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License: CC BY - Creative Commons Attribution 4.0

261 to 270 of 1,172 Results

DatasetEx vivo permeation of agomelatine from PolyJet 3D printed suspension gel-coated pyramid microneedle systems Mar 24, 2025 - DataversePoznan University of Medical Sciences Wojtyłko, Monika; Krysztofiak, Julia; Osmalek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from PolyJet 3D printed suspension gel-coated pyramid microneedle systems", https://doi.org/10.18150/OA5GOX, RepOD, V1
DatasetEx vivo permeation of agomelatine from DLP 3D-printed ethanol gel-coated pyramid microneedle systems Mar 24, 2025 - DataversePoznan University of Medical Sciences Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Wichniarek, Radoslaw; Kuczko, Wieslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D-printed ethanol gel-coated pyramid microneedle systems", https://doi.org/10.18150/ANCMOD, RepOD, V1
DatasetEx vivo permeation of agomelatine from DLP 3D printed ethanol gel-coated cone microneedle systems Mar 24, 2025 - DataversePoznan University of Medical Sciences Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D printed ethanol gel-coated cone microneedle systems", https://doi.org/10.18150/BLUNU3, RepOD, V1
DatasetEx vivo permeation of agomelatine from DLP 3D printed suspension gel-coated cone microneedle systems Mar 24, 2025 - DataversePoznan University of Medical Sciences Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D printed suspension gel-coated cone microneedle systems", https://doi.org/10.18150/6Q4FVE, RepOD, V2
DatasetEx vivo permeation of agomelatine from DLP 3D-printed cone microneedle systems containing a 3% AGM-drug resin mixture Mar 24, 2025 - DataversePoznan University of Medical Sciences Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D-printed cone microneedle systems containing a 3% AGM-drug resin mixture", https://doi.org/10.18150/OGE9ZC, RepOD, V1
DatasetEx vivo permeation of agomelatine from DLP 3D-printed pyramid microneedle systems containing a 3% AGM-drug resin mixture Mar 24, 2025 - DataversePoznan University of Medical Sciences Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wiesław; Wichniarek, Radosław, 2025, "Ex vivo permeation of agomelatine from DLP 3D-printed pyramid microneedle systems containing a 3% AGM-drug resin mixture", https://doi.org/10.18150/LAWYBT, RepOD, V1
DatasetLiczebność krążących komórek nowotworowych (CTC) u pacjentów z niedrobnokomórkowym rakiem płuca (NDRP) Mar 24, 2025 Budna-Tukan, Joanna, 2025, "Liczebność krążących komórek nowotworowych (CTC) u pacjentów z niedrobnokomórkowym rakiem płuca (NDRP)", https://doi.org/10.18150/KHVO5E, RepOD, V1
DatasetEx vivo permeation of agomelatine from DLP 3D printed suspension gel-coated pyramid microneedle systems Mar 24, 2025 - DataversePoznan University of Medical Sciences Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wiesław; Wichniarek, Radosław, 2025, "Ex vivo permeation of agomelatine from DLP 3D printed suspension gel-coated pyramid microneedle systems", https://doi.org/10.18150/PM9QKK, RepOD, V1
DatasetSimulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effect of steam dilution Mar 24, 2025 Wawrzak, Agnieszka; Tyliszczak, Artur, 2025, "Simulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effect of steam dilution", https://doi.org/10.18150/55F5MI, RepOD, V1
DatasetSimulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effects of suction, shear layer thickness, and co-flow temperature Mar 24, 2025 Wawrzak, Agnieszka; Boguslawski, Andrzej; Tyliszczak, Artur, 2025, "Simulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effects of suction, shear layer thickness, and co-flow temperature", https://doi.org/10.18150/GYQ3FK, RepOD, V1

Ex vivo permeation of agomelatine from PolyJet 3D printed suspension gel-coated pyramid microneedle systems

Mar 24, 2025 - Poznan University of Medical Sciences

Wojtyłko, Monika; Krysztofiak, Julia; Osmalek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from PolyJet 3D printed suspension gel-coated pyramid microneedle systems", https://doi.org/10.18150/OA5GOX, RepOD, V1

Ex vivo permeation of agomelatine from DLP 3D-printed ethanol gel-coated pyramid microneedle systems

Mar 24, 2025 - Poznan University of Medical Sciences

Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Wichniarek, Radoslaw; Kuczko, Wieslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D-printed ethanol gel-coated pyramid microneedle systems", https://doi.org/10.18150/ANCMOD, RepOD, V1

Ex vivo permeation of agomelatine from DLP 3D printed ethanol gel-coated cone microneedle systems

Mar 24, 2025 - Poznan University of Medical Sciences

Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D printed ethanol gel-coated cone microneedle systems", https://doi.org/10.18150/BLUNU3, RepOD, V1

Ex vivo permeation of agomelatine from DLP 3D printed suspension gel-coated cone microneedle systems

Mar 24, 2025 - Poznan University of Medical Sciences

Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D printed suspension gel-coated cone microneedle systems", https://doi.org/10.18150/6Q4FVE, RepOD, V2

Ex vivo permeation of agomelatine from DLP 3D-printed cone microneedle systems containing a 3% AGM-drug resin mixture

Mar 24, 2025 - Poznan University of Medical Sciences

Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wieslaw; Wichniarek, Radoslaw, 2025, "Ex vivo permeation of agomelatine from DLP 3D-printed cone microneedle systems containing a 3% AGM-drug resin mixture", https://doi.org/10.18150/OGE9ZC, RepOD, V1

Ex vivo permeation of agomelatine from DLP 3D-printed pyramid microneedle systems containing a 3% AGM-drug resin mixture

Mar 24, 2025 - Poznan University of Medical Sciences

Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wiesław; Wichniarek, Radosław, 2025, "Ex vivo permeation of agomelatine from DLP 3D-printed pyramid microneedle systems containing a 3% AGM-drug resin mixture", https://doi.org/10.18150/LAWYBT, RepOD, V1

Liczebność krążących komórek nowotworowych (CTC) u pacjentów z niedrobnokomórkowym rakiem płuca (NDRP)

Mar 24, 2025

Budna-Tukan, Joanna, 2025, "Liczebność krążących komórek nowotworowych (CTC) u pacjentów z niedrobnokomórkowym rakiem płuca (NDRP)", https://doi.org/10.18150/KHVO5E, RepOD, V1

Ex vivo permeation of agomelatine from DLP 3D printed suspension gel-coated pyramid microneedle systems

Mar 24, 2025 - Poznan University of Medical Sciences

Wojtyłko, Monika; Krysztofiak, Julia; Osmałek, Tomasz; Białek, Antoni; Froelich, Anna; Kuczko, Wiesław; Wichniarek, Radosław, 2025, "Ex vivo permeation of agomelatine from DLP 3D printed suspension gel-coated pyramid microneedle systems", https://doi.org/10.18150/PM9QKK, RepOD, V1

Simulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effect of steam dilution

Mar 24, 2025

Wawrzak, Agnieszka; Tyliszczak, Artur, 2025, "Simulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effect of steam dilution", https://doi.org/10.18150/55F5MI, RepOD, V1

Simulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effects of suction, shear layer thickness, and co-flow temperature

Mar 24, 2025

Wawrzak, Agnieszka; Boguslawski, Andrzej; Tyliszczak, Artur, 2025, "Simulation results for hydrogen flames in counter-current nozzles triggering the global instability phenomenon: effects of suction, shear layer thickness, and co-flow temperature", https://doi.org/10.18150/GYQ3FK, RepOD, V1

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