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Fig 2B. Sagittal for Patient 1.
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Fig 5. Quenching effect of EGCG on BSA fluorescence intensity.
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Fig 4D. Triple immunofluorescent merged images (pS6RP [green]/CD31 [red]/DAPI [blue], CD31 [red]]/nestin [green]/DAPI [blue], nestin [green]/pS6RP [red]/DAPI [blue], and nestin [green]/notch receptor [red]/DAPI [blue]) of human medulloblastoma samples showing existence of stem cell niches around blood vessels similar to mouse tumors (n = 2 frozen and 13 paraffin sections, total 15).
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Platelets direct site-specific recruitment of bone marrowñderived progenitor cells to sites of vasculogenesis.
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Fig 1. Abdominopelvic regions. (A) Upper abdomen cephalad to the greater omentum. (B) Mid-abdomen. (C) Pelvis.
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Fig 3. Inducer binding to the lac repressor.
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Fig 2A. Benign splenic tissue in aspiration biopsy.
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Fig 4A. Determination of Akt activation in tumor tissue during mTOR inhibitor therapy.
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Fig 1. General architecture of the helicaseñprimase complex.
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Fig 1. Diagram illustrating the technique used to sew in the PTFE tube grafts.
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Fig 2B. Anaplastic/pleomorphic giant cells demonstrating strong nuclear Pax8 expression.
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Fig 1A. Box-and-whisker plots of (a) mean ADC (in square millimeters per second) and (b) mean MET in prostate cancer (PCa) and benign PZ ROIs from 38 patients.
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Fig 7F. Reduced numbers of RGCs and RGC axons and cell death in EomesΔflox/Δflox mice.
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Fig 2. Schematic model of epigenetic changes in the onset of cancer.
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Fig 2A. Use of Caco-2 cells to monitor the bidirectional intestinal transport of phytochemicals.
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Fig 1. Steps in TGF-β:Receptor Complex Formation.
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Fig 4. Histogram of nomogram-predicted freedom from recurrence.
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Fig 4A. Structure of the 10
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Fig 6A. ARA70β is not expressed in benign prostate tissue by immunohistochemistry using an ARA70β isoform-specific antibody.
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Fig 6A. Post-operative radiograph showing the allograft prosthetic composite reconstruction.
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Fig 2. Diagnostic accuracy (AUC) of a ìbaseî model to predict biopsy outcome including age and pre-treatment total PSA and of the same model supplemented by free PSA subforms and various plasminogen activator receptor (uPAR) isoforms (full model) among 355 referral patients.
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Fig 1E. hESC-derived neural rosettes adopt polarized neuroepithelial structures of anterior CNS fate; day 16 rosettes colocalized with N-cad.
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Fig 1. Primary melanoma with regression.
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Fig 1A. Multiple pencil beams delivered by the Cyberknife converging at the target to deliver the high single fraction radiation dose.
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Fig 1. Schematic representation of tumorigenesis in view of the CSC model.
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FFig 3. In situ subungual melanoma arising on the thumb of a 65-year-old woman.
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Fig 3E. 3D view of the SPECT/CT data shown in Figure 2 (monocytes transferred into ApoE-/- mouse).
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Fig 4D. IHC staining of tumor sections for Id1 after treatment with Id1-AO or Id1-PCAO.
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Fig 2. Pneumatosis Intestinalis.
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Fig 4E. Wild-type thorax.
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Fig 1. The choice of bone graft depends largely on exposure. The shape of the inner cortex of both the frontal bone plate and the iliac crest is ideal to reproduce the contour of the orbital floor and the shape of the orbital rim.
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Fig 2C. Parental MDA-MB-231 cells and lung metastatic LM2 cells expressing miR-126, miR-335 or miR-206 were seeded onto glass slides.
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Fig 1. Golden triangle of T cell activation.
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Fig 3. Histologic sectioning: central row contains serial sections of tumor debulking; serial sections of peripheral margins are arranged clockwise with suture orientation; deep and outer surgical margins are inked black.
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Fig 5. Example of a Monte Carlo simulation of MIR estimation.
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Fig 3. The platysma muscle is incised and cutaneous flaps are developed in the subplatysmal plane.
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Fig 1. PET/CT imaging of hypoxia.
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Fig 5. Schematic representation of PGE2 signaling within fibroblasts and potential sites of defects conferring resistance to PGE2 in usual interstitial pneumonia (UIP) fibroblasts.
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Fig 1B. A schematic representation of molecular interactions during membraneñmembrane contact.
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Fig 2. An example of endometrial carcinoma with apparent peritumoral lymphocytes.
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Fig 1E. Schematic showing quantification of GFP expression in individual muscles from Table 1.
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Fig 1. Integrating core communication concepts.
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Figure1B. Generation of isosurface image profiles from phantom study.
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Figure 3D. GRO-α and MIG detected in colonic tissue by immunohistochemistry.
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Figure 1. Model of adjustment to cancer.
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Figure 3E. Structure of the Fbw7 F-box bound to phosphorylated cyclin E C-terminal degron [31].
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Figure 1C. In MEDUSA, every differentially expressed target geneñexperiment example is a separate training example, represented by sequence data (the gene's promoter sequence) and regulation expression data (the expression states of regulators in the experiment).
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Figure 2. Classification of A. fumigatus mutants based on phenotypic characteristics that favor fungal growth or clearance in immunocompromised hosts.
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Figure 1A. Cerebral angiographic views of left middle cerebral artery (MCA) demonstrate distal M1 and M2 occlusions; Antero-posterior view.
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Figure 3E. Wild-type adult fly.
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Figure 1E. Histologic appearance and immunoprofile of AFH.
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Figure 2A. The butterfly proton transmit/receive coil constructed for breast MRI/MRSI experiments.
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Figure 1A. Expression and localization of NPMc+ vs NPM in transduced primary MEFs.
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Figure 2. Comparison of SNP bins derived from pair-wise measurements of linkage disequilibrium using LDSelect-Comp.
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Figure 5D. Close-up view showing Sec23 contacts at the Sar1 active site.
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Figure 1. Nine benign patterns representing "beauty."
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Figure 1. Cavity depth Connolly surface rendering of 5 docked into Abl kinase domain.
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Figure 1. Hypothetical models of drug tolerance.
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Figure 2. TLR-mediated signals (red arrows) in epithelial cells can induce DC probing of luminal bacteria (1). TLR signaling in epithelial cells (2) and Paneth cells (pink cells; 3) can induce synthesis and luminal release of antimicrobial proteins (red vesicles).
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Figure 1. Microscopic pictures of an incidentally detected 2 cm tall-cell variant of papillary thyroid carcinoma (TCVPTC).
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Figure 1B. Schematic structures of intramolecular G-quadruplexes formed by the human telomeric sequences: d[AGGG(TTAGGG)3] in a K+-containing crystal.
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Figure 1. Dr. Elisabeth Pauline Pickett, c. 1975
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Figure 2. Autoradiograms (ARG) and corresponding Oil Red O staining in aortas of ApoE-/- mice injected with 99mTc-annexin A5 (a, b) or 18F-FDG (c, d).
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Figure 2A. ZBTB7A IHC analysis showing nuclear immunostaining in very few parabasal intermediate cells (depicted by arrows) of the normal lung epithelium.
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Figure 1. Schematic of study design.
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![Fig 4D. Triple immunofluorescent merged images (pS6RP [green]/CD31 [red]/DAPI [blue], CD31 [red]]/nestin [green]/DAPI [blue], nestin [green]/pS6RP [red]/DAPI [blue], and nestin [green]/notch receptor [red]/DAPI [blue]) of human medulloblastoma samples showing existence of stem cell niches around blood vessels similar to mouse tumors (n = 2 frozen and 13 paraffin sections, total 15).](https://library.mskcc.org/sparks/sparksimgs/graphics/sparks/archive/archive2008/GenesDev_hambardzumyan_mini.jpg)
![Figure 3E. Structure of the Fbw7 F-box bound to phosphorylated cyclin E C-terminal degron [31].](https://library.mskcc.org/sparks/sparksimgs/graphics/sparks/archive/archive2008/COCurrBio-Capilli_mini.jpeg)
![Figure 1B. Schematic structures of intramolecular G-quadruplexes formed by the human telomeric sequences: d[AGGG(TTAGGG)3] in a K+-containing crystal.](https://library.mskcc.org/sparks/sparksimgs/graphics/sparks/archive/archive2008/NucAcidR_Phan_mini.gif)
