Visikol is a CRO focused on transforming tissues into quantitative data sets and mining them for actionable insights.
Joined November 2012
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This blog post explores the procedure developed to automate the QC process for co-registering over 900 DAPI images from TMA cores. Read more here -->hubs.ly/Q032fHWX0
#Visikol #Multiplexing #MultiplexImaging
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One of the key steps in the drug discovery process is high-throughput screening, which allows researchers to test large numbers of compounds quickly and efficiently. This is where Visikol comes in --> hubs.ly/Q02YYNw_0
#Visikol #DrugDiscovery #HighThroughputScreening
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2024 projects are coming to an end, but planning for 2025 is just beginning. View our catalog with our offerings here --> hubs.ly/Q02YXR160
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In this blog post, we will explore the use of in vitro models, such as Visikol’s BBB permeability assay, as a more cost-effective and ethical approach to drug development. hubs.ly/Q02YVVN90
#Visikol #BloodBrainBarrier #InVitroModels
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One of the key benefits of our in vitro Immuno-Oncology Immune Cell Infiltration assay is its ability to create 3D cell culture models that are biologically relevant and allow for proper assessment of immunotherapies hubs.ly/Q02YVFNk0
#ImmuneCellInfiltration #InVitroAssay
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One critical step in the IHC process is antigen retrieval, which involves treating tissue samples to expose antigens that may be masked by fixation. Read more here --> hubs.ly/Q02Wlxvl0
#Visikol #IHC #AntigenRetrieval
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In this video, a breast cancer tissue micro array is labeled using CD68, PanCK, CD8, Granzyme B, CD3, Ki67, PDL1, CD45ro, PD-1, MHC-II, CD11b, and CD20. To learn more about our multiplex services, click here --> hubs.ly/Q02WkQ4c0
#Visikol #Multiplex #TissueImaging
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Traditional High-Content Screening methods have limitations, particularly in accurately predicting in vivo responses. This is where HUREL® Micro Livers come in. Read more here -->hubs.ly/Q02XN_L80
#Visikol #HUREL #HighContentScreening
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Want a brief overview of our Blood Brain Barrier Model? Download the one-sheet here-/hubs.ly/Q02WjDJd0
#Visikol #BloodBrainBarrier #InVitroAssay
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At Visikol we specialize in many different advanced cell culture methods, one of them being 3D cell culture models. Learn more about it here --> hubs.ly/Q02WjdrJ0
#Visikol #CellCulture #3DCellCulture
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Our Senior Lead Image Analyst Jigar Patel shared these composite images taken on our ZEISS Group AxioScan7 slide scanner at 20x magnification showing CD8 labeling on human tonsil sections with a DAPI counterstain shown in various pseudo-colors for Halloween 🎃
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Advanced in vitro models, such as our liver fibrosis model, are known to provide a more efficient and cost-effective way to screen potential drug candidates. Read more about this model here --> hubs.ly/Q02W0CvN0
#Visikol #InVitro #LiverFibrosis
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Curious to learn more about HUREL Micro Livers? Download our one sheet overview here hubs.ly/Q02ScXsX0
#Visikol #HUREL
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This blog post addresses the three most common types of controls utilized in IF labeling: positive, secondary, and unlabeled controls. Read more here --> hubs.ly/Q02SctLl0
#Visikol #IFLabeling #LabelingControls
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Our Blood Brain Barrier assay is the gold-standard in vitro BBB testing platform. Read more about it here --> hubs.ly/Q02SbStt0
#Visikol #BloodBrainBarrier #InVitroAssays
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A recent study titled ‘Combining tissue clearing and Fluoro-Jade C labeling for neurotoxicity assessment‘ explores using tissue clearing for neurotoxicity assessment, focusing on Fluoro-Jade C (FJ-C) labeling. Read our peer-review here --> hubs.ly/Q02SbnLH0
#Visikol
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