Här kommer en sammanfattning av senaste tidens publicerade forskningsrapporter. En del har tydliga hänvisningar till användande av HoloMonitor,andra är inlåsta men där Googles Scholar (GS) markerar användande.
Dual upregulation of miRNA-143 and miRNA-506 in non-small cell lung cancer inhibits proliferation, motility, migration, and tumor growth 06 June 2025
We performed the kinetic cell proliferation assay using the Holomonitor® Live Cell Imaging System (Phase Holographic Imaging, Sweden).
The study employed a HoloMonitor M4, manufactured by Phase Holographic Imaging (PHI, Lund, Sweden). The Hstudio software package from PHI enabled time-lapse phase imaging, image manipulation, segmentation, and data examination. Images were captured at 15-min intervals, starting 24 h after cell seeding.
Exploring the pleiotropic effects of isoxazole derivative of usnic acid in breast cancer cells 14-08-2025
Cell migration (wound healing assay) was imaged on the Holomonitor (HM) for 72 hours.
NHE3 Controls Proliferation and Migration of Colonic Epithelial Cells 17 February 2025
… colonoids (HoloMonitor M4… HoloMonitor M4, PHI). Images were acquired every 20 min for
a total of 24 h, and the spontaneous migration across the gap was analyzed using HoloMonitor …
GS
01 May 2025Proliferation of endothelial cells was monitored using real-time live-cell imaging with the
HoloMonitor … Real-time wound coverage was monitored using the HoloMonitor system,
TNIK Regulates Cytoskeletal Organization to Promote Focal Adhesion Turnover and Mitosis in Lung Adenocarcinoma 22 May 2025
For the cell migration trajectory assay, A549 and PC-9 cells were seeded (2 × 105 cells/well) in a 6-well plate. After 12 h, the cells were monitored using HoloMonitor M4 (Phase Holographic Imaging PHI AB, Skiffervägen, Lund, Sweden) and photographs were taken every 5 minutes for 20 minutes. The cell migration trajectory was analyzed with HoloMonitor software (Version 2.7.1, Phase Holographic Imaging PHI AB, Skiffervägen, Lund, Sweden).
Utjecaj manoze i galaktoze na ekspresiju gena, kinetiku i proliferaciju mioblasta kod pacijenata s kongenitalnom mišićnom distrofijom 2025-08-26
3.5. Fazna holografska mikroskopija na mioblastima
Nakon 24 sata pripremila sam HoloLid™ kako bih ga postavila na pločicu sa nasađenim
mioblastima uz pomoć protokola proizvođača (Phase Holographic Imaging PHI, Švedska).
Nakon što sam pažljivo provjerila da se u potpunosti osušio nakon sterilizacije, HoloLid™ sam
postavila na pločicu s mioblastima, a pločicu smjestila na HoloMonitor® M4. Uređaj
HoloMonitor® M4 koristila sam za neinvazivno praćenje stanica u stvarnom vremenu (Slika
7). Ovaj uređaj omogućuje holografsku mikroskopiju, odnosno 2D i 3D analizu mioblasta,
uključujući promjene u obliku i površini stanica, njihovu diobu, migraciju i formiranje miotuba.
HoloMonitor® M4 generirao je slike svakih 30 minuta na 10 različitih pozicija unutar svake
jažice tijekom 72 h unutar CO2 inkubatora (5 % CO2, 37 °C). Nakon završetka snimanja, pločicu
sa stanicama uklonila sam s uređaja i ostavila u CO2 inkubatoru (5 % CO2, 37 °C).
For this purpose, we used holomonitor for real-time cell analysis that describes the influence
of modified BASOs on migratory properties of cancer cells by the distance that cells are able …
First, we observed reduced by ∼20% RBE4 cell proliferation and captured by the live cell HoloMonitor recording of cell number. Results corroborate the observation from our laboratory, which demonstrated ammonia-induced RBE4 cell reduction with an MTT test assessing cell viability (Skowrońska et al., 2012). The cell parameters verified with HoloMonitor are presented in Supplementary Figure S1.
Stromal collagen IV expression and risk of breast cancer death in ductal carcinoma in situ 18 Jul, 2025
After seeding the cells were left to adhere for 4–6 hours, then washed with PBS. New DMEM was added, and the plates were inserted to the Holomonitor M4, which uses quantitative phase imaging to automatically detect and measure live cells without labelling.
The speed of individual cells between each consecutive captured image frame (distance travelled/time between frames) was calculated by the built-in software of the HoloMonitor, as well as the average speed of all cells of each type between consecutive frames.
Imaging was performed with a HoloMonitor (PHI) quantitative phase imaging microscope …
Cells were segmented, tracked, and quantified at each timepoint using the HoloMonitor …
GS
Cell viability was measured using MTT-formazan or sulforhodamine B assays, as previously reported, and proliferation rates were assessed via real-time digital holographic cytometry with a HoloMonitor® Live Cell Imaging System (Phase Holographic Imaging PHI AB, Lund, Sweden).
15 June 2025
The real-time cell analysis and the Holomonitor (a quantitative phase contrast microscope) were used for investigated the toxic effects of aerosol on lung cells, and contaminants may show toxicity even at 1 mM.
HoloMonitor
1×104 cells were plated on a12 well plate (Sarstedt) and holographic images were acquired for 7 days according to the HoloMonitor cell proliferation protocol. Five positions of two separate wells were acquired per condition. Automated quantification was obtained using the HoloMonitor App Suite.
07 Apr 2025
Holomonitor and scanning electron microscopy were applied to examine changes in macrophage mobility and morphology following CD33 knockout.
… concentrations and directly transferred to a HoloMonitor M4 time-lapse cytometer (phase…
Live cell analysis using HoloMonitor further confirmed that individual cells treated with these …
4.3. Holographic Microscopy
Phase holographic images were acquired using a Holomonitor live cell imaging system (Phi).
Jag har sparat den bästa studien till sist. 4 svenska forskare från Umeå Universitet har fått Nature att publicera deras forskning om bakterier kontra omkringliggande temperaturer i labbmiljöer.
To quantify biofilm thickness beyond the limitations of staining, we employed holographic imaging (HoloMonitor, Phase Holographic Imaging AB) on unstained replicates of Bt407 grown under identical conditions and seen in Fig. 6. This technique allowed us to assess biofilm coverage and thickness of up to 100 μm, which excluded some of the densest areas.
Tillägg +4
Published: 12 August 2025
Ligger nu även på amerikanska NIH
4.3. Quantitative Analysis of Cell Morphology and Motility
The In-depth Analysis: “Cell Morphology” module of the Holomonitor App Suite (PHI, Sweden) was used to track the movement of single cells. The following cell identification settings were used: automatic minimum error method, 134 adjustments, and minimum object size 20. Measurements of optical thickness, optical volume, roughness, shape convexity, irregularity, and motility were performed at specific time points. Using the “Kinetic Assays” module: “Kinetic Motility Assays”, In-depth Analysis: “Wound Healing Assay” was studied.
To investigate cellular migration traits in detail, we employed the HoloMonitor® M4, an automated live-cell imaging cytometer that performs time-lapse analysis. This system allows for the imaging and quantification of unstained, living cells directly within their culture vessels inside the incubator, enabling real-time monitoring of various morphological and migratory parameters.
En studie från John Hopkins University. Jag översätter texten om HoloMonitor då den är förklarande och bra.
Kvantitativ fasmikroskopi
För att mäta cellernas torrvikt använde vi Holomonitor M4 kvantitativt fasmikroskop (PHI). QPM bygger på principen att brytningsindexet för ett material omvänt korrelerar med hastigheten hos ljuset som passerar genom det. När Holomonitor är i drift riktar den en laserstråle genom både cellen och det omgivande odlingsmediet. När ljus passerar genom cellen, som har ett högre brytningsindex än mediet, saktar det ner, vilket resulterar i en detekterbar fasförskjutning. Denna fasförskjutning fångas av kameran och bearbetas för att sammanfatta den totala fasförändringen som orsakas av hela cellen (optisk volym). Den totala fasförändringen av enskilda celler analyserades med hjälp av den dedikerade programvaran Holomonitor M4.
En Svensk doktorsavhandling från Sahlgrenska Academy måste naturligtvis uppmärksammas.
3.2.1 CELL VIABILITY ASSAYS AND HOLOMONITOR LIVE CELL MONITORING
To enable continuous monitoring of treatment response, a HoloMonitor live cell imaging system was used. This system employs laser-based quantitative phase imaging to assess cell number, confluence, and volume, without the need for chemical reagents (Figure 13). By eliminating reagent use, potential biases such as toxicity or uneven loading are avoided. Additionally, the system allows for real-time monitoring of cell lines prior to extraction and subsequent RNA and protein analyses. However, these experiments are more time consuming and require specialized holographic lids, as well as careful data interpretation and analysis to ensure reliable results. At the end of most HoloMonitor-based cell viability assays, alamarBlue was added to provide complementary data on metabolic viability.
Min kommentar
Det kan konstateras att de forskande HoloMonitoranvändarna världen över inte har legat på latsidan inför/under sommaren. Ovanstående är ett axplock som jag snabbt hittade.Den som vill ha in fler nya studier till den här listan kan mejla över dem så lägger jag till dem.
Mvh the99
Som service till alla HoloMonitornyfikna forskare : HoloMonitor Demo
Gary Green • 3:e+