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tem images  (Hitachi Ltd)


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    Structured Review

    Hitachi Ltd tem images
    Tem Images, supplied by Hitachi Ltd, used in various techniques. Bioz Stars score: 99/100, based on 48897 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/tem+imaging/HT7800/pm42810260-94-0-9
    Average 99 stars, based on 48897 article reviews
    tem images - by Bioz Stars, 2026-10
    99/100 stars

    Images

    Related Articles

    Transmission Electron Microscopy:

    Article Title: Enhanced ex vivo skin retention of bicalutamide using a nano-in-micro composite: Drug-loaded lipid vesicles in a dissolving microarray patch.
    Article Snippet: .. The morphology of the BIC-LVs was observed by TEM imaging (HT7800; Hitachi). ..

    Article Title: A Redox-Responsive Selenium-Containing Nanomedicine Enables Dual Antioxidant System Inhibition to Overcome Platinum Resistance and Enhance Immunotherapy in Bladder Cancer.
    Article Snippet: .. TEM imaging (HT-7700, Hitachi, Japan) was employed to evaluate NP2 morphology, while size distribution was measured with a Malvern Nano ZS90 instrument (UK). ..

    Article Title: The Fabrication of a 3D-Printed Nerve Guidance Conduit Using Heterogeneous Composite Materials and Its Effectiveness on Sciatic Nerve Defects of a Rabbit Model
    Article Snippet: .. Finally, the samples were embedded in fresh Epon 812 resin for 6 h and polymerized in a 60 °C oven, ensuring optimal preservation and contrast for TEM imaging (HT7800, Hitachi, Tokyo, Japan). ..

    Article Title: The Down-Regulation of Lactoferrin Expression Induced by Cigarette Smoke can Induce Ferroptosis in COPD.
    Article Snippet: Purpose Lactoferrin (LTF) plays a crucial role in iron homeostasis, immune response, and inflammation.. In the context of chronic obstructive pulmonary disease (COPD), LTF’s expression is significantly influenced by environmental factors, particularly cigarette smoke.. The pathological mechanism by which cigarette smoke regulates LTF and affects iron metabolism in COPD remains unclear.

    Article Title: Curcumin-loaded zein and shellac composite nanoparticles for ulcerative colitis treatment.
    Article Snippet: This study highlights the efficacy of microfluidic technology in creating curcumin (Cur) loaded zein + shellac (Z + S) hybrid nanoparticles (NPs), presenting a promising avenue for enhancing Cur’s availability in the food industry, especially in beverages, and positioning it as a potent antioxidant strategy for applications such as the treatment of enteritis.. The study revealed that an increase in the proportion of shellac led to a gradual increase in the particle size of Z + S NPs, while the polydispersity index (PDI) initially decreasing and then increasing.. When Cur is encapsulated, an increase in the proportion of shellac resulted in a gradual decrease in particle size and PDI, accompanied by an increase in encapsulation efficiency (EE).

    Article Title: A Redox-Responsive Selenium-Containing Nanomedicine Enables Dual Antioxidant System Inhibition to Overcome Platinum Resistance and Enhance Immunotherapy in Bladder Cancer
    Article Snippet: .. TEM imaging (HT-7700, Hitachi, Japan) was employed to evaluate NP2 morphology, while size distribution was measured with a Malvern Nano ZS90 instrument (UK). ..

    Article Title: Graphene-Oxide-Templated Synthesis of Hydroxyapatite Nanowhiskers to Improve the Mechanical and Osteoblastic Performances of Poly(lactic acid) for Bone Tissue Regeneration
    Article Snippet: .. Droplets of nanoparticle/ethanol suspensions were separately deposited onto the lacey carbon film 400 mesh copper TEM grids (Ted Pella, Inc.) and allowed to dry in ambient conditions prior to TEM imaging (Hitachi HT7700, 100 kV). ..

    Article Title: Urinary exosomal miR-320b as a biomarker of tubular atrophy/interstitial fibrosis in IgA nephropathy patients
    Article Snippet: .. The samples were allowed to dry at room temperature for several minutes and then subjected to TEM imaging (HT-7700, Hitachi) at 80 kV. ..

    Imaging:

    Article Title: Enhanced ex vivo skin retention of bicalutamide using a nano-in-micro composite: Drug-loaded lipid vesicles in a dissolving microarray patch.
    Article Snippet: .. The morphology of the BIC-LVs was observed by TEM imaging (HT7800; Hitachi). ..

    Article Title: A Redox-Responsive Selenium-Containing Nanomedicine Enables Dual Antioxidant System Inhibition to Overcome Platinum Resistance and Enhance Immunotherapy in Bladder Cancer.
    Article Snippet: .. TEM imaging (HT-7700, Hitachi, Japan) was employed to evaluate NP2 morphology, while size distribution was measured with a Malvern Nano ZS90 instrument (UK). ..

    Article Title: The Fabrication of a 3D-Printed Nerve Guidance Conduit Using Heterogeneous Composite Materials and Its Effectiveness on Sciatic Nerve Defects of a Rabbit Model
    Article Snippet: .. Finally, the samples were embedded in fresh Epon 812 resin for 6 h and polymerized in a 60 °C oven, ensuring optimal preservation and contrast for TEM imaging (HT7800, Hitachi, Tokyo, Japan). ..

    Article Title: The Down-Regulation of Lactoferrin Expression Induced by Cigarette Smoke can Induce Ferroptosis in COPD.
    Article Snippet: Purpose Lactoferrin (LTF) plays a crucial role in iron homeostasis, immune response, and inflammation.. In the context of chronic obstructive pulmonary disease (COPD), LTF’s expression is significantly influenced by environmental factors, particularly cigarette smoke.. The pathological mechanism by which cigarette smoke regulates LTF and affects iron metabolism in COPD remains unclear.

    Article Title: Curcumin-loaded zein and shellac composite nanoparticles for ulcerative colitis treatment.
    Article Snippet: This study highlights the efficacy of microfluidic technology in creating curcumin (Cur) loaded zein + shellac (Z + S) hybrid nanoparticles (NPs), presenting a promising avenue for enhancing Cur’s availability in the food industry, especially in beverages, and positioning it as a potent antioxidant strategy for applications such as the treatment of enteritis.. The study revealed that an increase in the proportion of shellac led to a gradual increase in the particle size of Z + S NPs, while the polydispersity index (PDI) initially decreasing and then increasing.. When Cur is encapsulated, an increase in the proportion of shellac resulted in a gradual decrease in particle size and PDI, accompanied by an increase in encapsulation efficiency (EE).

    Article Title: A Redox-Responsive Selenium-Containing Nanomedicine Enables Dual Antioxidant System Inhibition to Overcome Platinum Resistance and Enhance Immunotherapy in Bladder Cancer
    Article Snippet: .. TEM imaging (HT-7700, Hitachi, Japan) was employed to evaluate NP2 morphology, while size distribution was measured with a Malvern Nano ZS90 instrument (UK). ..

    Article Title: Graphene-Oxide-Templated Synthesis of Hydroxyapatite Nanowhiskers to Improve the Mechanical and Osteoblastic Performances of Poly(lactic acid) for Bone Tissue Regeneration
    Article Snippet: .. Droplets of nanoparticle/ethanol suspensions were separately deposited onto the lacey carbon film 400 mesh copper TEM grids (Ted Pella, Inc.) and allowed to dry in ambient conditions prior to TEM imaging (Hitachi HT7700, 100 kV). ..

    Article Title: Urinary exosomal miR-320b as a biomarker of tubular atrophy/interstitial fibrosis in IgA nephropathy patients
    Article Snippet: .. The samples were allowed to dry at room temperature for several minutes and then subjected to TEM imaging (HT-7700, Hitachi) at 80 kV. ..

    Preserving:

    Article Title: The Fabrication of a 3D-Printed Nerve Guidance Conduit Using Heterogeneous Composite Materials and Its Effectiveness on Sciatic Nerve Defects of a Rabbit Model
    Article Snippet: .. Finally, the samples were embedded in fresh Epon 812 resin for 6 h and polymerized in a 60 °C oven, ensuring optimal preservation and contrast for TEM imaging (HT7800, Hitachi, Tokyo, Japan). ..

    Staining:

    Article Title: The Down-Regulation of Lactoferrin Expression Induced by Cigarette Smoke can Induce Ferroptosis in COPD.
    Article Snippet: Purpose Lactoferrin (LTF) plays a crucial role in iron homeostasis, immune response, and inflammation.. In the context of chronic obstructive pulmonary disease (COPD), LTF’s expression is significantly influenced by environmental factors, particularly cigarette smoke.. The pathological mechanism by which cigarette smoke regulates LTF and affects iron metabolism in COPD remains unclear.



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    Characterization of CAMs. (a) <t>TEM</t> <t>images</t> of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.
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    Characterization of CAMs. (a) <t>TEM</t> <t>images</t> of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.
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    Characterization of CAMs. (a) <t>TEM</t> <t>images</t> of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.
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    Characterization of CAMs. (a) <t>TEM</t> <t>images</t> of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.
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    Characterization of CAMs. (a) <t>TEM</t> <t>images</t> of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.
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    Characterization of CAMs. (a) <t>TEM</t> <t>images</t> of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.
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    Image Search Results


    Characterization of CAMs. (a) TEM images of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.

    Journal: Bioactive Materials

    Article Title: Artificial mitochondria ameliorates osteoarthritis through restoring cellular energy metabolism homeostasis

    doi: 10.1016/j.bioactmat.2026.02.028

    Figure Lengend Snippet: Characterization of CAMs. (a) TEM images of PF (PFA-only control nanoparticles) (left panel), PFMPCr CAMs (middle panel), and PFMPC/DS CAMs (right panel). Scale bar: 100 nm. (b) DLS particle size maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (c) Zeta potential maps of PF, PFMPCr CAMs, and PFMPCr/DS CAMs. (d) Maps of drug loading with different DS and PFMPCr mass ratios. (e) Motion trajectory of 10 randomly selected PF particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (f) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in PBS. (g) Motion trajectory of 10 randomly selected PFMPCr CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate. (h) Motion trajectory of 10 randomly selected PFMPCr/DS CAMs particles and their average velocity distribution in LPS-stimulated chondrocyte lysate.

    Article Snippet: The TEM images of the samples were captured using a JEOL JEM-2100 transmission electron microscope.

    Techniques: Control, Zeta Potential Analyzer