Wimasis
Image Analysis


The Problem Solving Company for your day to day research. The way you want it, whenever you want it.

Fast. Easy. Automated
WimAdipose

WimAdipose tool is designed to generate objective and reproducible quantification of adipocyte sizes in hematoxylin and eosin stained histological sections.
WimAutophagy

WimAutophagy detects cell nuclei and allocates the autophagosomes to the corresponding nuclei, so useful data per cell can be obtained from our analysis.
Custom Solutions

State-of-the-art research requires precise analysis solutions. Since most research is unique and difficult to standardize we provide our expertise to develop custom solutions for exactly your needs.
WimTube

Wimasis offers an analysis solution to quantitatively evaluate the generation of new vessels. The web-based Image Analysis solution generates fast results without the need for extra hardware or software.
WimTunel

WimTunel Assay tool is designed to generate objective and reproducible quantification of cell DNA damage in fluorescence microscopy images of cell cultures.
WimLipid

WimLipid quantifies objectively the proliferation, growth and distribution of lipid droplets, providing reliable data such as the number of these organelles, their covered area or the distribution of areas in intervals.
WimColony


WimColony tool is designed to make an objective and reproducible quantification of colony forming in images of cell cultures.
WimCytotoxicity


WimCytotoxicity tool is designed to generate an objective and reproducible quantification of cytotoxicity in fluorescence microscopy images of cell cultures.
WimScratch


WimScratch, the Wound Healing Assay Image Analysis solution, evaluates 2D cell migration. The web-based automated solution generates results within minutes.
WimCAM


WimCAM is the image analysis solution specially developed to quantify objectively the growth and structure of the new generated vessels in the chorioallantoic membrane.
WimNeuron


WimNeuron – Neurite outgrowth is specially developed to carry out the neurite outgrowth quantification with high precision and accuracy to help you make the most of your image analysis.
WimSprout
With WimSprout you can easily observe and estimate the angiogenesis process in vitro and identify the pro- and antiangiogenetic factors in your sprouting assay.
WimRetina

WimRetina is designed to generate an objective and accurate quantification of the vascular system of the retina and the processes involved in its evolution and growth.
WimTransfection
WimTransfection tool is designed to generate an objective and reproducible quantification of transfection in fluorescence microscopy images of cell cultures.
WimTaxis

Chemotaxis Image Analysis is a crucial aspect in many oncology related research areas. Manual acquisition and evaluation of 2D cell migration is time consuming and lacks in objectivity.
WimCounting
WimCounting is designed to evaluate the number of cells in images from different types of assays, like the cell viability assay, the pathogen concentration determinatio and the cell division rate calculation.

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Working for your success
We create image analysis solutions to help researchers to automate their image analysis tasks and standardize cell-based assay measurements. We can work with you whether you are a PhD candidate, a representative of a BioTech company, or a pharmaceutical corporation.
View our products
Make image analysis easy
Simplify your quantitative image analysis process by uploading your image data to our platform and receive your analysis results within minutes! You are only 3 clicks away from getting your images analized! And all this, without the need of buying hardware or installing any type of software.
How it works
We adapt to your platform
No matter how complex your system or the problem you want to solve is, we fit you. We have worked in different environments and have always managed to do it successfully. You need a platform you can trust. A platform that ‘s secure, reliable, and fast. This is the place, this is the company.
Professional services
Latest Wimasis citations
  • ⊶ Antonios N. Gargalionis, Penelope Korkolopoulou, Elena Farmaki, et. al.. Polycystin-1 and polycystin-2 are involved in the acquisition of aggressive phenotypes in colorectal cancer International Journal of Cancer. August 2014. View more.
  • ⊶ Christina L. Rettinger, Andrea B. Fourcaudot, Seok J. Hong, Thomas A. Mustoe, Robert G. Hale, Kai P. Leung. In vitro characterization of scaffold-free three-dimensional mesenchymal stem cell aggregates Cell & Tissue Research. July 2014. View more.
  • ⊶ Priyanka N. Gogate, Elena V. Kurenova, Manivannan Ethirajan, Jianqun Liao, Michael Yemma, Arindam Sen, Ravindra K. Pandey, William G. Cance. Targeting the C-terminal focal adhesion kinase scaffold in pancreatic cancer Cancer Letters. July 2014. View more.
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Wimasis GmbH
Karlstrasse 55, D80333 Munich, Germany
enquiries@wimasis.com
Wimasis, S.L.
Astrónoma Cecilia Payne s/n.
Edificio Centauro, 14014 Córdoba, Spain
spain@wimasis.com
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