisystem inflammatory syndrome in children (MIS-C) who presented with right lower quadrant abdominal pain. Coronal contrast-enhanced abdominal CT image demonstrates mural thickening of the terminal ileum (arrowheads), cecum and ascending colon (arrows)
|
PMC9132751
|
247_2022_5393_Fig13_HTML.jpg
|
0.440905 |
1a70e401a8dd43ccae76e777ea416e42
|
US findings in a 6-year-old boy with multisystem inflammatory syndrome in children (MIS-C) who presented with fever and abdominal pain. Sagittal US image of the right upper quadrant shows edematous thickening of the gallbladder (GB) wall and a small amount of pericholecystic fluid (arrow)
|
PMC9132751
|
247_2022_5393_Fig14_HTML.jpg
|
0.441989 |
9325c231a25d424b88c31f3e7e011cf7
|
Neck findings in a 7-year-old girl with multisystem inflammatory syndrome in children (MIS-C) who presented with fever, neck swelling, rash and conjunctivitis. Axial contrast-enhanced neck CT image demonstrates retropharyngeal edema (arrow) and cervical lymphadenopathy (arrowheads)
|
PMC9132751
|
247_2022_5393_Fig15_HTML.jpg
|
0.390365 |
48d45f8c96ff46618fbc8fa3c5e7e0d1
|
Ground-glass opacities on radiography in acute coronavirus disease 2019 (COVID-19) pneumonia. A 12-year-old obese boy presented with fever, cough and hypoxia. Anteroposterior chest radiograph demonstrates ill-defined ground-glass opacities in both the mid and lower lung fields, with superimposed patchy perihilar consolidation
|
PMC9132751
|
247_2022_5393_Fig1_HTML.jpg
|
0.416433 |
8f36f1d29bb0452ea4147ae46522c852
|
Radiography of consolidation in acute coronavirus disease 2019 (COVID-19) pneumonia in a 20-year-old man. He presented with fever, cough and dyspnea. Anteroposterior chest radiograph demonstrates multiple confluent regions of consolidation throughout both lungs
|
PMC9132751
|
247_2022_5393_Fig2_HTML.jpg
|
0.439768 |
1d3ac3bf51804ea38dc582d47825f37f
|
Dense consolidation on radiography in acute coronavirus disease 2019 (COVID-19) pneumonia in a 14-year-old boy. The boy had a history of seizure disorder. He presented with fever and respiratory distress. Anteroposterior chest radiograph demonstrates diffuse ground-glass opacification of the lungs, with bilateral perihilar and retrocardiac dense consolidation
|
PMC9132751
|
247_2022_5393_Fig3_HTML.jpg
|
0.423259 |
b1b0b56c5c444701bfbf0809359a21db
|
CT findings in acute coronavirus disease 2019 (COVID-19) pneumonia. A 19-year-old obese man presented with fever, cough and hypoxia. Axial chest CT image in lung window demonstrates ground-glass opacities (white arrows), consolidative opacities (black arrows) and subpleural nodular opacities (arrowheads)
|
PMC9132751
|
247_2022_5393_Fig4_HTML.jpg
|
0.426989 |
9cbd182377e34665a720a6ed9ef919e7
|
CT findings in a 13-year-old boy with acute coronavirus disease 2019 (COVID-19) pneumonia who presented with fever, dyspnea and chest pain. Coronal chest CT image in lung window demonstrates multiple peripheral and central ground-glass opacities throughout both lungs
|
PMC9132751
|
247_2022_5393_Fig5_HTML.jpg
|
0.486465 |
57001e7b21e6449ca60e297283a9324c
|
Halo sign in a 15-year-old asymptomatic boy with osteosarcoma. He underwent surveillance imaging and was subsequently found to have coronavirus disease 2019 (COVID-19) infection by reverse transcriptase polymerase chain reaction (RT-PCR). Axial chest CT image in lung window shows a right lower lobe subpleural nodule with surrounding ground-glass opacity, or halo sign (arrow). The finding resolved on a follow-up scan
|
PMC9132751
|
247_2022_5393_Fig6_HTML.jpg
|
0.421456 |
ba16cc5e23184a5e8c7a499bc5da0d13
|
Multisystem inflammatory syndrome in children (MIS-C) in an 11-year-old girl who presented with fever, abdominal pain and headache. a, b Posteroanterior (a) and lateral (b) chest radiographs demonstrate a mildly enlarged cardiac silhouette and interstitial edema with basilar-predominant hazy interstitial markings. There are small pleural effusions with blunting of the costophrenic angles and fluid tracking into the fissures (arrowheads)
|
PMC9132751
|
247_2022_5393_Fig7_HTML.jpg
|
0.446741 |
91043cf1f10c4347a97987fc10999f5a
|
Multisystem inflammatory syndrome in children (MIS-C) in a 9-year-old girl who presented with fever and abdominal pain. Anteroposterior chest radiograph shows a mildly enlarged cardiac silhouette, interstitial edema with increased interstitial markings and hazy pulmonary opacity, worst at the bases, and bilateral small pleural effusions (arrowheads)
|
PMC9132751
|
247_2022_5393_Fig8_HTML.jpg
|
0.456438 |
d63142acb73b48a1839f2a24f95456b8
|
Chest CT findings in a 10-year-old girl with multisystem inflammatory syndrome in children (MIS-C) who presented with fever and chest and abdominal pain. Axial contrast-enhanced chest CT image in soft-tissue window demonstrates cardiomegaly, small pericardial effusion (arrow) and bilateral small pleural effusions (arrowheads)
|
PMC9132751
|
247_2022_5393_Fig9_HTML.jpg
|
0.50956 |
093fd0f32e394ba08444a856af8b95e8
|
P2Y2and P2X7 receptor cooperation favoring control of Leishmania infection. Leishmania infection induces P2Y2 and P2X7 overexpression. Extracellular ATP and UTP activate the P2Y2 receptor. The activation of the P2Y2 receptor potentiates ATP release via Panx-1 channels. High levels of ATP in the extracellular media culminate in activating the enzyme 5-LO and consequent LTB4 production and release. Then, LTB4 acts in the extracellular environment to activate the leukotriene B4 receptor 1 receptor that further induces NLRP3 activation and IL-1β secretion, promoting Leishmania infection control.
|
PMC9133308
|
gr1.jpg
|
0.512984 |
55e76300875b493baf91230384383fae
|
Leishmania infection culminates in nucleotide release. Leishmania spp. is recognized by TLRs in the membrane of the host cell. The binding of parasites to these receptors induces ATP release to the extracellular environment through pannexin-1 channels. Once in the extracellular medium, ATP can be metabolized by ectonucleotidases such as ectonucleoside triphosphate diphosphohydrolase and ecto-5′-nucleotidase present in the Leishmania membrane, leading to Ado accumulation in the extracellular medium.
|
PMC9133308
|
gr2.jpg
|
0.410318 |
86dc605508f04e73baafaab779e4fd03
|
P1 receptor activation and Leishmania survival. Ado actives A2A receptors in the membranes of host cells. The activation of A2A receptors induces COX-2 expression and consequent production and release of PGE2 to the extracellular environment. PGE2 activates prostaglandin E2 receptors in an autocrine or paracrine manner, leading to the decrease of iNOS expression and NO production, resulting in the growth and establishment of Leishmania spp. Infection.
|
PMC9133308
|
gr3.jpg
|
0.438437 |
ca3738e72faa4f649bd508a7d9f63257
|
Box plots of health utility values in medically managed cases of chronic
rhinosinusitis between enrollment and 24-month follow-up. Health utility
value measured by EQ-5D-5L questionnaire. Line, median; box, interquartile
range; error bars, 95% CI; circles, outliers.
|
PMC9133869
|
10.1177_2473974X221092381-fig1.jpg
|
0.446034 |
a1993b3d6dfc41739abbd2153e6acff9
|
Morphological changes of soybean in different germination stages. Germination for 12 h (A), germination for 24 h (B), germination for 36 h (C), germination for 48 h (D), germination for 60 h (E), and germination for 72 h (F).
|
PMC9133939
|
fnut-09-866239-g0001.jpg
|
0.453477 |
73249e48f3d2478eb52c4da6c2f76ca4
|
Antioxidant capacities of normal soybean protein hydrolysates (NSPH), germinated soybean protein hydrolysates (GSPH), and ultrafiltration germinated soybean protein hydrolysates (UGSPH). ABTS•+ scavenging ability (A), DPPH scavenging ability (B), and total antioxidative ability (C).
|
PMC9133939
|
fnut-09-866239-g0002.jpg
|
0.432299 |
8758985bc797492d8000d55c511fb5e7
|
Changes of nutrients in soybean with different germination times. Water content (A), protein and amino acid contents (B), and soy isoflavones contents (C). All results are expressed as the mean ± SD. Differences were analyzed using the Duncan's test. Groups without the same superscript letters were statistically different (P < 0.05).
|
PMC9133939
|
fnut-09-866239-g0003.jpg
|
0.439287 |
c73a301388d94b758d7d890661d06cad
|
3D response surface plots and 2D contour of the interactive effects on the degree of hydrolysis. Dosages of proteinase and enzymolysis time (A,B), the ratio of material to liquid and enzymolysis time (C,D), and the ratio for material and liquid (E,F).
|
PMC9133939
|
fnut-09-866239-g0004.jpg
|
0.45205 |
fcc46b411d77449b8c80334e1be797ab
|
Elution profile and molecular weight of the fraction isolated from UGSPH. (A) The germinated soybean peptide was isolated using gel filtration chromatography on Sephadex G-15. (B) G1, fraction 1; (C) G2, fraction 2; (D) G3, fraction 3; (E) G4, fraction 4; and (F) G5, fraction 5.
|
PMC9133939
|
fnut-09-866239-g0005.jpg
|
0.48751 |
e0a6f8a09357402aa1c32b71b65f7fb3
|
Antioxidative capacities of the fractions isolated from UGSPH. ABTS•+ scavenging ability (A), DPPH scavenging ability (B), and total antioxidant ability (C).
|
PMC9133939
|
fnut-09-866239-g0006.jpg
|
0.445536 |
cda2cb601f22413488240ae886da4e21
|
Distribution of underweight, overweight, and obese in different nutrition literacy levels.
|
PMC9134066
|
fnut-09-893267-g0001.jpg
|
0.530551 |
24d13e5c986145db99244133ae42514e
|
Structures of (+)-biotin and 2-epi-biotin.
|
PMC9134234
|
ao2c01030_0001.jpg
|
0.592101 |
75433e5d0e6f49ac861dd8956f70b2e3
|
Houk–List
model for diastereoselective aldol reaction.
|
PMC9134234
|
ao2c01030_0002.jpg
|
0.424228 |
fec02e1e3a9847b3b203e5df9afb95ee
|
Key Inspiration and Crucial S,N-Carbonyl Migration Reaction Involved in the Earlier Total
Synthesis
of Biotin and Our Hypothesis
|
PMC9134234
|
ao2c01030_0003.jpg
|
0.438551 |
b210a4a18c1047fd90022485dc87c135
|
Retrosynthetic Analysis
|
PMC9134234
|
ao2c01030_0004.jpg
|
0.459789 |
a140844ecff04827bad668b052e9855b
|
Synthesis of Enone 6 and
NOESY Correlation
|
PMC9134234
|
ao2c01030_0005.jpg
|
0.448544 |
88f84f99dc464eb89603602418c8d48f
|
Synthesis of Thioacetate 16
|
PMC9134234
|
ao2c01030_0006.jpg
|
0.422435 |
31e23e495bdc412c8831424c44447898
|
Synthesis of 2-epi-Biotin Sulfone and Optical Rotation
|
PMC9134234
|
ao2c01030_0007.jpg
|
0.494923 |
b06aa0bb921f41b380e5f4cc679b54e7
|
Flow diagram of the scoping review process
|
PMC9134731
|
40249_2022_986_Fig1_HTML.jpg
|
0.46139 |
eca6c96f189c4ce2bc6a0239c7ecb610
|
Human lice
|
PMC9134731
|
40249_2022_986_Fig2_HTML.jpg
|
0.463084 |
2c6a1f2a5abf471d97ab9b8a7ab30068
|
Phylogenetic analysis of the mitochondrial cytb sequences of Pediculus humanus from different geographical regions and countries. The sequences of cytb were aligned using MAFFT 7.245, and neighbor-joining (NJ) phylogenetic tree was constructed using MEGA 6, with the GTR + I + G substitution model selected by jModelTest 2.1.7. Bootstrap frequency (Bf) was calculated using 100 bootstrap replicates. Pediculus schaeffi was used as an outgroup. Scale bar denotes nucleotide substitutions per site
|
PMC9134731
|
40249_2022_986_Fig3_HTML.jpg
|
0.512845 |
7194abd8351748b6ac0beaa4998555d3
|
Life cycle of human head louse, Pediculus humanus capitis. Adapted from Centers for Disease Control and Prevention (CDC) DPDx website (https://www.cdc.gov/parasites/lice/head/biology.html)
|
PMC9134731
|
40249_2022_986_Fig4_HTML.jpg
|
0.457922 |
c7210c2a3d8f487894af287d6f5fdc61
|
Measurement set up.(A, Nordic hamstring exercise; C, flywheel squats; E, counter movement jump) and sample recordings for each task (B, torque during Nordic hamstring exercise; D relative force during flywheel squats; F force during counter movement jump). Shaded part on sample recordings (B, D and F) represent the portion of the selected task from which outcome parameters were calculated. Braking phase for the CMJ was considered as the best representative of eccentric strength ability.
|
PMC9135034
|
peerj-10-13439-g001.jpg
|
0.431424 |
a8ec216f8cb9474e832bd31f6b180c4a
|
Representation of CoD 90° and CoD 180° tasks.
|
PMC9135034
|
peerj-10-13439-g002.jpg
|
0.442309 |
9fd95921f93745a698f4aa28fee9ae34
|
Pearson correlations between force impulse during eccentric part of CMJ (CMJFI) and the peak torque during Nordic hamstring exercise (NHPT).
|
PMC9135034
|
peerj-10-13439-g003.jpg
|
0.42493 |
2521eb3fcb1e478cb5c59893afd9f648
|
Pearson correlations between eccentric outcome measures.(NHPT –Nordic hamstring peak torque, F0.05 –peak eccentric force on flywheel (FW) device with 0.05 kg m2 load, F0.125 –peak eccentric force on FW device with 0.125 kg m2, F0.2 –peak eccentric force on FW device with 0.2 kg m2, CMJFI –force impulse during eccentric phase of counter movement jump (CMJ), CMJPF –peak eccentric force during CMJ, CMJRFD –maximal eccentric rate of force development during CMJ) and change of direction (CoD) time at 90° (CoD 90° and 180° turn (CoD 180°). An asterisk (*) indicates p < 0.05; two asterisks (**) indicate p < 0.001.
|
PMC9135034
|
peerj-10-13439-g004.jpg
|
0.388487 |
85f13162204d4f3697405b59e3660195
|
Economic significance of biofilms by sector.Corrosion has been removed from the right chart to expand the viewing of the other sectors.
|
PMC9135682
|
41522_2022_306_Fig1_HTML.jpg
|
0.434789 |
c2821bc576274cb08826dbe73332420b
|
Scatterplot with linear regression lines displaying the relationship between the differences (Δ values) in PCS vs PRI-SQR (a), CSI vs PRI-SQR (b), and CSI vs PCS score (c), according to the different treatments. PCS Pain Catastrophizing Scale, PRI-SQR Pain Rating Index of the Semantic Questionnaire for Rheumatology, CSI Central Sensitization Inventory, BARI baricitinib, FILGO filgotinib, TOFA tofacitinib, UPA upadacitinib, MTX methotrexate
|
PMC9135884
|
10787_2022_995_Fig1_HTML.jpg
|
0.418851 |
d026b8b7067b4aeea067f3e259176714
|
Daily accumulation graph of positive, negative, and neutral news and the number of anti-rumors before (left) and after (right) the “48-h allocation.” The primary vertical axis represents the proportion of positive, neutral and negative rumors, while the secondary vertical axis represents the strength of the rumor-refuting information.
|
PMC9136086
|
fpubh-10-765581-g0001.jpg
|
0.426939 |
505d9cbb014e4835ad22721555afbbb7
|
Simple slope test graphs. A simple slope plot represents the direction and strength of the moderating effect.
|
PMC9136086
|
fpubh-10-765581-g0002.jpg
|
0.478285 |
c2ef13f4f32a4a61aa5aa4af69567ee8
|
The moderating effect of rumor refutation over time. (A) Represents the trend of the moderating effect of positive, neutral and negative information over time. (B–D) Represent the comparison of the three types of information and the corresponding moderating effects of refuting rumors.
|
PMC9136086
|
fpubh-10-765581-g0003.jpg
|
0.465527 |
fdd26804595f40b1a3f7df36ae20b664
|
Profile of study
|
PMC9137047
|
13063_2022_6383_Fig1_HTML.jpg
|
0.468273 |
96b2491e6c9e443fb3889b58cf13a227
|
Size of transplants after 2 weeks correlated with the embryonic stage of the donors. (A) Example mouse embryos at the times of harvest. (B) Transplants within stroke sites are graphed according to the embryonic stage from which the donor cells were harvested. Each dot is a donor mouse. Spearman correlation, n = 32.
|
PMC9139220
|
cells-11-01656-g001.jpg
|
0.417866 |
7d2d671fee404ac9b93374e4cc332a77
|
Size of transplants did not correlate with donor cell viability at the time of transplantation. (A) Sections of transplants at stroke sites with 75% (left) and 96% (right) donor cell viability at the time of transplant. Scale bars: upper panels, 500 µm; lower panels, 200 µm. (B) Transplant size is graphed according to the percent of viable cells immediately before transplantation into stroke (green) and contralateral control (black) sites. Each dot is a host mouse. Spearman correlation, n = 30 for each. (C) Cell types within grafts are compared with endogenous cells. Immunostaining was performed for SATB2 and CTIP2 (neurons), OLIG2 (oligodendrocytes), GFAP (reactive astrocytes), CD105 (endothelial cells), and IBA1 (microglia). For neurons, * p = 0.018; for reactive astrocytes, * p = 0.029. Mann–Whitney test, +/− s.t.d.
|
PMC9139220
|
cells-11-01656-g002.jpg
|
0.407275 |
cde41ee59f7f449a871f95b5298c27e6
|
Effect of a transplantation delay of 1, 3, or 7 days after stroke. (A) Example images of transplants with a 1-, 3-, and 7-day delay between dMCAO and transplantation (with all brains collected 14 days after transplantation). Top—stroke side; bottom—control side of the same mouse. Scale bars: low magnification, 500 µm; higher magnification, 100 µm. (B) Percentage of blood vessels from the donor cell population in grafts. For 1-day delay (n = 7), * p = 0.03; 3-day delay (n = 6); 7-day delay (n = 12), *** p = 0.0005, and 1 vs. 7-day, *** p = 0.0005, 1 vs 3-day, ** p < 0.01. Each pair. Each pair is one animal; Wilcoxon Test. (C) Size of transplants grouped for control and stroke sides. Each dot is a host mouse. For 1-day delay (n = 13), *** p = 0.006; 3-day (n = 15), p = 0.26; 7-day (n = 17), **** p < 0.0001; and 1- vs. 7-day p = 0.4; ns, not significant. Mann–Whitney Test.
|
PMC9139220
|
cells-11-01656-g003.jpg
|
0.413449 |
7ed3f9b125c742d28fb0b54866aa975f
|
Effects of sex and age on transplants. Average stroke severity and transplant size in female versus male mice (A) and young versus old mice (C); ns, not significant. Size of transplant after 2 weeks in female versus male mice (B) and in young and old mice (D) as it correlates to the volume of cortical loss (stroke severity). Mann–Whitney Test p < 0.02. Spearman correlation. Each dot is a mouse. In (A,B), n = 36 males and 23 females; in (C,D), n = 45 young and 10 old mice. (E) A general linear model was applied to examine the correlation between graft size, the embryonic stage of donor cells, and stroke severity (see also text for details).
|
PMC9139220
|
cells-11-01656-g004.jpg
|
0.389527 |
9502a1725ddd4349906746d3fc0445ec
|
Analysis of Fos expression in grafts with and without stroke. (A) Representative immunofluorescent stains of grafts at stroke or control sites for SATB2 (green), CTIP2 (purple), and Fos (red). DAPI counterstain (blue). (B) Higher magnification view of staining of graft at a stroke site. Scale bar: 20 µM. (C) Quantitation of Fos+ cells. Each dot is the average from multiple sections of one mouse. Mann–Whitney test, * p < 0.05, +/− s.t.d.
|
PMC9139220
|
cells-11-01656-g005.jpg
|
0.502413 |
b600adfbddce493888bfdb2de5d28c5c
|
Block diagram of the proposed PD CSP-based classification method.
|
PMC9139946
|
diagnostics-12-01033-g001.jpg
|
0.447788 |
a37de747ba334eed9c6514350634987e
|
The placement of the electrodes for the 32 EEG channels used in SanDiego dataset.
|
PMC9139946
|
diagnostics-12-01033-g002.jpg
|
0.440073 |
8b403979216e4ebe8c698a14f013ed67
|
Power spectral density and electrode map for (a) Off−PD EEG (b) On−PD EEG (c) HC EEG.
|
PMC9139946
|
diagnostics-12-01033-g003.jpg
|
0.445119 |
273b685cb96f4fc9b5968daa7879df49
|
Summary of the processing and classification stages for the training and testing phases.
|
PMC9139946
|
diagnostics-12-01033-g004.jpg
|
0.453024 |
aea9f8ea09c6492991a445de9a2acb7a
|
Average classification accuracy (off–PD vs. HC) using FR, LDA, QDA, SVM, and KNN.
|
PMC9139946
|
diagnostics-12-01033-g005.jpg
|
0.438941 |
a8e00c7af0fa45878fd6c0147f8f4a58
|
ROC and AUC of off–PD vs. HC classification based on features extracted from (a) CSP+Var, (b) CSP+Eng, (c) CSP+BP, (d) CSP+LogEn, (e) CSP+ShEn and (f) CSP+NoEn.
|
PMC9139946
|
diagnostics-12-01033-g006.jpg
|
0.44535 |
7623e6dd49944dc79a32ff6e033bd9ac
|
Classification accuracy of different EEG frequency bands using KNN (off–PD vs. HC).
|
PMC9139946
|
diagnostics-12-01033-g007.jpg
|
0.413667 |
1152c77a205648a984ab2ff156b61070
|
Effect of reduction number on KNN classification accuracy applied to features extracted using CSP+Var (top) and CSP+LogEn (bottom).
|
PMC9139946
|
diagnostics-12-01033-g008.jpg
|
0.480159 |
43b94bf260274e0babf8b141411d8f13
|
Average classification accuracy (on–PD vs. HC) using LDA, SVM, KNN, and LR.
|
PMC9139946
|
diagnostics-12-01033-g009.jpg
|
0.435206 |
d3e6ab06679742c8ad084ea75c9aab47
|
ROC and AUC of on–PD vs. HC classification based on features extracted from (a) CSP+Var, (b) CSP+Eng, (c) CSP+BP, (d) CSP+LogEn, (e) CSP+ShEn and (f) CSP+NoEn.
|
PMC9139946
|
diagnostics-12-01033-g010.jpg
|
0.429229 |
bdc0f69c428246b9887a9bc7153e5d61
|
Classification accuracy of different EEG frequency bands using KNN of on–PD vs. HC.
|
PMC9139946
|
diagnostics-12-01033-g011.jpg
|
0.47823 |
cd3ef8dce04f42ed95365cd0a778bacf
|
The complete method that provides the best performance.
|
PMC9139946
|
diagnostics-12-01033-g012.jpg
|
0.460382 |
8a2d69c9772c47f9b25aaacbdb15dae3
|
Average opinion, m¯, of the system for J = h = 0 as a function of K.There is a transition in m¯ from zero to positive average opinion when crossing K = 2.016295 from below and a transition from zero to negative average opinion when crossing K = −2.016295 from above. The curves represent all the solutions of the stationary condition (8), the blue ones corresponds to the global stable ones, i.e., the solution that realize the supremum of ϕ, the green ones are locally stable solutions and the red ones are the unstable solutions.
|
PMC9140255
|
pone.0267310.g001.jpg
|
0.472541 |
865ca502b32d47779759ec6a047c6c53
|
Average opinion surfaces of the cubic mean-field model.In panel (a), h = 0 while in (b)
J = 0. When J = 0 in (a), we observe the global stable solution found in Fig 1 which indicates jumps at Kc and when K = 0, we obtain the solution of the simple Ising model without cubic interaction. For fixed J < 1 and moving along K the system presents two jumps separated by a plateau at zero. Those two jumps coalesce into a single one when J cross the unit value. In (b) we observe a discontinuity in the average opinion for two separated jumps when h and K falls within certain thresholds.
|
PMC9140255
|
pone.0267310.g002.jpg
|
0.472505 |
0c581cc1d45e48a09d4eee3a35857b51
|
Total average opinion surfaces of the two component cubic mean-field model.In panel (a) we observe first order phase transitions at Kc. Here, α is constant in K. When the cubic interactions are fixed (i.e.K111 = K112 = K122 = K222 = K) the proportion of AI and Human agents present in the system has no effect on their average opinion as observed in panel (a). Two distinct jumps in m¯ are observed in panel (b) for certain values of K and α. For panel (c) and (d)
α varies smoothly for the total average opinion and then observe sudden jump to another phase.
|
PMC9140255
|
pone.0267310.g003.jpg
|
0.510105 |
31fe51231c8b48f880d82c78fa6f9bbd
|
Average opinion for K111 = K222 = 0 and K111 = K222 = 1 with K112 = K122 = K varying.In the left panel, panel (a), the cubic in-group interaction for the AI agents and that of humans are set to zero (i.e. K111 = K222 = 0) and in (b) to one (i.e. K111 = K222 = 1) with varying inter-group interaction.
|
PMC9140255
|
pone.0267310.g004.jpg
|
0.500107 |
7c648345743946dcadab908bd4cd9147
|
Phase diagram for fixed parameters of the cubic mean-field model.In panel (a), when K112 = K122 is small the system require a larger fraction (i.e. α) of the AI agents to observe a phase transition and as K112 = K122 increases, the proportion of AI agents required for a phase transition decreases. In this scenario, the relative fraction of the AI agents corresponding to the black line is a decreasing function of K112 = K122. While panel (b) illustrate two separate jumps in the average opinion depending on the values of K112 = K122 and α. We observe from panel (c) that when interaction among AI agents (K111) increases their proportion needed to observe a phase transition decreases. While in panel (d), when interaction among Human agents (K222) increases, the fraction of AI agents needed to effect a phase transition increases and vice versa.
|
PMC9140255
|
pone.0267310.g005.jpg
|
0.480931 |
023a598d03434707a5e7b63ab644ee4a
|
Sub-themes of nutrition and supplements.*** Barriers arising while starting new habits resulted in the resumption of previous habits prior to the diagnosis of MS.
|
PMC9140290
|
pone.0268988.g001.jpg
|
0.45644 |
aa40ba935d134b6a8b8e0158a5d956d7
|
Sub-themes of exercise and physical activity.*** Perceived deterioration while starting new habits resulted in the resumption of previous habits before the diagnosis of MS.
|
PMC9140290
|
pone.0268988.g002.jpg
|
0.523088 |
f35adffd46ca4133aab2cdd3e77d0b54
|
Sub-themes of stress management.* PMR = Progressive Muscle Relaxation according to Jacobson; ** MBSR = Mindfulness-Based Stress Reduction.
|
PMC9140290
|
pone.0268988.g003.jpg
|
0.481699 |
f79d557f93b7477db11d99d73a45c70a
|
Major regulatory pathways involved in the effect of erythropoietic stimulation on the regulation of systemic iron homeostasis.
|
PMC9140467
|
ijms-23-05341-g001.jpg
|
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