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small animal electrocardiogram monitor  (ADInstruments)


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    ADInstruments small animal electrocardiogram monitor
    Small Animal Electrocardiogram Monitor, supplied by ADInstruments, used in various techniques. Bioz Stars score: 99/100, based on 8135 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/animals/PowerLab/pm42894187-90-7-13
    Average 99 stars, based on 8135 article reviews
    small animal electrocardiogram monitor - by Bioz Stars, 2026-11
    99/100 stars

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    Related Articles

    Microscopy:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Imaging:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Cream:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Muscles:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Ligation:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Recombinant:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Staining:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Saline:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Sterility:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Paraffin Wax:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Software:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Fluorescence:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Infection:

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.

    Article Title: Effect of Phenylephrine on Cerebrovascular Regulation: A Translational Perspective
    Article Snippet: While animals were in the supine position, blood pressure (femoral artery catheter line connected to a pressure transducer; ADInstruments) and cerebral perfusion (laser Doppler needle probe positioned 1 cm anterior to the coronal suture and 1 cm lateral to the sagittal suture and inserted through burr hole 2 mm into the brain parenchyma; Fine Needle Probe MNP110XP; ADInstruments) were monitored.



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    Image Search Results


    Preparation and characterization of lipid nanoparticles (LNPs). a Schematic of the preparation of LNPs encapsulating TFEB or S211A mRNA. b Particle size distribution of LNPs. c Cytotoxicity of LNP was determined by CCK-8 assay. d Encapsulation Efficiency of LNP. e Detection of organ distribution of LNP by in vivo luciferase imaging. Mice were injected with 10 μg of luciferase-mRNA encapsulated in LNP via tail vein, followed by an intraperitoneal injection of luciferin 6 h later. Luminescence signals were detected using a small animal in vivo imaging system. f Luminescence signals 6 h, 12 h, 24 h, and 48 h after LNP-luciferase tail-vein injection. g Serum ALT, AST, ALP, and creatinine were measured 24 h after tail-vein injection of 50 μg LNP-luciferase. h In vitro hemolysis assay to assess LNP biocompatibility. Data were expressed as mean ± SEM

    Journal: Molecular Biomedicine

    Article Title: Lipid nanoparticle-mediated transcription factor EB mRNA delivery for the treatment of metabolic dysfunction-associated steatotic liver disease

    doi: 10.1186/s43556-026-00615-0

    Figure Lengend Snippet: Preparation and characterization of lipid nanoparticles (LNPs). a Schematic of the preparation of LNPs encapsulating TFEB or S211A mRNA. b Particle size distribution of LNPs. c Cytotoxicity of LNP was determined by CCK-8 assay. d Encapsulation Efficiency of LNP. e Detection of organ distribution of LNP by in vivo luciferase imaging. Mice were injected with 10 μg of luciferase-mRNA encapsulated in LNP via tail vein, followed by an intraperitoneal injection of luciferin 6 h later. Luminescence signals were detected using a small animal in vivo imaging system. f Luminescence signals 6 h, 12 h, 24 h, and 48 h after LNP-luciferase tail-vein injection. g Serum ALT, AST, ALP, and creatinine were measured 24 h after tail-vein injection of 50 μg LNP-luciferase. h In vitro hemolysis assay to assess LNP biocompatibility. Data were expressed as mean ± SEM

    Article Snippet: Bioluminescence signals were detected using an in vivo small-animal imaging system (IVIS Spectrum, Revvity).

    Techniques: CCK-8 Assay, Encapsulation, In Vivo, Luciferase, Imaging, Injection, In Vivo Imaging, In Vitro, Hemolysis Assay