Phase contrast microscopy
View article: Investigating the contributions of ultrasonic cavitation in skin permeability enhancement
Investigating the contributions of ultrasonic cavitation in skin permeability enhancement Open
Sonophoresis uses low-frequency ultrasound (US) to enhance transdermal drug delivery through acoustic cavitation bubbles formed in the coupling medium applied to the skin for US transmission, creating localised permeable regions on the ski…
View article: Left Atrial Blood Flow Dynamics: Preliminary Observations Using HyperDoppler
Left Atrial Blood Flow Dynamics: Preliminary Observations Using HyperDoppler Open
Background: Evaluation of blood flow dynamics within the left atrium (LA) using cardiac imaging techniques, such as four-dimensional (4D) flow magnetic resonance imaging (MRI) and contrast and non-contrast ultrasound, is an area of increas…
View article: Low-dose Chemically Specific Bioimaging via Deep-UV Lensless Holographic Microscopy on a Standard Camera
Low-dose Chemically Specific Bioimaging via Deep-UV Lensless Holographic Microscopy on a Standard Camera Open
Deep-ultraviolet (DUV) microscopy can provide label-free biochemical contrast by exploiting the intrinsic absorption of nucleic acids, proteins and lipids, offering chemically specific morphological information that complements structural …
View article: Supplementary Figure S2 from A Sequential Targeting Strategy Interrupts AKT-Driven Subclone-Mediated Progression in Glioblastoma
Supplementary Figure S2 from A Sequential Targeting Strategy Interrupts AKT-Driven Subclone-Mediated Progression in Glioblastoma Open
Extended Data relating to Main Figure 2/Assessment of ALDH1A1+ cells from primary, treatment-naive glioblastoma. A, Bar plot shows ALDH-bright (ALDHbr) vital cells from two additional paired cases of naive vs. experimental (TMZ→eR) and cli…
View article: Adaptive aberration-corrected quantitative phase microscopy via physics-informed deep learning
Adaptive aberration-corrected quantitative phase microscopy via physics-informed deep learning Open
View article: Pore scale simulation of phase trapping in artificial porous media prototypes
Pore scale simulation of phase trapping in artificial porous media prototypes Open
View article: Non-fluorescent detection of perivitelline membrane-bound sperm in Gavialis gangeticus eggs
Non-fluorescent detection of perivitelline membrane-bound sperm in Gavialis gangeticus eggs Open
The gharial ( Gavialis gangeticus ) is a critically endangered crocodilian endemic to India and Nepal. Population declines in recent decades have necessitated the establishment of captive breeding and reintroduction programs. Unfortunately…
View article: Observation of pn junction in GaAs using defocus CBED pattern
Observation of pn junction in GaAs using defocus CBED pattern Open
Nanoscale analysis of pn-junctions in crucial semiconductors like GaAs is vital but challenging, especially for strained hetero-structures where methods like holography and Differential Phase Contrast (DPC)-Scanning Transmission Electron M…
View article: Gradient optical diffraction tomography
Gradient optical diffraction tomography Open
Optical diffraction tomography (ODT) reconstructs the 3D refractive index (RI) distribution of transparent microsamples using angle-scanned holographic complex field measurements, enabling quantitative and label-free 3D imaging. High-quali…
View article: Histological artifacts induced by the contrast agent in Multi-Phase Post-Mortem CT Angiography (MPMCTA): Part I – Normal Tissues
Histological artifacts induced by the contrast agent in Multi-Phase Post-Mortem CT Angiography (MPMCTA): Part I – Normal Tissues Open
Introduction Multiphase postmortem computed tomographic angiography (MPMCTA) is a technique that provides comprehensive visualization of the cardiovascular system by injection of a contrast agent into the cadaver. Our aim is to systematica…
View article: ROLE OF CONTRAST AND NON-CONTRAST COMPUTED TOMOGRAPHY IN EVALUATION OF OBSTRUCTIVE KIDNEYS
ROLE OF CONTRAST AND NON-CONTRAST COMPUTED TOMOGRAPHY IN EVALUATION OF OBSTRUCTIVE KIDNEYS Open
Background: Kidney obstruction is a significant contributor to renal dysfunction and preventable kidney failure, requiring timely and accurate diagnosis to guide effective management. Computed tomography (CT), particularly contrast-enhance…
View article: Time-lapse documentation of S. scabiei embryogenesis
Time-lapse documentation of S. scabiei embryogenesis Open
Time-lapse microscopy was performed in two independent experiments. Two independent batches of 20 freshly laid eggs each (n = 40) were analysed. Twenty individual eggs were loaded into a microwell device at a time. Phase contrast images we…
View article: Microbial Cell-Adaptive Segmentation in Quantitative Phase Imaging
Microbial Cell-Adaptive Segmentation in Quantitative Phase Imaging Open
Quantitative phase imaging (QPI) enables label-free microscopy with exceptional signal-to-background contrast and provides direct measurements of key biophysical parameters such as cell mass. Despite these advantages, QPI lacks a generaliz…
View article: LHD PCIFINE #196542.1
LHD PCIFINE #196542.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196568.1
LHD PCIFINE #196568.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196516.1
LHD PCIFINE #196516.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196503.1
LHD PCIFINE #196503.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196541.1
LHD PCIFINE #196541.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196560.1
LHD PCIFINE #196560.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196493.1
LHD PCIFINE #196493.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196507.1
LHD PCIFINE #196507.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196546.1
LHD PCIFINE #196546.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196537.1
LHD PCIFINE #196537.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196511.1
LHD PCIFINE #196511.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196486.1
LHD PCIFINE #196486.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196578.1
LHD PCIFINE #196578.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196514.1
LHD PCIFINE #196514.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196492.1
LHD PCIFINE #196492.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196498.1
LHD PCIFINE #196498.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma
View article: LHD PCIFINE #196484.1
LHD PCIFINE #196484.1 Open
Fluctuation Measurement using a Phase Contrast Imaging (PCI) for High Temperature Plasma